chore(release): auto-bump version to 0.326.0 — earned by # (minor: converged release (push-to-master bump))

Promotion record: (unknown)

.gitea/workflows/auto-version.yml

@@ -38,7 +38,7 @@ jobs:
         PR_TITLE: ${{ gitea.event.pull_request.title }}
         PR_BODY: ${{ gitea.event.pull_request.body }}
         PR_NUMBER: ${{ gitea.event.pull_request.number }}
-      run: "LATEST=$(git tag --sort=-v:refname | head -1 | sed 's/^v//')\nif [ -z\
+      run: "LATEST=$(python3 scripts/tag_repair.py --latest-tag)\nLATEST=\"${LATEST#v}\"\nif [ -z\
         \ \"$LATEST\" ]; then\n  echo \"No previous tags \u2014 releasing first version\
         \ $RELEASE_VERSION\"\n  exit 0\nfi\nif [ \"$LATEST\" != \"$RELEASE_VERSION\"\
         \ ]; then\n  if [ \"$(printf '%s\\n%s\\n' \"$LATEST\" \"$RELEASE_VERSION\"\
@@ -162,7 +162,7 @@ jobs:
         \ summary of\n# what was worked on and submitted \u2014 the version-history\
         \ reader's\n# counterpart of the issue-entry template. Appended to the\n#\
         \ evidence-derived body so governed facts AND human narrative\n# both appear.\n\
-        LAST_TAG=$(git tag --sort=-v:refname | head -1)\nEXIT_NOTE=$(python3 scripts/release_exit_note.py\
+        LAST_TAG=$(python3 scripts/tag_repair.py --latest-tag)\nEXIT_NOTE=$(python3 scripts/release_exit_note.py\
         \ --since \"$LAST_TAG\" --to HEAD) || EXIT_NOTE=\"\"\npython3 scripts/release_history_cli.py\
         \ init \\\n  --version \"$RELEASE_VERSION\" \\\n  --server \"$RELEASE_SERVER_URL\"\
         \ --repo \"$RELEASE_REPO\" \\\n  --store store/scaffold/current.json \\\n\
@@ -171,53 +171,28 @@ jobs:
       env:
         GITEA_TOKEN: ${{ secrets.ROBOT_TOKEN }}
         RELEASE_SERVER_URL: ${{ gitea.server_url }}
+        RELEASE_REPO: ${{ gitea.repository }}
       run: |
         # WHY git push instead of the Gitea API: API-created tags (POST /tags)
         # do NOT emit a push event, so tui-release.yml's `on: push: tags: tui-v*`
         # never fired (tui-v0.310.0 landed with no TUI release). A real
         # `git push` of the tag is the trigger Gitea actions actually honor.
-        TAG="tui-v${RELEASE_VERSION}"
-        SERVER="$(printf '%s' "$RELEASE_SERVER_URL" | sed 's:/*$::')"
-
-        # git auth: same mechanism actions/checkout persists (http extraheader),
-        # but with the write-capable ROBOT_TOKEN and the token owner's real
-        # login, because Gitea's git-over-HTTP basic auth wants the owner's
-        # username when the password is a token.
-        USER_JSON="$(curl -sf -H "Authorization: token ${GITEA_TOKEN}" "${SERVER}/api/v1/user")" || {
-          echo "::error::GET /api/v1/user failed — cannot resolve the token owner for git auth"; exit 1; }
-        ROBOT_USER="$(printf '%s' "$USER_JSON" | python3 -c 'import json,sys; print(json.load(sys.stdin)["login"])')"
-        ROBOT_EMAIL="$(printf '%s' "$USER_JSON" | python3 -c 'import json,sys; print(json.load(sys.stdin).get("email") or "")')"
-        [ -n "$ROBOT_EMAIL" ] || ROBOT_EMAIL="${ROBOT_USER}@users.noreply.$(printf '%s' "$SERVER" | sed 's|^https\?://||')"
-        AUTH_B64="$(printf '%s:%s' "$ROBOT_USER" "$GITEA_TOKEN" | base64 | tr -d '\n')"
-        GIT_HTTP_BASE="$(git remote get-url origin | sed -nE 's#^(https?://[^/]+).*$#\1/#p')"
-        [ -n "$GIT_HTTP_BASE" ] || GIT_HTTP_BASE="${SERVER}/"
-        git config --local "http.${GIT_HTTP_BASE}.extraheader" "AUTHORIZATION: basic ${AUTH_B64}"
-        git config --local "http.${SERVER}/.extraheader" "AUTHORIZATION: basic ${AUTH_B64}"
-
-        # Idempotency: a tag already on the server means this convergence event
-        # already covered it. If its TUI release is missing anyway (an orphan
-        # from the old API-tag path), recover with the documented re-push in
-        # tui/version/README.md.
-        if [ -n "$(git ls-remote --tags origin "refs/tags/${TAG}")" ]; then
-          echo "${TAG} already exists on the server — TUI release already covered, nothing to do"
-          exit 0
-        fi
-
-        # The auto-bump commit was created via the API AFTER this checkout, so
-        # it is not in the local object store yet — fetch master first.
+        #
+        # ALL decision logic lives in scripts/tag_repair.py (one tested
+        # authority — wave-release-pipeline-deepdive). It:
+        #   * is SIGPIPE-free (the old `git tag | head -1` read killed this
+        #     job with exit 141 on its FIRST line with 500+ tags — runs
+        #     29929/30435/30636 — so no fallback ever ran),
+        #   * tags the bump commit, falling back to the fetched master tip
+        #     when the sha is unusable (0.312.x failure mode),
+        #   * is idempotent (tag already on the server = noop), and
+        #   * SELF-HEALS the version>tag deadlock: if master's version is
+        #     ahead of the latest tag because a bump landed without its tag,
+        #     this step creates+pushes the missing tui-v<version> tag on the
+        #     next push instead of skipping forever.
         git fetch --no-tags origin master
-        TARGET="${BUMP_COMMIT_SHA:-$(git rev-parse HEAD)}"
-        if ! git cat-file -e "${TARGET}^{commit}" 2>/dev/null; then
-          echo "::error::tag target ${TARGET} absent from origin/master — refusing to tag"
-          exit 1
-        fi
-
-        git tag -d "$TAG" >/dev/null 2>&1 || true
-        git -c user.name="$ROBOT_USER" -c user.email="$ROBOT_EMAIL" tag -a "$TAG" \
-          -m "chore(release): ${TAG} — native TUI convergence tag (same semver as the reviewed release, single version across faces)" \
-          "$TARGET"
-        git push origin "refs/tags/${TAG}:refs/tags/${TAG}"
-        echo "pushed ${TAG} at ${TARGET:0:7} — tag-push event fires tui-release.yml"
+        python3 scripts/tag_repair.py --ensure "${RELEASE_VERSION}" \
+          --bump-sha "${BUMP_COMMIT_SHA:-}" --push
 concurrency:
   group: auto-version-and-release-${ github.ref }
   cancel-in-progress: true

.gitea/workflows/maintenance.yml

@@ -123,7 +123,7 @@ jobs:
         run: |
           VERSION=$(python3 -c 'import re; text=open("src/rune/__init__.py").read(); print(re.search(r"__version__ = \"([0-9]+\.[0-9]+\.[0-9]+)\"", text).group(1))')
           echo "MASTER_VERSION=$VERSION" >> "$GITHUB_ENV"
-          echo "LATEST_TAG=$(git tag --sort=-v:refname | head -1)" >> "$GITHUB_ENV"
+          echo "LATEST_TAG=$(python3 scripts/tag_repair.py --latest-tag)" >> "$GITHUB_ENV"
           python3 scripts/version_convergence.py > /tmp/convergence.json
           echo "Convergence: $(cat /tmp/convergence.json)"
           python3 - <<'PYENV'
@@ -143,7 +143,11 @@ jobs:
         run: |
           python3 scripts/file_drift_issue.py
 
-      - name: Converged — no drift issue
+      - name: Converged — close any resolved drift issue
         if: env.DRIFT == 'false'
+        env:
+          GITEA_TOKEN: ${{ secrets.GITEA_TOKEN }}
+          RELEASE_SERVER_URL: ${{ gitea.server_url }}
+          RELEASE_REPO: ${{ gitea.repository }}
         run: |
-          echo "Master and the latest release tag are converged — no drift issue."
+          python3 scripts/file_drift_issue.py --close-if-resolved

.gitea/workflows/tui-release.yml

@@ -14,7 +14,12 @@ jobs:
         fetch-depth: 0
     - name: Read semver from the pushed tag
       run: |
-        TAG="${GITEA_REF_NAME}"
+        # GITEA_REF_NAME resolves EMPTY on the rune-ci-desktop runner even on
+        # tag pushes (runs 30390/30456/30862: "triggered on non-tui tag " with
+        # an empty tag). Fall back to GITHUB_REF_NAME, then to the tag that
+        # checkout actually put us on (git describe --exact-match on the
+        # detached tag checkout) — wave-release-pipeline-deepdive.
+        TAG="${GITEA_REF_NAME:-${GITHUB_REF_NAME:-$(git describe --tags --exact-match HEAD 2>/dev/null || true)}}"
         case "$TAG" in
           tui-v*) VERSION="${TAG#tui-v}" ;;
           *) echo "::error::triggered on non-tui tag $TAG"; exit 1 ;;

.gitignore

@@ -48,6 +48,12 @@ src/go/*/*/**
 !src/go/*/*/**/*.go
 !src/go/*/*/**/*.json
 !src/go/*/*/**/*.md
+# explicit re-statement of the module-root binary law (sweep-race repair,
+# 2026-10-18): the stale untracked tool-executor build artifact sat ignored
+# ONLY via the broad rule above — named here so the intent survives any
+# future loosening of that rule. Binaries are CI-built per gate
+# (go build -o /tmp/...), never stored in the module dir.
+src/go/tool-executor/tool-executor
 # committed fixture stores (frozen-truth construction rigs) — fixtures/ and
 # testdata/ are inputs, not build output: fully tracked at any depth under
 # src/go/, including non-source members (.jsonl/.txt/etc.).
@@ -72,3 +78,7 @@ tui/wasm/modules/
 # (Single entry: the pre-hygiene duplicate removed.)
 store/scaffold/current.json
 tui/rune-tui
+
+# 83MB legacy migration snapshot — purged from history 2026-10-21 (wave-ghost-purge);
+# the on-disk working copy stays, but it is never committable.
+store/scaffold/legacy-current-migration-snapshot.json

README.md

@@ -1,6 +1,6 @@
 # Rune
 
-**Current release: v0.313.0**
+**Current release: v0.326.0**
 
 **Rune is a persistent personal agent designed to accumulate experience, develop reusable competence, and remain recognisably the same agent even when its underlying foundation model changes.**
 

config/mimo-hooks/scaffolding-guard.ts

@@ -0,0 +1,367 @@
+import { execFile } from "node:child_process"
+import { existsSync, appendFileSync, readFileSync } from "node:fs"
+
+// scaffolding-guard — the MiMo-surface construction enforcement edge (T23).
+//
+// WHY THIS EXISTS
+// T22 proved the accepted Scaffolding V1 authority was reachable from the
+// TUI/operator path but NOT from the agent's own mutation surface, and
+// recorded the honest boundary: "no byte-level enforcement point exists …
+// Establishing MiMo-surface enforcement is NEW architecture (a
+// tool.execute.before governance hook) and was NOT built here — it is
+// recorded as the exact remaining blocker." This file IS that seam.
+//
+// It is the harness half ONLY. Every decision is delegated to
+// `src/rune/construction_authority_cli.py` → `rune.construction_authority`,
+// which derives from the canonical construction store. There is no
+// construction logic here: if you find yourself adding policy to this file,
+// it belongs in Python instead (T23 §36 — no parallel construction system).
+//
+// TWO EVENTS, TWO JOBS
+//   experimental.chat.messages.transform — the TURN BOUNDARY. Classify the
+//     user's intent once and create/resume the canonical contract
+//     (tranche §83: classify at the task boundary, never per tool call).
+//   tool.execute.before — the ENFORCEMENT BOUNDARY. Per mutating tool call,
+//     ask whether the mutation is inside the active contract's approved
+//     scope; block it if not.
+//
+// BLOCKING CONTRACT (verified against @mimo-ai/plugin index.d.ts and the
+// decompiled harness): mutate `output` — `output.cancel = true` plus
+// `output.cancelReason`. The tool's execute is then never called and the
+// model receives `cancelReason` as the tool result. There is no
+// thrown-error convention. `output.args` is mutable but unused here.
+//
+// DEGRADATION (tranche §61/§62): a bridge failure must not silently become
+// either a denial or a bypass. We cache the last known authority; if the
+// bridge fails while a governed contract was active, we FAIL CLOSED
+// (conversational mutation on an active governed build stops with an
+// explicit reason). If no contract was active, we allow — ordinary
+// non-construction work must never become unusable.
+//
+// CANONICAL SOURCE: config/mimo-hooks/scaffolding-guard.ts
+// Installed to ~/.mimocode/hooks/scaffolding-guard.ts by
+// `scripts/install_mimo_hook.py` (hash-verified, drift-detected).
+
+const REPO = "/mnt/workdrive/rune"
+const CLI = `${REPO}/src/rune/construction_authority_cli.py`
+const LOG = "/tmp/rune-scaffolding-guard.log"
+
+// The DURABLE authority lock, written by the canonical authority
+// (`construction_authority.write_authority_lock`) on every successful check.
+// The hook reads it ONLY during bridge failure and ONLY to become MORE
+// conservative (§62: degradation must never silently become a bypass).
+//
+// Why the hook needs it at all: `lastAuthority` below is in-process state, so a
+// FRESH hook process — a new session, a reinstall, a restarted harness — starts
+// with no memory that a governed build was active, and a bridge failure would
+// then be allowed. That was the measured gap: fail-closed worked, but it did
+// not survive a fresh process. The lock is the durable half of that decision.
+//
+// It can never GRANT authority: there is no code path here that turns a lock
+// into permission. ACTIVE or unreadable → stop; absent → no durable evidence.
+const LOCK = `${REPO}/store/authority-lock.json`
+
+// Same durable interpreter resolution as builder-bridge.ts (T22 repair:
+// never hardcode an ephemeral interpreter path).
+const PY_CANDIDATES = [
+  process.env.MIMO_BRIDGE_PY,
+  `${REPO}/.test-venv/bin/python`,
+  "/home/nick/.venvs/memory/bin/python3",
+  "/usr/bin/python3",
+].filter((p) => typeof p === "string" && p.length > 0)
+
+function resolvePy() {
+  for (const p of PY_CANDIDATES) {
+    try {
+      if (existsSync(p)) return p
+    } catch {}
+  }
+  return null
+}
+
+// Tools that can change project state. Reads/search/list are deliberately
+// absent — they cannot mutate and must never be gated (tranche §12:
+// governance is universal for construction, ceremony is not).
+const MUTATING = new Set([
+  "write", "edit", "patch", "multiedit", "multi_edit", "apply_patch",
+  "notebook_edit", "write_file", "edit_file", "str_replace",
+  "bash", "shell", "run_command", "execute", "terminal",
+])
+
+function log(line) {
+  try {
+    appendFileSync(LOG, `${new Date().toISOString()} ${line}\n`)
+  } catch {}
+}
+
+// Three states, and the distinction is load-bearing:
+//   ACTIVE     — a governed construction was live; bridge failure fails CLOSED
+//   UNREADABLE — present but corrupt/unparseable; ALSO fails closed (a broken
+//                lock is not evidence of absence — absence of evidence is not
+//                evidence of absence)
+//   ABSENT     — no durable evidence of an active construction; ordinary work
+//                must keep working (§62)
+function readDurableLock() {
+  try {
+    if (!existsSync(LOCK)) return { state: "ABSENT", contract_id: null }
+    const doc = JSON.parse(readFileSync(LOCK, "utf8"))
+    if (!doc || typeof doc !== "object" || !doc.active) {
+      return { state: "UNREADABLE", contract_id: null }
+    }
+    return { state: "ACTIVE", contract_id: doc.contract_id ?? null }
+  } catch (e) {
+    return { state: "UNREADABLE", contract_id: null }
+  }
+}
+
+// Deterministic, secret-free diagnostic from a failed bridge call. The
+// previous guard logged only `err.message` ("Command failed: …"), which hid
+// the actual CLI error and made a FAIL-CLOSED record undiagnosable after the
+// fact. We surface the interpreter's own stderr tail and the payload op —
+// never the payload body (it can carry user working context).
+function summariseFailure(op, err, stderr) {
+  const parts = [`op=${op}`]
+  if (err) {
+    parts.push(`kind=${err.killed ? "timeout" : err.code != null ? `exit=${err.code}` : "spawn"}`)
+    if (err.message) parts.push(`msg=${String(err.message).slice(0, 200)}`)
+  }
+  const tail = String(stderr ?? "").trim().split("\n").slice(-3).join(" | ")
+  if (tail) parts.push(`stderr=${tail.slice(0, 400)}`)
+  return parts.join(" ")
+}
+
+function runCli(payload) {
+  return new Promise((resolve) => {
+    const op = String(payload?.op ?? "?")
+    const py = resolvePy()
+    if (!py) {
+      log(`bridge: NO INTERPRETER RESOLVED ${summariseFailure(op, null, "")}`)
+      return resolve(null)
+    }
+    let done = false
+    const finish = (v) => {
+      if (!done) {
+        done = true
+        resolve(v)
+      }
+    }
+    try {
+      const child = execFile(
+        py,
+        [CLI],
+        { timeout: 8000, maxBuffer: 1 << 20 },
+        (err, stdout, stderr) => {
+          if (err) {
+            log(`bridge: error ${summariseFailure(op, err, stderr)}`)
+            return finish(null)
+          }
+          try {
+            finish(JSON.parse(String(stdout)))
+          } catch (e) {
+            log(
+              `bridge: bad JSON op=${op} stdout=${String(stdout).slice(0, 200)} ` +
+                summariseFailure(op, null, stderr),
+            )
+            finish(null)
+          }
+        },
+      )
+      // MEASURED DEFECT (T24 §9A4, found while forcing a bridge failure): when
+      // the interpreter dies before reading stdin — a wrong binary, a crashed
+      // Python, a killed process — this stream raises EPIPE *asynchronously*
+      // and, unhandled, takes the whole HOOK process down. A crash is not
+      // fail-closed; the harness receives no cancellation decision at all, so
+      // the mutation proceeds. Swallowing it lets the execFile callback below
+      // report the failure as the ordinary `null` result, which the enforcement
+      // boundary then decides on.
+      child.stdin?.on("error", () => {})
+      child.stdin?.end(JSON.stringify(payload))
+    } catch (e) {
+      log(`bridge: spawn failed ${summariseFailure(op, e, "")}`)
+      finish(null)
+    }
+  })
+}
+
+// Last known authority, so a transient bridge failure can fail CLOSED
+// without breaking non-construction work.
+let lastAuthority = null // { active: boolean, contract_id?: string, at: number }
+let lastTurnText = ""
+
+// The working tree as of the previous shell call. The lazy postcondition
+// diffs against this so it reports only what changed SINCE then — a governed
+// build normally starts in a dirty tree, and treating existing residue as
+// this command's writes would fail every build closed.
+let lastSnapshot = null
+
+// Harness-internal traffic is NOT user construction intent. Measured defect
+// (T23, live): without this guard the turn boundary minted bogus
+// construction contracts from `<actor-notification>` envelopes — subagent
+// completion reports arriving as user-role messages — and then correctly
+// blocked the operator's own legitimate work against them. Same class of
+// guard builder-bridge.ts uses for `<system-reminder>` / checkpoint steps.
+// A genuine operator turn does not begin with an envelope tag.
+const INTERNAL_ENVELOPE =
+  /^\s*(?:<[A-Za-z][A-Za-z0-9-]*|EXTRACTION REQUIRED|\[Never-Ask\]|\[inbox)/
+
+function isInternal(text) {
+  return INTERNAL_ENVELOPE.test(text)
+}
+
+// Interpreters that can execute a script which mutates the repo — the
+// generated-script route (tranche §21). Only these trigger postcondition
+// verification, which is the one place we pay a git call.
+const SCRIPT_EXEC =
+  /(?:^|\s)(?:python3?|node|bun|deno|sh|bash|zsh|perl|ruby|php|make|npm|pnpm|yarn|cargo|go)(?:\s|$)/
+
+function extractUserText(messages) {
+  for (let i = messages.length - 1; i >= 0; i--) {
+    const m = messages[i]
+    if (m?.info?.role !== "user") continue
+    const texts = []
+    for (const p of m.parts ?? []) {
+      if (p?.type === "text" && typeof p.text === "string") texts.push(p.text)
+    }
+    if (texts.length) return texts.join("\n").slice(0, 4000)
+  }
+  return ""
+}
+
+export const ScaffoldingGuard = {
+  // ---- TURN BOUNDARY: classify once, create/resume the contract --------
+  "experimental.chat.messages.transform": async (_input, output) => {
+    try {
+      if (!Array.isArray(output?.messages) || output.messages.length === 0) return
+      const text = extractUserText(output.messages)
+      if (!text || text.length < 12) return
+      // Harness-internal envelopes are never construction intent.
+      if (isInternal(text)) return
+      if (text === lastTurnText) return // dedupe: one classification per turn
+      lastTurnText = text
+
+      const res = await runCli({
+        op: "begin",
+        text,
+        cwd: REPO,
+        origin: "mimo",
+      })
+      if (!res || res.ok !== true) {
+        log(`begin: no result (${JSON.stringify(res)})`)
+        return
+      }
+      log(
+        `begin: mode=${res.mode} activated=${res.activated} ` +
+          `contract=${res.contract_id} intent=${res.intent_layer} ` +
+          `scope=${JSON.stringify(res.scope ?? [])}`,
+      )
+      if (res.activated && res.contract_id) {
+        lastAuthority = { active: true, contract_id: res.contract_id, at: Date.now() }
+      } else {
+        lastAuthority = { active: false, at: Date.now() }
+      }
+    } catch (e) {
+      log(`begin: threw ${e}`)
+    }
+  },
+
+  // ---- ENFORCEMENT BOUNDARY: per mutating tool call --------------------
+  "tool.execute.before": async (input, output) => {
+    try {
+      const tool = String(input?.tool ?? "")
+      if (!MUTATING.has(tool.toLowerCase())) return
+
+      // LAZY POSTCONDITION (runs in the wired `before` event).
+      // `tool.execute.after` is declared in the hook API but is NOT triggered
+      // at runtime in this harness build — measured: 485 `before` events and
+      // zero harness `after` events, so a postcondition wired to `after`
+      // would silently never run. Detection therefore happens here instead,
+      // comparing the tree against the previous call's snapshot, which also
+      // means the delta is known BEFORE the next mutation is authorised.
+      //
+      // Runs for EVERY consequential mutation, not just shell calls. Measured
+      // temporal gap: with the checkpoint gated to shell tools, an escaping
+      // script followed by a native write/edit was authorised without the
+      // pending delta ever being reconciled.
+      {
+        const snap = await runCli({
+          op: "checkpoint",
+          cwd: REPO,
+          before: lastSnapshot,
+        })
+        if (snap && snap.ok === true) {
+          lastSnapshot = snap.entries ?? {}
+          if ((snap.violations ?? []).length > 0) {
+            log(`checkpoint: VIOLATION out_of_scope=${JSON.stringify(snap.violations)}`)
+          } else if ((snap.changed ?? []).length > 0) {
+            log(`checkpoint: changed=${JSON.stringify(snap.changed)} (in scope)`)
+          }
+        } else {
+          log(`checkpoint: no result (${JSON.stringify(snap)})`)
+        }
+      }
+
+      const res = await runCli({
+        op: "check",
+        tool,
+        args: output?.args ?? {},
+        cwd: REPO,
+        // G6: the turn's own words are what a promotion would mint the
+        // contract from. Passed only as evidence for a promotion the
+        // authority decides on — the hook does not decide.
+        promote_text: lastTurnText || undefined,
+      })
+
+      if (!res || res.ok !== true) {
+        // Bridge failure. Fail CLOSED only when a governed build was known
+        // active; otherwise let ordinary work continue (§61/§62).
+        //
+        // "Known active" now has TWO sources, and either one is sufficient:
+        //   * `lastAuthority` — what this process saw before the bridge broke;
+        //   * the DURABLE LOCK — what the canonical authority last recorded,
+        //     which is the only source available to a FRESH process.
+        // The lock is consulted strictly to escalate. An ABSENT lock cannot
+        // turn a known-active in-process contract into an allow.
+        const durable = readDurableLock()
+        const inProcess = !!lastAuthority?.active
+        const durableStops = durable.state === "ACTIVE" || durable.state === "UNREADABLE"
+        if (inProcess || durableStops) {
+          const source = inProcess
+            ? `in-process contract=${lastAuthority.contract_id}`
+            : `durable lock state=${durable.state} contract=${durable.contract_id}`
+          output.cancel = true
+          output.cancelReason =
+            "Scaffolding guard unavailable while a governed construction " +
+            "contract is active. Consequential mutation stopped (fail-closed). " +
+            "Re-run once the Rune construction authority is reachable. " +
+            `[evidence: ${source}]`
+          log(`check: FAIL-CLOSED on bridge failure (${source})`)
+        } else {
+          log("check: bridge failure, no active contract (in-process or durable) — allowed")
+        }
+        return
+      }
+
+      lastAuthority = {
+        active: !!res.contract_id && res.mode !== "NO_CONTRACT",
+        contract_id: res.contract_id ?? undefined,
+        at: Date.now(),
+      }
+
+      log(
+        `check: tool=${tool} allow=${res.allow} mode=${res.mode} ` +
+          `contract=${res.contract_id} scope=${JSON.stringify(res.scope ?? [])} ` +
+          `checked=${JSON.stringify(res.checked ?? [])}`,
+      )
+
+      if (res.allow === false) {
+        output.cancel = true
+        output.cancelReason = String(res.reason || "Blocked by construction scope")
+      }
+    } catch (e) {
+      log(`check: threw ${e}`)
+    }
+  },
+
+}
+
+export default ScaffoldingGuard

docs/architecture/boundary-law.md

@@ -92,3 +92,175 @@ The old Textual TUI (src/rune/rune_tui.py) is the DEFAULT ORACLE for chat behavi
 4. TASKS PANE = THE WORK STREAM: not just an outstanding-tasks list — task entry (via the shared box in task focus), live work blocks (thinking + current command/file being coded + progress), collapse-to-summary on completion. The CHAT pane stays clean conversation.
 5. PREDICTION: inline ghost text (dim continuation suggestion, tab/→ accepts, mimocode-style), sourced from local Ollama.
 Interview-granularity law (owner, same round): spec interviews walk every element × state × interaction in ordered small batches with rendered examples — no assumption gaps.
+
+## D37 — MODEL POLICY & THE ORCHESTRATOR LAYER (owner, 2026-10-18)
+1. NO hardcoded model anywhere. A SETUP WIZARD (first-run) has the user specify their model — that model is the DEFAULT FOR BOTH panes (chat + task).
+2. The user controls concurrency: either extra concurrency keeping panes separate, or splitting one concurrent connection — a wizard setting.
+3. OPTIONAL SPLIT: two DIFFERENT models, one per pane, any combination of local/cloud — switchable after setup via a command.
+4. RUNE THE ORCHESTRATOR: her intelligence OWNS all models in play, thinks independently from them, and interprets how best to route context across every model in play. The models are workers; Rune is the mind above them.
+Chat-busy: a second chat message while answering QUEUES VISIBLY. Task queue: FULL queue visible in the pane.
+
+## D38 — THE TASK MARKDOWN LEDGER (owner, 2026-10-18)
+Every task initiation creates a MARKDOWN FILE — resumable, recorded, with time and date; it is THE SOURCE OF TRUTH for open tasks. Completion: the task is crossed off in the file, then the file RETIRES to a "done tasks" folder with a date subfolder. A new day creates a new dated folder ONLY if tasks were completed that day; no completed tasks = no folder. Plain files over databases: human-readable, durable, portable.
+The checkpoint/save mechanics decision is DEFERRED to a dedicated research round + owner diagnosis (owner asked for full explanation + a multitude of approaches).
+
+## D39 — THE CORE MOVES TO GO (owner, 2026-10-18: "lets keep the intention of what was meant to be finished in python and just move to go and fix the go version properly")
+1. The Python core (operator loop, conversation state, model routing, tool runtime on :8376) is TRANSITIONAL — its INTENTIONS (behaviors, capabilities, design goals) port to GO; the Go implementations are built PROPERLY from day one (crash-safe saves, small locks, channel-keyed context — never the Python defects).
+2. The Python checkpoint fix is SUPERSEDED: no over-investment in Python save mechanics — the storage design lands in the Go core (the checkpoint research now feeds the GO design choice).
+3. The two-stream architecture (D36 separate turns, D37 model policy) lands IN GO directly — per-channel single-flight, channel-keyed context assembly, the orchestrator layer above the models.
+4. Retirement law unchanged: Python stays as the parity oracle during transition; each capability's Go replacement proves parity, then the Python deletes (docs/retirement-map.md).
+
+## D40 — GO CORE STORAGE SHAPE (owner, 2026-10-18: "can we combine 1 and 3?" — yes)
+Journal + snapshots AND SQLite, each doing what it's best at:
+1. STREAM MESSAGES: per-channel append-only JSONL journals + periodic atomic snapshots (the K25 pattern generalized) — human-readable, each stream owns its own files, chat and task physically never contend.
+2. INDEXED STATE BACKBONE: SQLite via modernc.org/sqlite (pure Go, no cgo — D30-legal; ALREADY vendored via memory-ops) for tasks/state queries, the transition spine, concurrent reads from both streams + the TUI. PIN ≥3.51.3 (the WAL-reset bug was fixed there — checkpoint-saves research finding).
+3. RIDES ALONG: finished tasks retire to the D38 markdown done-folders (the dead 96% of the checkpoint walks out of the hot path); two-writer safety from day one; crash-anywhere atomic writes everywhere (no open-truncate-write anywhere, ever).
+
+## D41 — THE VISUAL AMALGAMATION (owner, 2026-10-18, after viewing all three renderings)
+Base: V-A "Set Line" cleanness. Corrections: every render must show the CHAT BOX AREA (the input box) — the first three omitted it; rerenders required.
+FROM V-A: clean typeset; colour highlighting; the mode token + HOW LONG THINGS TAKE (durations); ctrl+t expandable thinking.
+FROM V-B: Runic symbols + ANIMATIONS on rune thinking — the animation cycles RANDOM OLD CELTIC/VIKING RUNIC SYMBOLS MIXED WITH CTHULIAN SYMBOLS; the PINK OUTLINE; chat between owner and rune MORE BUBBLE-LIKE and ANIMATED; Rune's icon = a PURPLE DIAMOND rendered SMALL beside rune's thinking (the first render was too huge); the CONFIRM MESSAGE style.
+FROM V-C: percentages + animated progress bars for tasks — as WINDOWS TO CALL UPON (on-demand overlays), NOT embedded in the task window.
+TASK PANE STRUCTURE: all thinking/coding/open tasks at the TOP, sectioned off from the task panel's own chat entry part at the bottom.
+NEW: an ANIMATION when sub-agents are in flight, in the bottom rail.
+The iterative-styling law (D35 §2) governs: this is the default composite style; the owner flips and refines live.
+
+### D41 addendum — LOADING DOTS ARE RUNES; FONTS ARE THE TERMINAL'S (owner, 2026-10-18)
+The loading-dots/spinner idiom is REPLACED by the runic symbol cycle: loading indicators ARE runes (random celtic/viking + cthulian mix, per D41). Fonts are terminal-level, not app-level: the app emits codepoints; the owner's fallback pool (93 symbol fonts, Noto base — verified rendering) covers them. LAW: every animation vocabulary is DETECT-then-RENDER — verify glyphs draw (PTY byte-check) before committing them to an animation; box-glyphs get swapped at build time, never shipped.
+
+## D42 — THE PERSONA LAYER RULINGS (owner, 2026-10-18, interview after the chain audit)
+1. SEED: BUILD UP from the repo's 2.3KB distilled persona — do NOT adopt the old constitution wholesale. Produce an ADOPTION LIST first: compare every component across the three generations (OpenCode/MiMoCode/repo), propose what to adopt and WHY each is a decent addition, and mark what's superseded. The owner approves the list before adoption.
+2. DYNAMIC DEPTH: Rune commands both panes equally, understands the dichotomy inherently, and puts the right resources into each dynamically — no fixed pane budget, an intelligent allocation.
+3. CONTEXT INTELLIGENCE: the neurons + sleight-of-hand machinery keep context low while full persona stays AVAILABLE — pulling persona context where it contextually matters, for the right contextual output. (Not a fixed token budget — an intelligent system.)
+4. EDIT SURFACE: all three — the truth file, journal + rollback, AND the TUI editor (/persona) over it.
+5. MIGRATION: EVERYTHING migrates for the owner's local session (the full lived store); a production version (different, privacy-shaped) comes later after the concept is proven.
+6. CONSTITUTION: DEFERRED — a shippable untouchable (encrypted) constitution is a later revision; do not block the persona build on it.
+
+### D42 addendum — NO LOCAL DEFAULT; CLOUD IS FIRST-CLASS (owner, 2026-10-18: "i dont want ollama as default. i want to choose to use that. i want the default to be a cloud provider")
+1. Ollama loses its privileged position: NOT pre-selected, NOT default-positioned in the catalog, NOT the implicit fallback anywhere. It is one choice among many.
+2. CLOUD PROVIDERS ARE FIRST-CLASS in the setup wizard: connecting a cloud provider (API key from the vault, connection test) is a supported FIRST-RUN path, equal to local.
+3. The default model is whatever the owner EXPLICITLY picks in the wizard — never inferred from locality. First pick = default for both panes (unchanged D37 law).
+
+### D41 addendum 2 — LIVE THINKING UX (owner, 2026-10-19)
+1. EXPANDABLE WHILE THINKING: the thinking bubble expands DURING thinking, not only after — live thoughts unfold as they stream.
+2. CLICKABLE: the expand control is clickable (click region on the marker/bubble line), alongside ctrl+t.
+3. DOTS ANIMATION: the thinking animation is "thinking . . ." — dots appear LEFT TO RIGHT after the word, each dot a NEW runic symbol (the celtic/cthulian mix), cycling from the left when the row fills. Not a spinner in place — an appearing-dots walk.
+4. PLACEHOLDER: the input box placeholder is just "type in chat" (no affordance list — commands live in the palette and the / overlay).
+5. BOX PRESENCE: the input box grows more generous (taller/padder) so it reads as an obvious place to type — natural, inviting.
+
+### D41 addendum 3 — NO PREFIXES IN BUBBLES (owner, 2026-10-19)
+Chat bubbles carry NO text prefixes — the "you ·"/"rune ·" markers are removed from the bubble content. Identity is already spoken by the bubble itself: side (you right / rune left) and color (cyan / green). The purple diamond stays on rune's EVERYTHING — thinking bubbles AND her answer bubbles alike: it is her signature mark on all her words (owner: 'keep the purple diamond for runes answers tho'); timestamps stay at the bubble corner. Non-bubbled roles (system, error, research, tool) KEEP their textual markers — they have no side/color to speak for them.
+
+## D43 — THE BUBBLE/HUD HARDENING (owner, 2026-10-19, fifteen rulings)
+1. HARDEN: the bubble UI logic is locked clean — nothing interferes with it; amenities only when the owner asks.
+2. TIMESTAMPS ACCURATE + LOCAL: reflect the person's machine timezone per message (low cost: local-format the UTC record at render).
+3. TIMESTAMP SIDE: moved to the OPPOSITE side of the bubble from its current position.
+4. DIRECTION-AWARE PLACEMENT: USER ON THE LEFT for left-to-right languages, rune right — INVERTED for right-to-left language locales (he/ar/fa/ur detection via locale, setting-overridable).
+5. ONE THINKING STREAM: no before/after duplication — the live thinking bubble BECOMES the history thinking bubble (one stream per message).
+6. NO-DUPLICATION POLICY: rune's answer never renders twice (completion-applied bubble and durable row are ONE fact — harden the claim law; frozen no-dupe tripwire).
+7. THINKING IS CLICKABLE (the marker, the line, the whole collapsed row).
+8. Thinking stays with its message in CHAT (owner accepted: tasks-pane thinking is too messy); tasks pane keeps its own work-stream thinking.
+9. BORDERS: dashed → SOLID, same colour as the box (pink family); ALL boxes solid pink borders.
+10. COMPOSER (the type-in-chat box) is ALWAYS lit with the pink outline; the selected pane lights pink outline when selected, GREY outline when not.
+11. INFO BAR: a clean information bar above or below the composer replaces the messy far-bottom bar.
+12. BOTTOM BAR STRIPPED: remove status=RUNNING (running is proven by working), focus=chat (visible in selection), RAIL, seq=N, runtime lib:connected. KEEP: version truncated to semver (0.314.0 not 0.314.0-56-g...), CONTEXT WINDOW in-use/available (accurate: engine reports tokens used vs the model's context limit from the registry).
+13. THINKING LINE: "◆ thinking <ctrl+t hint> <animation>" — the animation capped at 3 glyphs, the ctrl+t hint BEFORE the animation (nothing chases the walk).
+14. GHOST PLACEHOLDER: "type in chat" ghosted, vertically centered, with a BLINKING CURSOR indicating chat-here.
+
+### D43 addendum — THE HARDENING MEANING (owner chose option 3, 2026-10-19)
+The bubble UI is locked against SILENT and UNINVITED change — mechanically, not by promise. Three enforcement layers:
+1. FROZEN PINS: golden fixtures + tripwires pin the bubble's geometry/colors/alignment/visual states — any render change turns the suite RED; pin updates are visible in diffs.
+2. NAMED TERRITORY: the bubble renderer files are owned surface (domain registry) — factory waves do not edit them without a brief naming the reason.
+3. CHANGES ROUTE THROUGH THE OWNER: visual changes to the bubbles ask the owner first (OpenSpec-starting-point law + D35 §2); repairs (restoring the pinned shape) land red-first as normal — the lock protects the design, never the bugs. Never locked against the owner.
+
+### D43 addendum — SCROLL INDICATORS + CORRECTED COLORS (owner, 2026-10-19)
+1. SCROLL WHEEL/UI in BOTH panes: a visible scrollbar indicator while scrolling that FADES when not in use (the modern-editor pattern — visible on activity, transparent at rest). Scrolling the chat history per the landed scrollback law; the tasks pane scrolls its work stream the same way.
+2. OUTLINE COLORS STILL WRONG (second correction): the chat TEXT colors are correct — the OUTLINE colors are not. The outlines follow the D43 law (solid, pink family, composer always lit, selected pane lit / unselected grey). The wave must diff outline color assignments against the law's color table — not the text colors, the borders.
+3. TUI DESIGN PRINCIPLES: a research round on presenting a terminal UI — the design canon (hierarchy, restraint, motion discipline, information density, color systems for terminals) so future visual choices follow principles, not ad-hoc taste. Feeds the owner's iteration loop.
+
+### D43 addendum — ARBITRATION + TIMESTAMPS + THE LAYER LAW (owner, 2026-10-19)
+1. ARBITRATION RULED (canon P3): one alive element wins — while Rune thinks, the bottom-rail cluster goes STILL (count only); the rail animation resumes when the thinking resolves. The rail exists to be seen, not to move.
+2. TIMESTAMPS: intelligently placed (the same relative position regardless of sender) and DEMPHASISED — their importance is low; dim, unobtrusive, never competing with message content.
+3. THE LAYER LAW (owner architecture ruling): every visual element of the TUI is an INDEPENDENT LAYER with its own scaffold/state — border, content, cursor, scroll indicator, animation each render in their own layer, and a change or defect in one must never corrupt another (the cursor punching a hole in the composer border is the motivating defect). Layers compose at render time; interactivity may couple them deliberately; accidental coupling is a defect. Each layer gets its own tests (its own scaffold, in the owner's words) — a change to one layer's state cannot alter another layer's rendering.
+
+### D43 addendum 2 — LAYERS RELATE TO THE PROJECT (owner correction, 2026-10-19)
+The Layer Law's independence is INTERNAL isolation, not project isolation: each layer has its own scaffold/state/tests WITHIN the tui project's scaffolding system — registered in the same construction store, admitted through the same contracts, checked by the same authority, versioned with the project. Isolation means a change to one layer's state cannot silently alter another layer's RENDERING; it does NOT mean layers live outside the governed build. Every layer scaffold is a project citizen: contract, tests, pins, and the issue ledger all track it with the rest.
+
+### D43 addendum 3 — FIVE OWNER CRITIQUES (live use, 2026-10-19)
+1. GHOST KEY HINTS: the composer shows ghosted "enter send · shift+enter newline" hints that DISAPPEAR the moment typing starts (ghost-at-rest, gone-when-typing — the affordance teaches, then vanishes).
+2. COMPOSER NEVER SCROLLS: the composer must NOT behave like a scrolling viewport while typing (the weird line-influence effect) — the composer fits its 3 rows and wraps internally; scroll behavior is for the panes only.
+3. WORD-WRAP NEVER BREAKS WORDS: wrapping breaks at word boundaries ALWAYS — a word reaching the edge moves WHOLE to the next line, never splitting mid-word (observed: "my" split to "m/y" at pane edge). Applies to chat bubbles, composer, all text surfaces.
+4. COMPOSER CLICK PRESERVES PANE CHOICE: clicking the composer after selecting a pane keeps THAT pane's focus — the composer serves whichever pane is selected; clicking it must never default back to chat. The composer is the shared instrument; the panes set its destination.
+5. (Reward for catching these: the Layer Law holds — each defect was an isolated layer failing, never cascading.)
+
+### D43 addendum 4 — THE CENTERED PICKER + CLOUD PROOFS (owner, 2026-10-19)
+1. MODEL PICKER = CENTERED WINDOW, NOT FRONT-LOADED GATE: model selection must NOT block the composer (currently typing anything demands a pick first). Instead: typing with no model chosen opens a CENTERED floating window (mimocode-style) listing ALL providers, SEARCHABLE (type to filter), up/down arrows to walk, enter to choose, esc to dismiss-and-keep-typing. The picker is an overlay on demand, never a gate in front of the input.
+2. API KEYS: port ALL api keys from mimo code without altering them (the 15-secret lossless migration already landed into the OS vault — verify nothing was altered/mangled in translation and every registry row still resolves).
+3. CLOUD CONNECTIVITY PROOFS: every cloud provider connection must actually prove connectivity (a real endpoint probe). Providers the owner holds keys for: prove live. Providers without keys: the probe path is the same principle (endpoint reachable, auth attempted, honest error) — but marked untestable-by-owner rather than claimed.
+
+### D43 addendum 5 — SCAFFOLDING STATUS LINE + GATED-WORK ANIMATION (owner, 2026-10-19)
+1. SCAFFOLDING STATUS LINE (owner spec): when scaffolding is in play, the tasks pane shows: "scaffolding · <loading animation> · <its stage>" — e.g. "scaffolding ⚒ admit", "scaffolding ⚒ build", "scaffolding ⚒ verify", "scaffolding ⚒ land". The loading animation uses the gated-work rhythm (hammer/ladder glyphs per the owner's hammer-and-ladder ruling); the STAGE is the contract's real phase from the kernel state (admit/build/verify/land — never a guess). Appears when a governed contract is active; self-extinguishes when it closes.
+2. HAMMER-AND-LADDER WALK: the gated-work animation is the dots-walk pattern with hammer/ladder glyph vocabulary (⚒ ⛏ 🪜-class glyphs, font-verified per detect-then-render; the shuffled runic/cthulian vocabulary remains for THINKING — gating gets its own trade vocabulary so thinking and building read differently at a glance).
+3. IMAGES: viewable in-terminal (Kitty/sixel protocols; Konsole supports; graceful degradation to links elsewhere per the degrade-silently principle); analyzable when a vision-capable model is connected. Recorded as capability, not a wave yet.
+4. INESCAPABILITY: the machinery-first stack (launch guard → admission → scope-checked mutations → landing gate → durable lock) IS the law — "please build X" puts every step inside scaffolding regardless of model. The adversarial-escape audit (try to escape, close every hole) is queued as its own wave.
+
+### D43 addendum 5 (cont.) — ALL WORKHORSE VISUALS LIVE IN THE TASKS PANE (owner, 2026-10-19)
+Ruling: ALL coding/workhorse-related visuals belong in the TASKS pane — scaffolding status line, work blocks, queue rows, sub-agent window, gated-work animations. The CHAT pane stays conversational (messenger law); the TASKS pane is Rune's workshop window. Both addenda recorded and queued: the scaffolding status line + hammer/ladder animation + the adversarial-escape audit + image capability (recorded, not queued) all route to the tasks-pane wave.
+
+### D43 addendum 6 — THE THINKING BRIDGE + HUD CORRECTIONS + THE WORKSHOP COMPLETION (owner, 2026-10-20)
+1. THE THINKING BRIDGE: the thinking animation MOVES OUT of the chat pane into its own strip BETWEEN the panes and the composer (above the composer, full width). Solves: click-to-expose lives right there (click the strip → the thought process expands — in the bridge or a floating window per the tabs/windows design), and the chat pane declutters (conversation only).
+2. TIMESTAMPS: ALWAYS far-left, same position regardless of sender.
+3. COMPOSER CURSOR: the blinking cursor must ALWAYS blink when waiting for entry — never static (a regression).
+4. TASKS PANE = THE ACTIVE WORKSHOP: while scaffolding runs, the work-in-full-view renders inside the tasks pane — the active task's live coding (current file/command, thinking) fully visible. PLUS a tasks VIEW: clickable/expandable task rows with the open tasks (the D38 ledger's OPEN TASKS section becomes an interactive surface, not a static list).
+5. SUB-AGENT WINDOW OPENER: the window exists but has NO WAY TO OPEN — put the opener in the info bar NEXT TO the tasks area, AFTER the rune version.
+6. VERSION DISPLAY: 'v' prefix (v0.321.0 not 0.321.0) — a version marker; could hyperlink to Gitea (the release URL) when terminals support it (OSC 8 links — degrade gracefully to plain text).
+7. SEQUENCE AFTER THIS WAVE: finish wiring the rebase into the TUI, then the persona layers.
+
+## D44 — THE MODEL DISPLAY + THE PANE DOCTRINE CORRECTED (owner, 2026-10-20 — supersedes the partial D36 routing read)
+
+### 1. MODEL DISPLAY (the info bar shows the active model, correctly compacted)
+The info bar carries the active model name. LOCAL models truncate to their important components: initial name, size, style if applicable (classifier vs normal — ONLY SHOWN WHEN APPLICABLE), and ablation status (uncensored/abliterated variants flagged). CLOUD models: full name, size, classifier-if-applicable. Never let a long local filename eat the bar.
+
+### 2. THE PANE DOCTRINE (owner verbatim — the definitive statement)
+"the tasks pane is meant for ALL ACTIVE WORK or whats being being worked upon... the dichotomy for either pane is CHAT IS FOR TALKING WITH THE MODEL WHILST THE WORK IS BEING DONE. the TASKS PANE is to view the details of whats being worked upon and outstanding work as well as any goals or lists SEPARATE from the detail of the work. and the COMPOSER for either acts differently based on whats selected."
+- TASKS PANE focus + composer enter = IMMEDIATE EXECUTION (never queues — queuing only when work is already running; a queue message with nothing running is a FALSE POSITIVE defect).
+- CHAT PANE focus + composer enter = conversational (base assumption: discussing). Work requests from CHAT get boosted to tasks via the CONSENT CARD (contextual relevancy decides when) — the consent bridge applies ONLY to the chat pane.
+- The queued-work message renders in the TASKS PANE (with the queue rows), NEVER the chat pane.
+- A HOTKEY exists to steer queued work (reorder/prioritise/cancel from the pane).
+
+### 3. QUEUE FALSE-POSITIVE FIX (defect)
+Task-pane asks with nothing running must START immediately — the instant-if-free law was violated (queued despite idle). Red-first the false positive; the queue is only for BUSY.
+
+## D45 — THE LIVE-USE CRITIQUE BATCH (owner, 2026-10-20, after testing the D44 build)
+1. CONTEXT READOUT STILL MISSING in the bar (the core-side accounting landed but the bar doesn't show it — diagnose the TUI-side wiring: the bridge's status poll must actually carry/receive the numbers, and the bar must render once reported).
+2. MODEL NAME COMPACTION (refined spec): "qwen3.6-27b-(uncensored?)" style — parse the id: base name, parameter size, ablation marker (uncensored/abliterated/heretic) if present. No path prefixes (hf.co/), no quant suffixes (IQ3_M), no GGUF noise. Cloud models similar: vendor name + model + size.
+3. VERSION HYPERLINK FORGOTTEN: the v-prefixed version must hyperlink to the Gitea release (OSC 8 — detect-then-render).
+4. TIMESTAMPS STILL NOT MOVED (the addendum-6 far-left move didn't land — re-verify and fix).
+5. THE TOOLSET GAP — THE BIG ONE: Rune cannot bash or write to the owner's PC. The model's thinking says "I cannot directly access your desktop" — because the TUI chat path doesn't surface the tool suite to local models. The tools exist (tool_executor, 19 tools, mode-gated); the chat turn's tool wiring must FORCE tool availability: local models get the toolset in their prompt/capability selection (the T2 slice landed the exposure filter — verify it's active on the live path), cloud models get native tool-calls. Rune at the face must be ABLE to act, mode-gated as D36/D44 demand.
+
+## D46 — FOUR LIVE DEFECTS (owner, 2026-10-20, second testing round)
+1. MESSAGE DUPLICATION (never again): a sent message renders TWICE in the chat pane. The claim law was hardened once (D43) but a path still double-renders — find it (likely the D45 wave's changes to the sync paths interacting with the thinking-bridge move), red-first, and pin the no-dupe tripwire so hard it cannot regress.
+2. THINKING NOT MOVED: the thinking animation/strip was ruled OUT of chat into the bridge strip (addendum 6 item 1) — still rendering in the chat pane. Move it.
+3. COMPOSER SHRUNK: the composer got SMALLER — wrong direction. The composer may push BOTH panes up for more room (its growth is legitimate; panes yield).
+4. DISPATCH TIMEOUT: 'error · dispatch failed: Post ... context deadline exceeded' — the 330s budget was exceeded. Diagnose: the 27B thinking models run 250-310s solo and the chain stacks delays; either raise the budget on the TUI+proxy legs or stream. Diagnose the real timeout hop first.
+   - D46 RESOLUTION (the budget road, owner's pick — streaming stays queued separately): the real hop was the WHOLE STACK at 330s (TUI client lib.CompletionBudget, entry serve proxy proxyClientBudget, the continuous-runtime door — all pinned 330) against a 27B solo worst turn of ~310s plus stacked queue/memory/tool latency: no headroom, so the deadline fired. ONE coherent 480s budget now rides every leg (TUI + both entry doors), pinned structurally by the frozen budget fixtures; the core operator's per-call 300s adaptive ladder (27B) stays — 480 covers the worst observed turn with headroom.
+
+### D46 addendum — CLICKABLE ARTIFACTS + TOOL EVENTS LIVE IN THE TASKS PANE (owner, 2026-10-20)
+1. CLICKABLE FILE ARTIFACTS: when a task generates a file, the file's path in the tasks pane is a CLICKABLE LINK that opens its location (OSC 8 hyperlink with a file:// URL — Konsole opens the file manager/terminal at the path; graceful plain-text degrade elsewhere per the detect-then-render law). The pane shows what was made; the link takes you to it.
+2. TOOL EVENTS MOVE: tool usage display moves OUT of the chat pane INTO the tasks pane (the work block's current-line already shows the newest tool action — ALL tool events belong there, in the work stream, not the conversation). Chat stays conversational: the tool event leaves the transcript as chat content and becomes work-stream detail. The D43 layer law and the pane doctrine (D44) both point this way.
+
+### D46 addendum — Q IS A LETTER NOW (owner, 2026-10-20: "change the q for quit... if i type q it will exit")
+1. PLAIN q TYPES: q is a letter the composer owns — it must never quit.
+2. THE EXIT GESTURE: ctrl+c clears the chat/composer on the first press; TWO ctrl+c IN SUCCESSION quits the program. (A deliberate double-press — you can't quit by accident while typing.)
+3. Every other quit binding (q, esc-as-quit paths) follows the same rule: nothing quits on a single unmodified keypress while the composer can receive text.
+
+## D47 — SIX LIVE-USE DEFECTS + OPENSPEC ROUTING (owner, 2026-10-20)
+OPENSPEC ROUTING: the tabs/windows design AND the chat-presentation fixes go through the OpenSpec interview process — the owner specifies, the spec records, the factory builds. Two openspec topics opened.
+DEFECTS (each red-first, each PTY-proven):
+1. ANSWER DISPLAY BROKEN: Rune's answers render incorrectly in the chat pane (live-use report — diagnose the exact symptom on the owner's next boot: markdown artifacts, broken wrapping, or encoding; the word-safe wrap landed but something else misrenders).
+2. CODE NOT ROUTED TO THE TASKS PANE: code content in answers renders in the chat pane, not the tasks pane (D44 doctrine: work content lives in the workshop pane; the code-block projection needs routing).
+3. EVERY SENTENCE BULLET-POINTED: answers render with per-sentence bullets — a markdown-list misparse (the renderer treats prose as list items). Diagnose and fix the markdown handling.
+4. CONTEXT DEADLINE ERRORS PERSIST: the 480s budget didn't take on the live path (diagnose which hop still runs 330s — the fix landed but a leg is stale or the live turn exceeds even 480s on the 27B; measure the real turn duration).
+5. CONTEXT READOUT PER-MODEL ACCURACY: context available must be accurate FOR EVERY MODEL LOADED (the limit source must be per-model: Ollama /api/show for locals, the registry limit for cloud — not a single cached value).
+6. VERSION HYPERLINK STILL NOT RENDERING (the OSC 8 fix landed but the bar doesn't show it — diagnose the live render path; maybe the deployed binary predates the fix or the detection gate is misfiring).
+7. MODEL OPENS THE PICKER: clicking the model name in the info bar opens the centered model picker (the picker's second road — the click road beside ctrl+m).

docs/factory/domains.json

@@ -1,13 +1,13 @@
 {
   "schema": 1,
   "version": "1.0.0",
-  "updated_at": "2026-10-18",
-  "law": "Owner directive 2026-10-17 (docs/factory/spawn-queue.md scope law): every factory registry, gate, and map covers the FULL codebase \u2014 tui/ packages, src/go/ subsystems/libraries, src/rust/ crates (the dichotomy), and the live src/rune/ Python authority modules (retirement-tracked). Owner critique this registry answers: scaffolding was designed to let the LLM instantly look up a domain and find the relevant area to fix \u2014 instead diagnosis had been grep-exploration.",
+  "updated_at": "2026-10-19",
+  "law": "Owner directive 2026-10-17 (docs/factory/spawn-queue.md scope law): every factory registry, gate, and map covers the FULL codebase — tui/ packages, src/go/ subsystems/libraries, src/rust/ crates (the dichotomy), and the live src/rune/ Python authority modules (retirement-tracked). Owner critique this registry answers: scaffolding was designed to let the LLM instantly look up a domain and find the relevant area to fix — instead diagnosis had been grep-exploration.",
   "gate": "scripts/check_domain_registry.py (unified_check member domain_registry)",
   "lookup": "scripts/query_domain.py",
   "retirement_map": "docs/retirement-map.md + verification/retirement-map.json",
   "dichotomy_law": "docs/architecture/boundary-law.md (D30: WASM-standard, cgo exception-only)",
-  "scaffold_contracts": "store/scaffold \u2014 every wave cites its ADMIT contract id",
+  "scaffold_contracts": "store/scaffold — every wave cites its ADMIT contract id",
   "retirement_pending": [
     {
       "path": "src/rune/__main__.py",
@@ -59,7 +59,7 @@
       "key_files": [
         {
           "path": "tui/tasks/live.go",
-          "why": "live task tree face \u2014 open here first"
+          "why": "live task tree face — open here first"
         },
         {
           "path": "tui/tasks/live_delegation.go",
@@ -75,7 +75,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./tasks (tui module \u2014 unified_check go_suite)",
+        "go test ./tasks (tui module — unified_check go_suite)",
         "go test (module) src/go/auto-tasks + src/go/auto_tasks",
         "cargo test task_gate task_persist (unified_check rust_suite)",
         "src/go/parity-harness row-12 end-to-end (unified_check migration_mutants)",
@@ -108,7 +108,7 @@
       "key_files": [
         {
           "path": "tui/threads/README.md",
-          "why": "what threads render \u2014 open first"
+          "why": "what threads render — open first"
         },
         {
           "path": "tui/threads/delegation.go",
@@ -116,7 +116,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./threads (tui module \u2014 unified_check go_suite)"
+        "go test ./threads (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -157,7 +157,7 @@
       "key_files": [
         {
           "path": "tui/stream/stream.go",
-          "why": "bounded stream adapter \u2014 open here first"
+          "why": "bounded stream adapter — open here first"
         },
         {
           "path": "src/go/event-bus/main.go",
@@ -169,7 +169,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./stream (tui module \u2014 unified_check go_suite)",
+        "go test ./stream (tui module — unified_check go_suite)",
         "go test (module) src/go/event-bus + src/go/event-envelope + src/go/event-wait",
         "tests/test_legacy_event_bus.py",
         "tests/test_legacy_event_envelope.py",
@@ -201,7 +201,7 @@
       "key_files": [
         {
           "path": "tui/rail/rail.go",
-          "why": "activity rail \u2014 open here first"
+          "why": "activity rail — open here first"
         },
         {
           "path": "tui/receipts/receipts.go",
@@ -209,8 +209,8 @@
         }
       ],
       "test_batteries": [
-        "go test ./rail (tui module \u2014 unified_check go_suite)",
-        "go test ./receipts (tui module \u2014 unified_check go_suite)"
+        "go test ./rail (tui module — unified_check go_suite)",
+        "go test ./receipts (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -237,7 +237,7 @@
       "key_files": [
         {
           "path": "tui/lanes/lanes.go",
-          "why": "lane layout \u2014 open here first"
+          "why": "lane layout — open here first"
         },
         {
           "path": "tui/laneconc/laneconc.go",
@@ -249,9 +249,9 @@
         }
       ],
       "test_batteries": [
-        "go test ./lanes (tui module \u2014 unified_check go_suite)",
-        "go test ./laneconc (tui module \u2014 unified_check go_suite)",
-        "go test ./nav (tui module \u2014 unified_check go_suite)"
+        "go test ./lanes (tui module — unified_check go_suite)",
+        "go test ./laneconc (tui module — unified_check go_suite)",
+        "go test ./nav (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -277,11 +277,11 @@
       "key_files": [
         {
           "path": "tui/promote/promote.go",
-          "why": "promotion controls \u2014 open here first"
+          "why": "promotion controls — open here first"
         }
       ],
       "test_batteries": [
-        "go test ./promote (tui module \u2014 unified_check go_suite)"
+        "go test ./promote (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -305,11 +305,11 @@
       "key_files": [
         {
           "path": "tui/selection/suite_test.go",
-          "why": "the law lives in its frozen suite \u2014 open here first"
+          "why": "the law lives in its frozen suite — open here first"
         }
       ],
       "test_batteries": [
-        "go test ./selection (tui module \u2014 unified_check go_suite)"
+        "go test ./selection (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -346,7 +346,7 @@
       "key_files": [
         {
           "path": "tui/evidence/evidence.go",
-          "why": "evidence spine face \u2014 open here first"
+          "why": "evidence spine face — open here first"
         },
         {
           "path": "src/rune/evidence_probe.py",
@@ -354,7 +354,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./evidence (tui module \u2014 unified_check go_suite)",
+        "go test ./evidence (tui module — unified_check go_suite)",
         "go test (module) src/go/evidence-probe",
         "tests/test_evidence_probe.py",
         "tests/test_evidence_provenance_shims.py",
@@ -391,7 +391,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./history (tui module \u2014 unified_check go_suite)"
+        "go test ./history (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -417,7 +417,7 @@
       "key_files": [
         {
           "path": "tui/changes/changes.go",
-          "why": "changes view \u2014 open here first"
+          "why": "changes view — open here first"
         },
         {
           "path": "src/go/restore-points/main.go",
@@ -425,7 +425,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./changes (tui module \u2014 unified_check go_suite)",
+        "go test ./changes (tui module — unified_check go_suite)",
         "go test (module) src/go/restore-points"
       ],
       "serve_endpoints": [],
@@ -459,7 +459,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./settings (tui module \u2014 unified_check go_suite)"
+        "go test ./settings (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -492,7 +492,7 @@
       "key_files": [
         {
           "path": "tui/graphproj/model.go",
-          "why": "projection model \u2014 open here first"
+          "why": "projection model — open here first"
         },
         {
           "path": "tui/graphproj/export.go",
@@ -500,7 +500,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./graphproj (tui module \u2014 unified_check go_suite)",
+        "go test ./graphproj (tui module — unified_check go_suite)",
         "go test (module) src/go/graph-memory",
         "tests/test_graph_projection.py",
         "cargo test graph_projection graph_memory"
@@ -529,7 +529,7 @@
       "key_files": [
         {
           "path": "tui/capsys/gate.go",
-          "why": "the gate system \u2014 open here first"
+          "why": "the gate system — open here first"
         },
         {
           "path": "tui/capsys/budget.go",
@@ -537,7 +537,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./capsys (tui module \u2014 unified_check go_suite)"
+        "go test ./capsys (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -569,7 +569,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./version (tui module \u2014 unified_check go_suite)",
+        "go test ./version (tui module — unified_check go_suite)",
         "go test (module) src/go/release-notes",
         "tests/test_check_version_surfaces.py"
       ],
@@ -602,7 +602,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./update (tui module \u2014 unified_check go_suite)"
+        "go test ./update (tui module — unified_check go_suite)"
       ],
       "serve_endpoints": [],
       "symptoms": [
@@ -630,7 +630,7 @@
       "key_files": [
         {
           "path": "tui/wasm/wasm.go",
-          "why": "wazero host \u2014 open here first"
+          "why": "wazero host — open here first"
         },
         {
           "path": "tui/wasm/ipc.go",
@@ -654,7 +654,7 @@
         "tui/wasm/modules missing the paired build manifest"
       ],
       "scaffold_contract": "ADMIT-wave-wasm-token-counting",
-      "notes": "D30 law: Rust crosses to Go as WASM (wazero AOT); cgo is exception-only. Module artifacts are NOT committable \u2014 rebuilt reproducibly by scripts/build_paired.sh."
+      "notes": "D30 law: Rust crosses to Go as WASM (wazero AOT); cgo is exception-only. Module artifacts are NOT committable — rebuilt reproducibly by scripts/build_paired.sh."
     },
     {
       "domain": "runtime-bridge",
@@ -676,7 +676,7 @@
       "key_files": [
         {
           "path": "tui/bridge/bridge.go",
-          "why": "the bridge \u2014 open here first"
+          "why": "the bridge — open here first"
         },
         {
           "path": "tui/bridge/client.go",
@@ -692,8 +692,8 @@
         }
       ],
       "test_batteries": [
-        "go test ./bridge (tui module \u2014 unified_check go_suite)",
-        "go test ./runtime (tui module \u2014 unified_check go_suite)",
+        "go test ./bridge (tui module — unified_check go_suite)",
+        "go test ./runtime (tui module — unified_check go_suite)",
         "go test (module) src/go/rune-entry",
         "tui/bridge nosim_test.go (no-simulation law)"
       ],
@@ -726,7 +726,7 @@
       "key_files": [
         {
           "path": "src/go/core-server/main.go",
-          "why": "every route lives here \u2014 open first"
+          "why": "every route lives here — open first"
         }
       ],
       "test_batteries": [
@@ -767,11 +767,11 @@
         },
         {
           "path": "src/go/alert-gateway/main.go",
-          "why": "gateway kernel (0 tests \u2014 known gap, retirement row 9)"
+          "why": "gateway kernel (0 tests — known gap, retirement row 9)"
         }
       ],
       "test_batteries": [
-        "go test ./alerts (tui module \u2014 unified_check go_suite)",
+        "go test ./alerts (tui module — unified_check go_suite)",
         "go test (module) src/go/alert-gateway"
       ],
       "serve_endpoints": [],
@@ -823,7 +823,7 @@
       "key_files": [
         {
           "path": "tui/memory/memory.go",
-          "why": "pure render over canonical state \u2014 open here first"
+          "why": "pure render over canonical state — open here first"
         },
         {
           "path": "src/go/context-broker/main.go",
@@ -835,7 +835,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./memory (tui module \u2014 unified_check go_suite)",
+        "go test ./memory (tui module — unified_check go_suite)",
         "go test (module) src/go/context-broker + src/go/memory-store-deep + src/go/memory-consolidation + src/go/memory-ops",
         "tests/test_memory_continuity.py",
         "tests/test_memory_port.py",
@@ -901,14 +901,14 @@
         }
       ],
       "test_batteries": [
-        "go test ./skills (tui module \u2014 unified_check go_suite)",
+        "go test ./skills (tui module — unified_check go_suite)",
         "go test (module) src/go/curator + src/go/curator-core"
       ],
       "serve_endpoints": [],
       "symptoms": [
         "skill/pattern proposal shown without the consent gate",
         "tested/approved skill activation view wrong",
-        "episode\u2192skill promotion ladder stuck"
+        "episode→skill promotion ladder stuck"
       ],
       "scaffold_contract": "ADMIT-wave-k21-skills-engine",
       "retirement_row": 16
@@ -940,7 +940,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./extensions (tui module \u2014 unified_check go_suite)",
+        "go test ./extensions (tui module — unified_check go_suite)",
         "go test (module) src/go/extension-host"
       ],
       "serve_endpoints": [],
@@ -976,7 +976,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./devices (tui module \u2014 unified_check go_suite)",
+        "go test ./devices (tui module — unified_check go_suite)",
         "go test (module) src/go/device-pairing"
       ],
       "serve_endpoints": [],
@@ -1003,7 +1003,7 @@
       "key_files": [
         {
           "path": "src/go/model-acquisition/main.go",
-          "why": "open here first \u2014 module main"
+          "why": "open here first — module main"
         },
         {
           "path": "src/go/model-connect/main.go",
@@ -1077,7 +1077,7 @@
       "key_files": [
         {
           "path": "src/rune/openai_compat_transport.py",
-          "why": "THE provider-prefix single authority (is_cloud_pinned) \u2014 open here first"
+          "why": "THE provider-prefix single authority (is_cloud_pinned) — open here first"
         },
         {
           "path": "src/go/model-routing/main.go",
@@ -1094,7 +1094,7 @@
       "serve_endpoints": [],
       "symptoms": [
         "wrong provider/model selected; route authority flags missed",
-        "cloud-pinned model misbudgeted (400 invalid model name noise \u2014 the proven real change)",
+        "cloud-pinned model misbudgeted (400 invalid model name noise — the proven real change)",
         "recall expansion drifts; warm/adaptive router pick stale routes"
       ],
       "notes": "The 2026-09-12 scaffolding real-change proof lives here (is_cloud_pinned single authority)."
@@ -1114,7 +1114,7 @@
       "key_files": [
         {
           "path": "src/go/webfeed/main.go",
-          "why": "open here first \u2014 module main"
+          "why": "open here first — module main"
         }
       ],
       "test_batteries": [
@@ -1156,7 +1156,7 @@
       "key_files": [
         {
           "path": "src/go/workflow-engine/main.go",
-          "why": "engine kernel \u2014 open here first"
+          "why": "engine kernel — open here first"
         },
         {
           "path": "tui/workflows/history.go",
@@ -1164,14 +1164,14 @@
         }
       ],
       "test_batteries": [
-        "go test ./workflows (tui module \u2014 unified_check go_suite)",
+        "go test ./workflows (tui module — unified_check go_suite)",
         "go test (module) src/go/workflow-engine + src/go/cron-engine",
         "tests/test_deployment_canary.py"
       ],
       "serve_endpoints": [],
       "symptoms": [
         "unattended workflow stalls, fires twice, or misses its cron",
-        "sleep\u2192poll regression undetected (wait_guard corpus)",
+        "sleep→poll regression undetected (wait_guard corpus)",
         "workflow-engine module go test RED (known retirement-map finding)",
         "night-mode switch flips at the wrong boundary"
       ],
@@ -1208,7 +1208,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./modes (tui module \u2014 unified_check go_suite)",
+        "go test ./modes (tui module — unified_check go_suite)",
         "go test (module) src/go/build-mode"
       ],
       "serve_endpoints": [],
@@ -1248,13 +1248,13 @@
         }
       ],
       "test_batteries": [
-        "go test ./inputs (tui module \u2014 unified_check go_suite)",
+        "go test ./inputs (tui module — unified_check go_suite)",
         "go test (module) src/go/auto-detect"
       ],
       "serve_endpoints": [],
       "symptoms": [
         "universal input misclassified; inspect-before-connect skipped",
-        "auto-detect truth battery unused (0 tests \u2014 known gap)"
+        "auto-detect truth battery unused (0 tests — known gap)"
       ],
       "scaffold_contract": "ADMIT-wave-universal-input",
       "retirement_row": 14
@@ -1276,7 +1276,7 @@
       "key_files": [
         {
           "path": "docs/authority-map.md",
-          "why": "the map itself \u2014 open here first"
+          "why": "the map itself — open here first"
         },
         {
           "path": "config/umbrellas.json",
@@ -1316,11 +1316,11 @@
       "key_files": [
         {
           "path": "src/rune/audit_ledger.py",
-          "why": "deployed authority \u2014 open here first"
+          "why": "deployed authority — open here first"
         },
         {
           "path": "src/rust/claim_audit/src/lib.rs",
-          "why": "Rust claim-audit kernel (src/rust/audit_ledger/ holds only build artifacts \u2014 no crate there; the Python module is the authority)"
+          "why": "Rust claim-audit kernel (src/rust/audit_ledger/ holds only build artifacts — no crate there; the Python module is the authority)"
         }
       ],
       "test_batteries": [
@@ -1370,7 +1370,7 @@
     },
     {
       "domain": "critic-gate",
-      "summary": "The critic gate: repair of the empty critic gate + auto-merge zero approvals (task 0.4) \u2014 protected classes require review; drift_core binds.",
+      "summary": "The critic gate: repair of the empty critic gate + auto-merge zero approvals (task 0.4) — protected classes require review; drift_core binds.",
       "aliases": [],
       "packages": {
         "tui": [],
@@ -1387,7 +1387,7 @@
       "key_files": [
         {
           "path": "src/rune/drift_core.py",
-          "why": "task 0.4 binding \u2014 open here first"
+          "why": "task 0.4 binding — open here first"
         },
         {
           "path": "src/go/drift-core/main.go",
@@ -1404,7 +1404,7 @@
         "auto-merge bypasses repository protection",
         "always-pass/skipped critic not failing closed"
       ],
-      "notes": "Task 0.4 also binds merge_robot.py (not present in src/rune today \u2014 the task owns creating/repairing it)."
+      "notes": "Task 0.4 also binds merge_robot.py (not present in src/rune today — the task owns creating/repairing it)."
     },
     {
       "domain": "drift-telemetry",
@@ -1519,7 +1519,7 @@
       ],
       "test_batteries": [
         "tests/test_owner_envelope.py",
-        "go test ./trust (tui module \u2014 unified_check go_suite)",
+        "go test ./trust (tui module — unified_check go_suite)",
         "go test (module) src/go/stage-guards + src/go/persona-gate"
       ],
       "serve_endpoints": [],
@@ -1588,7 +1588,7 @@
       "key_files": [
         {
           "path": "schemas/events/corpus/event-checkpoint_committed-001.json",
-          "why": "the vocabulary \u2014 open here first"
+          "why": "the vocabulary — open here first"
         }
       ],
       "test_batteries": [
@@ -1619,7 +1619,7 @@
       "key_files": [
         {
           "path": "scripts/deploy_promotion.py",
-          "why": "monotonic ancestry law, atomic symlink swap \u2014 open here first"
+          "why": "monotonic ancestry law, atomic symlink swap — open here first"
         },
         {
           "path": "docs/release-flow.md",
@@ -1643,7 +1643,7 @@
     },
     {
       "domain": "parent-map",
-      "summary": "The parent/child delegation ancestry map (child visibility): a missing parent never hides the child \u2014 the orphan dock.",
+      "summary": "The parent/child delegation ancestry map (child visibility): a missing parent never hides the child — the orphan dock.",
       "aliases": [
         "child-visibility",
         "delegation-ancestry"
@@ -1663,7 +1663,7 @@
       "key_files": [
         {
           "path": "tui/tasks/live_delegation.go",
-          "why": "orphan dock + nesting law \u2014 open here first"
+          "why": "orphan dock + nesting law — open here first"
         },
         {
           "path": "tui/threads/delegation.go",
@@ -1675,8 +1675,8 @@
         }
       ],
       "test_batteries": [
-        "go test ./tasks (tui module \u2014 unified_check go_suite)",
-        "go test ./threads (tui module \u2014 unified_check go_suite)",
+        "go test ./tasks (tui module — unified_check go_suite)",
+        "go test ./threads (tui module — unified_check go_suite)",
         "tests/test_delegation_pinned_paths.py",
         "tests/test_orchestration_delegation.py"
       ],
@@ -1727,7 +1727,7 @@
       "key_files": [
         {
           "path": "src/rune/witness.py",
-          "why": "witness authority \u2014 open here first"
+          "why": "witness authority — open here first"
         },
         {
           "path": "src/go/witness/main.go",
@@ -1743,7 +1743,7 @@
       "symptoms": [
         "work outcome not recorded or unlearned (outcome_utility)",
         "trace lost mid-inference; programme gate skipped",
-        "operator loop stuck; work-manager/output untested (0 tests \u2014 known gap)"
+        "operator loop stuck; work-manager/output untested (0 tests — known gap)"
       ],
       "retirement_row": 10
     },
@@ -1812,7 +1812,7 @@
       "key_files": [
         {
           "path": "src/rune/microkernel.py",
-          "why": "kernel \u2014 open here first"
+          "why": "kernel — open here first"
         },
         {
           "path": "src/rune/orchestration/scheduler.py",
@@ -1884,7 +1884,7 @@
       "key_files": [
         {
           "path": "src/go/cognition/cognition.go",
-          "why": "Go cognition kernel \u2014 open here first"
+          "why": "Go cognition kernel — open here first"
         },
         {
           "path": "src/rust/cognition_core/src/lib.rs",
@@ -1939,7 +1939,7 @@
       "key_files": [
         {
           "path": "src/go/tool-executor/main.go",
-          "why": "executor \u2014 open here first"
+          "why": "executor — open here first"
         },
         {
           "path": "src/rune/tool_protocol.py",
@@ -2072,7 +2072,7 @@
       "key_files": [
         {
           "path": "src/rune/scaffold.py",
-          "why": "project scaffold authority \u2014 open here first"
+          "why": "project scaffold authority — open here first"
         },
         {
           "path": "src/rune/construction_admission.py",
@@ -2118,7 +2118,7 @@
       "key_files": [
         {
           "path": "src/rune/spine.py",
-          "why": "spine authority \u2014 open here first"
+          "why": "spine authority — open here first"
         },
         {
           "path": "docs/STRUCTURAL_MAP.md",
@@ -2143,8 +2143,10 @@
       "aliases": [],
       "packages": {
         "tui": [
-          "tui/semantic",
-          "tui/internal/toolkit"
+          "tui/chatpane",
+          "tui/internal/toolkit",
+          "tui/lanes",
+          "tui/semantic"
         ],
         "src_go": [
           "src/go/tui"
@@ -2170,7 +2172,7 @@
       "key_files": [
         {
           "path": "tui/semantic/model.go",
-          "why": "the behavior/semantic map \u2014 open here first"
+          "why": "the behavior/semantic map — open here first"
         },
         {
           "path": "src/rune/rune_tui.py",
@@ -2179,10 +2181,22 @@
         {
           "path": "src/go/tui/main.go",
           "why": "the Bubble Tea prototype (R2 W7)"
+        },
+        {
+          "path": "tui/lanes/render.go",
+          "why": "the composer LAYER SCAFFOLD (D43 layer law): border/content/cursor layers, each with its own tests — locked surface, visual changes owner-routed"
+        },
+        {
+          "path": "tui/chatpane/chatpane.go",
+          "why": "the bubble renderer (D43 locked surface): direction-aware sides, layer-isolated scroll indicator, timestamps"
+        },
+        {
+          "path": "tui/chatpane/scroll.go",
+          "why": "the scrollbar LAYER + the scrollback law (fade-on-idle, stay-put)"
         }
       ],
       "test_batteries": [
-        "go test ./semantic (tui module \u2014 unified_check go_suite)",
+        "go test ./semantic (tui module — unified_check go_suite)",
         "tests/test_pane_authority_port.py",
         "canary_tui_drift.py",
         "canary_tui_transport.py",
@@ -2195,7 +2209,8 @@
         "Textual oracle drifts from the native face",
         "tui_validator import-allowlist drift"
       ],
-      "retirement_row": 15
+      "retirement_row": 15,
+      "notes": "D43 layer law: every visual element is an independent layer (border/content/cursor/scroll-indicator/animation) with its own scaffold and tests inside this governed build; layers compose at render time; accidental coupling is a defect. Locked surface — visual changes owner-routed per D43 addendum."
     },
     {
       "domain": "degradation-ledger",
@@ -2230,19 +2245,19 @@
         }
       ],
       "test_batteries": [
-        "go test ./degrade (tui module \u2014 unified_check go_suite)",
+        "go test ./degrade (tui module — unified_check go_suite)",
         "go test (module) src/go/subsystem-health + src/go/failure-filer"
       ],
       "serve_endpoints": [],
       "symptoms": [
-        "degradation invisible (silent handler \u2014 the P0-06 class)",
+        "degradation invisible (silent handler — the P0-06 class)",
         "subsystem health mis-reported",
         "failure filing lost; recovery policy misclassifies"
       ]
     },
     {
       "domain": "boundary-types",
-      "summary": "The Go\u2194Rust boundary message types: schemas/boundary/v1 + generated types on both sides (task 0.12 one-schema-source law).",
+      "summary": "The Go↔Rust boundary message types: schemas/boundary/v1 + generated types on both sides (task 0.12 one-schema-source law).",
       "aliases": [],
       "packages": {
         "tui": [
@@ -2257,7 +2272,7 @@
       "key_files": [
         {
           "path": "schemas/boundary/v1/status_snapshot.schema.json",
-          "why": "canonical schema set \u2014 open here first"
+          "why": "canonical schema set — open here first"
         }
       ],
       "test_batteries": [
@@ -2287,7 +2302,7 @@
       "key_files": [
         {
           "path": "src/go/parity-harness/harness.go",
-          "why": "the parity machine \u2014 open here first"
+          "why": "the parity machine — open here first"
         },
         {
           "path": "store/rebase/classification.json",
@@ -2326,7 +2341,7 @@
       "key_files": [
         {
           "path": "docs/seams/registry.json",
-          "why": "the registry \u2014 open here first"
+          "why": "the registry — open here first"
         },
         {
           "path": "scripts/check_seam_registry.py",
@@ -2342,7 +2357,7 @@
       "serve_endpoints": [],
       "symptoms": [
         "seam record incomplete (RED); deletion test missing/failing",
-        "review date expired (AMBER \u2014 paper expiry is a documented warning)",
+        "review date expired (AMBER — paper expiry is a documented warning)",
         "renewal mechanism detected (automatic renewal laundering = RED)"
       ],
       "scaffold_contract": "ADMIT-wave-seam-registry"
@@ -2364,7 +2379,7 @@
       "key_files": [
         {
           "path": "docs/factory/research-registry.json",
-          "why": "slug\u2192chain map \u2014 open here first"
+          "why": "slug→chain map — open here first"
         },
         {
           "path": "scripts/check_research_gate.py",
@@ -2446,7 +2461,7 @@
         }
       ],
       "test_batteries": [
-        "go test ./internal/toolkit (tui module \u2014 unified_check go_suite)",
+        "go test ./internal/toolkit (tui module — unified_check go_suite)",
         "go test (module) src/go/paths + src/go/pins"
       ],
       "serve_endpoints": [],
@@ -2481,7 +2496,7 @@
       "key_files": [
         {
           "path": "src/rune/voice_hybrid.py",
-          "why": "unified voice \u2014 open here first"
+          "why": "unified voice — open here first"
         }
       ],
       "test_batteries": [
@@ -2497,7 +2512,7 @@
     },
     {
       "domain": "dichotomy-loaders",
-      "summary": "Mechanical FFI parity facades: one loader per ported Rust crate (src/rune/*_loader.py) \u2014 the Python oracle side of the dichotomy.",
+      "summary": "Mechanical FFI parity facades: one loader per ported Rust crate (src/rune/*_loader.py) — the Python oracle side of the dichotomy.",
       "aliases": [],
       "packages": {
         "tui": [],
@@ -2595,7 +2610,7 @@
       "key_files": [
         {
           "path": "src/rune/ac_loader.py",
-          "why": "pattern example \u2014 open here first"
+          "why": "pattern example — open here first"
         }
       ],
       "test_batteries": [
@@ -2653,7 +2668,7 @@
       "key_files": [
         {
           "path": "src/rune/canary_native.py",
-          "why": "the module registry \u2014 open here first"
+          "why": "the module registry — open here first"
         }
       ],
       "test_batteries": [
@@ -2688,7 +2703,7 @@
       "key_files": [
         {
           "path": "src/go/factory/internal/factory/kernel.go",
-          "why": "the reconcile kernel: admit, level-triggered tick, phase advance, close \u2014 open here first"
+          "why": "the reconcile kernel: admit, level-triggered tick, phase advance, close — open here first"
         },
         {
           "path": "src/go/factory/internal/factory/queue.go",
@@ -2708,8 +2723,8 @@
         }
       ],
       "test_batteries": [
-        "go test ./... (module src/go/factory \u2014 kernel, queue, ladder batteries)",
-        "go test ./factory/... (tui module \u2014 frozen TUI surface render battery)",
+        "go test ./... (module src/go/factory — kernel, queue, ladder batteries)",
+        "go test ./factory/... (tui module — frozen TUI surface render battery)",
         "pytest tests/test_factory_protocol.py (twin parity vs the frozen oracle)",
         "pytest tests/test_seam_deletion.py + scripts/check_seam_registry.py (factory-orchestration socket)"
       ],
@@ -2723,4 +2738,4 @@
       ]
     }
   ]
-}
+}

docs/factory/order-of-things.md

@@ -42,3 +42,10 @@ This is a serious, year-scale development project. Not a light topic. The factor
 
 ### 6. Stop conditions — CONTINUOUS WORK + RECORDED STOPPING POINT
 The factory is done after: (a) specifying what work needs to be continuous (memory consolidation, drift checks, scheduled jobs — the autonomic system) and (b) a stopping point is recorded (the spec implemented, Python retired, the continuous work defined). The factory doesn't run forever; it runs until the stopping point.
+
+## ISSUE-LEDGER LAW (owner, 2026-10-19: "are issues being made and closed on gitea as improvements are being made so versioning stays correct?")
+Every landing files/links a Gitea issue and closes it in the same change — the issue ledger tracks improvements the way tags track versions. Batch retroactive filing (#2491-#2497) covered 2026-10-18's work. Going forward: the main session files the issue at landing time (or the wave brief names it); the commit message carries "closes #N" so the push closes it. The version clock and the issue ledger stay in lockstep.
+
+## WAVE-BRIEF COMPLIANCE LAW (owner audit, 2026-10-19)
+Every build-wave brief MUST carry the three standing requirements verbatim: (1) SCAFFOLDING ADMISSION — mint the construction contract via the admit script before building (scripts/admit_wave_*.py pattern; no freehand edits outside the scaffolding authority); (2) ISSUE LEDGER — name the Gitea issue (main session files/closes at landing); (3) RESEARCH GATE — PROCEED chain or declared exemption, per the mechanical gate. Briefs missing any of the three are non-compliant — the spawner (main session) owns the omission. Today's interactive-session waves were spawned without (1) — recorded as drift; the backfill wave registers the omitted contracts.
+Backfill landed 2026-10-19 (scripts/admit_wave_backfill_interactive_2026_10_18.py): seven contracts minted retroactively at their honest landed state — ADMIT-wave-chat-surface-d34-36 (58d8ae97), ADMIT-wave-go-turn-engine-cloud-routing (0d99d5a7), ADMIT-wave-d41-amalgamation (8e1a09e1), ADMIT-wave-task-ledger-d38 (ca915c60), ADMIT-wave-convergence-landing (e4514523 + original aa5f1917), ADMIT-fix-history-bubble-landed (4347ad05), ADMIT-wave-firstrun-cloud-first (2ba3a437) — each closed on landing-sha evidence with the landing commits' verification receipts recorded verbatim (not re-executed); registry entries added for factory-visual-round, factory-providers-live, and the task-ledger exemption.

docs/factory/research-registry.json

@@ -1,162 +1,409 @@
 {
-  "schema": 1,
-  "law": "Owner directive 2026-10-16 (docs/factory/spawn-queue.md): every feature wave runs the canonical research protocol FIRST (ISSUE, INWARD, OUTWARD, APPLICABILITY, INNOVATION-on-merit, ADVERSARIAL, SYNTHESIS, QUALIFY); the build wave spawns only on QUALIFY: PROCEED; MORE_RESEARCH loops back with named unknowns. This registry maps feature slugs to their research artifact chains so scripts/check_research_gate.py can enforce the law mechanically (admission-time gate + post-hoc sweep). Exemptions must be declared explicitly, never silent: mechanical-repair (spec-pinned, research exists at spec level), test-doc-only, owner-directive (directive quoted).",
-  "gate": "scripts/check_research_gate.py",
-  "updated_at": "2026-10-17",
-  "entries": [
-    {
-      "slug": "tui-build-program",
-      "match": [
-        "wave-*",
-        "wave",
-        "rune",
-        "tui",
-        "boundary",
-        "g-series",
-        "h-series",
-        "i-series",
-        "j-series",
-        "k-series"
-      ],
-      "chain": "research/tui-frontier-r2/qualify.json",
-      "verdict": "PROCEED",
-      "note": "The add-native-rune-tui build program (B/C/D/E/F/G/H/I/J/K wave series under docs/openspec/changes/add-native-rune-tui/) executes the R2 frontier round; every program wave dispatch cites the round (e.g. admit_wave_seam_registry.py evidence refs)."
-    },
-    {
-      "slug": "wasm-prototype",
-      "match": [
-        "wasm-*"
-      ],
-      "chain": "verification/wasm-prototype-report.json",
-      "verdict": "YIELDS",
-      "note": "Owner verdict YIELDS (docs/architecture/boundary-law.md: token_counting end-to-end YIELDS; prototype-only, production migration wave 1 opened under the standing directive). Prototype rounds resolve through this chain; a production wasm migration wave requires its own PROCEED round."
-    },
-    {
-      "slug": "memory-continuity",
-      "match": [
-        "*memory-continuity*",
-        "sleight-matrix",
-        "sleight-deliverables"
-      ],
-      "exemption": {
-        "category": "mechanical-repair",
-        "reason": "Spec-pinned: research exists at spec level (Sleight memory-context-continuity evidence, bound by the B-SLEIGHT-MATRIX / B-SLEIGHT-DELIVERABLES briefs); bounded mechanical execution, no new research questions."
-      }
-    },
-    {
-      "slug": "bounded-mechanical-repairs",
-      "match": [
-        "repair-worker",
-        "repair-*",
-        "*-repair",
-        "fix-*"
-      ],
-      "exemption": {
-        "category": "mechanical-repair",
-        "reason": "Bounded mechanical repairs dispatched against already-researched, spec-pinned defects (e.g. the five 0.9 defects cite the R2 round); no new research questions opened."
-      }
-    },
-    {
-      "slug": "substrate-ci-machinery",
-      "match": [
-        "substrate-worker",
-        "trial-worker",
-        "*-harness-check",
-        "research-gate",
-        "fuzz-*"
-      ],
-      "exemption": {
-        "category": "owner-directive",
-        "reason": "Substrate/CI machinery (boundary codegen corpus, landing checks, harness trials, the research gate itself): per owner directive these are mechanical infrastructure, not feature waves; quoted from the research-gate enforcement dispatch: 'this wave is substrate/CI machinery \u2014 exempt as mechanical infrastructure, exemption recorded: research-gate machinery itself, per owner directive'."
-      }
-    },
-    {
-      "slug": "issue-161",
-      "match": [
-        "issue-161"
-      ],
-      "chain": "research/issue-161/qualify.json",
-      "verdict": "PROCEED",
-      "note": "Per-issue research rounds live at research/issue-<n>/qualify.json (verdict in the outcome field); the gate's direct-dir resolution research/<slug>/qualify.json handles every other issue slug before any registry fallback."
-    },
-    {
-      "slug": "domain-registry",
-      "match": [
-        "domain-registry",
-        "domain_registry",
-        "query-domain",
-        "wave-domain-registry"
-      ],
-      "exemption": {
-        "category": "owner-directive",
-        "reason": "Owner dispatch (wave-domain-registry, 2026-10-17): the registry machinery IS the response to the owner critique that diagnosis was grep-exploration instead of scaffold lookup \u2014 the deliverable is registry data + lookup tooling over EXISTING authorities (docs/retirement-map.md, store/rebase/classification.json, package dirs), introducing no new research questions. Directive: 'Build the missing map.' Scope law (docs/factory/spawn-queue.md, owner amendment 2026-10-17) names the registry machinery itself as exempt with approval_ref 'user:wave-domain-registry dispatch'.",
-        "approval_ref": "user:wave-domain-registry dispatch"
-      }
-    },
-    {
-      "slug": "gitignore-hygiene",
-      "match": [
-        "gitignore-hygiene",
-        "gitignore_hygiene",
-        "wave-gitignore-hygiene"
-      ],
-      "exemption": {
-        "category": "owner-directive",
-        "reason": "Owner dispatch (wave-gitignore-hygiene, 2026-11): mechanical hygiene repair of .gitignore rules \u2014 the src/go artifact rule's force-add era (modegate binary fabrication, K9 sweep accident, 102MB cache re-lands) and the cwd-local runtime dir rules swallowing memory/index + memory/journal. Deterministic rule fix + frozen gate, no new research questions. approval_ref 'user:wave-gitignore-hygiene dispatch'.",
-        "approval_ref": "user:wave-gitignore-hygiene dispatch"
-      }
-    },
-    {
-      "slug": "rune-launcher",
-      "match": [
-        "rune-launcher",
-        "rune_launcher",
-        "wave-rune-launcher"
-      ],
-      "exemption": {
-        "category": "owner-directive",
-        "reason": "Owner dispatch (wave-rune-launcher, main session 2026-10-17): standardize the `rune` command so typing rune boots the new Go TUI face \u2014 launcher standardization is build/deploy plumbing over already-researched surfaces (paired build D26 scripts/build_paired.sh, update-apply D27 tui/update, the python-era ~/.local/bin/rune pinned verbatim as the honest fallback), no new research questions. approval_ref 'user:wave-rune-launcher dispatch'.",
-        "approval_ref": "user:wave-rune-launcher dispatch"
-      }
-    },
-    {
-      "slug": "firstrun",
-      "match": [
-        "firstrun",
-        "first-run",
-        "wave-firstrun",
-        "b-first-run",
-        "*firstrun*"
-      ],
-      "exemption": {
-        "category": "owner-directive",
-        "reason": "Owner dispatch (B-FIRST-RUN, docs/factory/spawn-queue.md NEW PRIORITY 0 + 'First-run law' + 'Fresh-state detection' directives, 2026-10-17): the first-run experience \u2014 fresh-state detection (no provider record + no checkpoint), the welcome/provider-list/model-list/connection-test face (tui/firstrun), and no-default-provider enforcement (chat gated until an explicit selection). The behavior contract is pinned at directive level (the spawn-queue directives quote it); bounded build against the frozen provider_selection.json record law already shipped by the chat-live groundwork, no new research questions. approval_ref 'user:wave-firstrun dispatch'.",
-        "approval_ref": "user:wave-firstrun dispatch"
-      }
-    },
-    {
-      "slug": "self-transform",
-      "match": [
-        "self-transform*",
-        "self_transform*"
-      ],
-      "chain": "research/harness-survey/self-transformation/qualify.json",
-      "verdict": "PROCEED",
-      "note": "Spec 6.2/6.2a/6.3 self-transformation waves (openspec task 6.2): the self-transformation research chain completed QUALIFY: PROCEED with D01-D10 owner decisions recorded in the dedicated interview; the build binds synthesis.json exact_candidate_flow (13 stages) with RM01-RM15 + IAM01-IAM22. First consumer: wave-K27-self-transform (src/rune/self_transform_pipeline.py)."
-    },
-    {
-      "slug": "apikey-migration",
-      "match": [
-        "apikey-migration",
-        "api_key_migration",
-        "wave-apikey-migration",
-        "B-APIKEY-MIGRATION"
-      ],
-      "exemption": {
-        "category": "owner-directive",
-        "reason": "Owner dispatch (wave-apikey-migration, 2026-10-17, spawn-queue.md#B-APIKEY-MIGRATION, owner-critical): lossless port of ALL API keys and saved connections from mimo code (~/.config/mimocode/mimocode.jsonc, ~/.local/share/mimocode/auth.json, ~/.config/opencode/*, ~/.local/share/opencode/auth.json, ~/.rune/model_state.json) into rune's provider store. Deterministic scan\u2192map\u2192apply\u2192verify machinery + frozen round-trip battery (tests/test_apikey_migration.py, red-first) + secret store per the security law (OS keyring / Secret Service / encrypted fallback, never plaintext in UI/logs). No new research questions. approval_ref 'user:wave-apikey-migration dispatch'.",
-        "approval_ref": "user:wave-apikey-migration dispatch"
-      }
-    }
-  ]
+ "schema": 1,
+ "law": "Owner directive 2026-10-16 (docs/factory/spawn-queue.md): every feature wave runs the canonical research protocol FIRST (ISSUE, INWARD, OUTWARD, APPLICABILITY, INNOVATION-on-merit, ADVERSARIAL, SYNTHESIS, QUALIFY); the build wave spawns only on QUALIFY: PROCEED; MORE_RESEARCH loops back with named unknowns. This registry maps feature slugs to their research artifact chains so scripts/check_research_gate.py can enforce the law mechanically (admission-time gate + post-hoc sweep). Exemptions must be declared explicitly, never silent: mechanical-repair (spec-pinned, research exists at spec level), test-doc-only, owner-directive (directive quoted).",
+ "gate": "scripts/check_research_gate.py",
+ "updated_at": "2026-10-20",
+ "entries": [
+  {
+   "slug": "tui-build-program",
+   "match": [
+    "wave-*",
+    "wave",
+    "rune",
+    "tui",
+    "boundary",
+    "g-series",
+    "h-series",
+    "i-series",
+    "j-series",
+    "k-series"
+   ],
+   "chain": "research/tui-frontier-r2/qualify.json",
+   "verdict": "PROCEED",
+   "note": "The add-native-rune-tui build program (B/C/D/E/F/G/H/I/J/K wave series under docs/openspec/changes/add-native-rune-tui/) executes the R2 frontier round; every program wave dispatch cites the round (e.g. admit_wave_seam_registry.py evidence refs)."
+  },
+  {
+   "slug": "wasm-prototype",
+   "match": [
+    "wasm-*"
+   ],
+   "chain": "verification/wasm-prototype-report.json",
+   "verdict": "YIELDS",
+   "note": "Owner verdict YIELDS (docs/architecture/boundary-law.md: token_counting end-to-end YIELDS; prototype-only, production migration wave 1 opened under the standing directive). Prototype rounds resolve through this chain; a production wasm migration wave requires its own PROCEED round."
+  },
+  {
+   "slug": "memory-continuity",
+   "match": [
+    "*memory-continuity*",
+    "sleight-matrix",
+    "sleight-deliverables"
+   ],
+   "exemption": {
+    "category": "mechanical-repair",
+    "reason": "Spec-pinned: research exists at spec level (Sleight memory-context-continuity evidence, bound by the B-SLEIGHT-MATRIX / B-SLEIGHT-DELIVERABLES briefs); bounded mechanical execution, no new research questions."
+   }
+  },
+  {
+   "slug": "bounded-mechanical-repairs",
+   "match": [
+    "repair-worker",
+    "repair-*",
+    "*-repair",
+    "fix-*"
+   ],
+   "exemption": {
+    "category": "mechanical-repair",
+    "reason": "Bounded mechanical repairs dispatched against already-researched, spec-pinned defects (e.g. the five 0.9 defects cite the R2 round); no new research questions opened."
+   }
+  },
+  {
+   "slug": "substrate-ci-machinery",
+   "match": [
+    "substrate-worker",
+    "trial-worker",
+    "*-harness-check",
+    "research-gate",
+    "fuzz-*"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "Substrate/CI machinery (boundary codegen corpus, landing checks, harness trials, the research gate itself): per owner directive these are mechanical infrastructure, not feature waves; quoted from the research-gate enforcement dispatch: 'this wave is substrate/CI machinery — exempt as mechanical infrastructure, exemption recorded: research-gate machinery itself, per owner directive'."
+   }
+  },
+  {
+   "slug": "issue-161",
+   "match": [
+    "issue-161"
+   ],
+   "chain": "research/issue-161/qualify.json",
+   "verdict": "PROCEED",
+   "note": "Per-issue research rounds live at research/issue-<n>/qualify.json (verdict in the outcome field); the gate's direct-dir resolution research/<slug>/qualify.json handles every other issue slug before any registry fallback."
+  },
+  {
+   "slug": "domain-registry",
+   "match": [
+    "domain-registry",
+    "domain_registry",
+    "query-domain",
+    "wave-domain-registry"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "Owner dispatch (wave-domain-registry, 2026-10-17): the registry machinery IS the response to the owner critique that diagnosis was grep-exploration instead of scaffold lookup — the deliverable is registry data + lookup tooling over EXISTING authorities (docs/retirement-map.md, store/rebase/classification.json, package dirs), introducing no new research questions. Directive: 'Build the missing map.' Scope law (docs/factory/spawn-queue.md, owner amendment 2026-10-17) names the registry machinery itself as exempt with approval_ref 'user:wave-domain-registry dispatch'.",
+    "approval_ref": "user:wave-domain-registry dispatch"
+   }
+  },
+  {
+   "slug": "gitignore-hygiene",
+   "match": [
+    "gitignore-hygiene",
+    "gitignore_hygiene",
+    "wave-gitignore-hygiene"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "Owner dispatch (wave-gitignore-hygiene, 2026-11): mechanical hygiene repair of .gitignore rules — the src/go artifact rule's force-add era (modegate binary fabrication, K9 sweep accident, 102MB cache re-lands) and the cwd-local runtime dir rules swallowing memory/index + memory/journal. Deterministic rule fix + frozen gate, no new research questions. approval_ref 'user:wave-gitignore-hygiene dispatch'.",
+    "approval_ref": "user:wave-gitignore-hygiene dispatch"
+   }
+  },
+  {
+   "slug": "rune-launcher",
+   "match": [
+    "rune-launcher",
+    "rune_launcher",
+    "wave-rune-launcher"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "Owner dispatch (wave-rune-launcher, main session 2026-10-17): standardize the `rune` command so typing rune boots the new Go TUI face — launcher standardization is build/deploy plumbing over already-researched surfaces (paired build D26 scripts/build_paired.sh, update-apply D27 tui/update, the python-era ~/.local/bin/rune pinned verbatim as the honest fallback), no new research questions. approval_ref 'user:wave-rune-launcher dispatch'.",
+    "approval_ref": "user:wave-rune-launcher dispatch"
+   }
+  },
+  {
+   "slug": "firstrun",
+   "match": [
+    "firstrun",
+    "first-run",
+    "wave-firstrun",
+    "b-first-run",
+    "*firstrun*"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "Owner dispatch (B-FIRST-RUN, docs/factory/spawn-queue.md NEW PRIORITY 0 + 'First-run law' + 'Fresh-state detection' directives, 2026-10-17): the first-run experience — fresh-state detection (no provider record + no checkpoint), the welcome/provider-list/model-list/connection-test face (tui/firstrun), and no-default-provider enforcement (chat gated until an explicit selection). The behavior contract is pinned at directive level (the spawn-queue directives quote it); bounded build against the frozen provider_selection.json record law already shipped by the chat-live groundwork, no new research questions. approval_ref 'user:wave-firstrun dispatch'.",
+    "approval_ref": "user:wave-firstrun dispatch"
+   }
+  },
+  {
+   "slug": "self-transform",
+   "match": [
+    "self-transform*",
+    "self_transform*"
+   ],
+   "chain": "research/harness-survey/self-transformation/qualify.json",
+   "verdict": "PROCEED",
+   "note": "Spec 6.2/6.2a/6.3 self-transformation waves (openspec task 6.2): the self-transformation research chain completed QUALIFY: PROCEED with D01-D10 owner decisions recorded in the dedicated interview; the build binds synthesis.json exact_candidate_flow (13 stages) with RM01-RM15 + IAM01-IAM22. First consumer: wave-K27-self-transform (src/rune/self_transform_pipeline.py)."
+  },
+  {
+   "slug": "chat-presentation",
+   "match": [
+    "chat-presentation",
+    "chat_presentation",
+    "chat-box",
+    "chatbox",
+    "wave-chat-presentation",
+    "B-CHAT-PRESENTATION"
+   ],
+   "chain": "research/factory-chat-presentation/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner-asked research round (2026-10-18): 'do research into how to setup chat boxes for harnesses in go' — the chat input surface (backspace defect root cause: key-spelling fork semantic vs ultraviolet; input box as its own layer). Headline: charm.land/bubbles/v2 v2.2.1 (already pinned, zero go.mod change) ships textinput/textarea/viewport — the prior 'stub pin' belief was vendor pruning. Build waves for the composer/chat box cite this chain."
+  },
+  {
+   "slug": "apikey-migration",
+   "match": [
+    "apikey-migration",
+    "api_key_migration",
+    "wave-apikey-migration",
+    "B-APIKEY-MIGRATION"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "Owner dispatch (wave-apikey-migration, 2026-10-17, spawn-queue.md#B-APIKEY-MIGRATION, owner-critical): lossless port of ALL API keys and saved connections from mimo code (~/.config/mimocode/mimocode.jsonc, ~/.local/share/mimocode/auth.json, ~/.config/opencode/*, ~/.local/share/opencode/auth.json, ~/.rune/model_state.json) into rune's provider store. Deterministic scan→map→apply→verify machinery + frozen round-trip battery (tests/test_apikey_migration.py, red-first) + secret store per the security law (OS keyring / Secret Service / encrypted fallback, never plaintext in UI/logs). No new research questions. approval_ref 'user:wave-apikey-migration dispatch'.",
+    "approval_ref": "user:wave-apikey-migration dispatch"
+   }
+  },
+  {
+   "slug": "factory-separate-turns",
+   "match": [
+    "factory-separate-turns",
+    "separate-turns",
+    "separate_turns",
+    "wave-separate-turns",
+    "turn-lanes",
+    "chat-task-dichotomy",
+    "d36-turn-lanes",
+    "*separate-turns*"
+   ],
+   "chain": "research/factory-separate-turns/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner-ordered research round (2026-10-18, D36 era): 'we need to not block the interactivity of being able to talk to the chat pane whenever a task pane task chat message is sent... the chat and the task panes need to operate on separate turns.' The round maps the exact blocking points (dispatch_lock at core_server.py:199 wrapping the whole turn; unsynchronized operator state; full-checkpoint saves measured 2.2MB; task-channel-bound context assembly), verifies Ollama concurrency semantics live (stateless /api/chat, default per-model FIFO queue, OLLAMA_NUM_PARALLEL memory multiplication, engine caveats), and surveys crush / Claude Code / RQ harness+queue patterns. Verdict PROCEED with five named owner decisions (OD-1 model-slot policy is the only hardware-cost call). Build waves for the dichotomy cite this chain."
+  },
+  {
+   "slug": "factory-checkpoint-saves",
+   "match": [
+    "factory-checkpoint-saves",
+    "checkpoint-saves",
+    "checkpoint_saves",
+    "wave-checkpoint-saves",
+    "operator-checkpoint",
+    "operator-json-checkpoint",
+    "*checkpoint-save*"
+   ],
+   "chain": "research/factory-checkpoint-saves/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner-ordered research round (2026-10-18, D38 deferred the decision to it): 'can you fully explain the issue first so i can diagnose approaches and also suggest a multitude of approaches after research on this specific issue' — the operator.json full-rewrite checkpoint (measured 2,307,627 bytes, 96.3% immutable task history, ~25ms per save, 3-5 saves per turn, truncate-then-stream with no atomicity, silent reset to defaults on torn load). Mid-round D39 ruling reframed the target ('keep the intention of what was meant to be finished in python and just move to go and fix the go version properly'): the decision matrix feeds the GO core's storage design — SQLite via modernc.org/sqlite (D30-legal, memory-ops precedent, pin >=3.51.3 for the WAL-reset fix) vs bbolt vs journal+snapshots (K25 generalized) vs atomic per-subsystem JSON, plus hybrids and an honest Rust-sidecar dismissal (sled self-disqualifies; redb is D30-hostile). 8 live sources with URLs; migration axis first-class per owner addendum; Python stopgap (atomic_write + terminal-task retirement) as Appendix S only. NO single recommendation — owner diagnoses."
+  },
+  {
+   "slug": "factory-orchestrator",
+   "match": [
+    "factory-orchestrator",
+    "orchestrator",
+    "orchestrator-layer",
+    "d37-orchestrator",
+    "*orchestrator*"
+   ],
+   "chain": "research/factory-orchestrator/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner directive D37.4 (2026-10-18, boundary-law.md): 'RUNE THE ORCHESTRATOR: her intelligence OWNS all models in play, thinks independently from them, and interprets how best to route context across every model in play. The models are workers; Rune is the mind above them.' Research question: how to architect the orchestrator layer above multiple model workers (chat+task panes, local+cloud) given the landed Go turn engine (ModelClient seam named in engine.go as the D37 insertion point), the advisory rank() port + trust gate (G1-G5, paid spend = hard-ask), the adaptive-router effort classes, the warm-router budget law, and the D40 per-channel journal+SQLite storage shape. 5 live sources: LiteLLM router (rules cascade + ordered failure ladder + sticky sessions + reject-not-queue), OpenRouter auto router (lightweight task classifier -> measured spend-share ranking -> cost bands -> graceful degradation), RouteLLM (tiny learned routers beat LLM judges; 85% cost cut at 95% GPT-4 quality), Anthropic orchestrator-workers (plan-to-memory, task-descriptions-down, digests-up, 15x token cost, resume-from-checkpoint), LangGraph supervisor (handoff-as-tool-call, output_mode knob, forward_message). Synthesis: OrchestratorCore implements ModelClient above the engine (frozen laws untouched; phase-1 pass-through proven by frozen tests); three-tier decision cascade (rules -> measured -> optional tiny judge, off by default); orchestrator context in a dedicated D40 channel (decisions+receipts+verdicts, never worker transcripts); context composition via ContextBroker contributor port (cross-channel contributions explicit+gated); failure ladder = local fallback in-turn, cloud never mid-run (start-tier law), cooldowns, sticky-with-re-ranking, pass-through degradation. 4 owner decisions pending (OD-1 judge tier, OD-2 context placement, OD-3 escalation posture, OD-4 supervisor phase). No code changes."
+  },
+  {
+   "slug": "factory-consent-bridge",
+   "match": [
+    "factory-consent-bridge",
+    "consent-bridge",
+    "consent_bridge",
+    "wave-consent-bridge",
+    "chat-to-task",
+    "promote-runtime",
+    "promotion-runtime",
+    "work-intent",
+    "work_intent",
+    "d36-consent-bridge",
+    "*consent-bridge*"
+   ],
+   "chain": "research/factory-consent-bridge/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner-lawed research round (2026-10-18, D36 section 2, boundary-law.md:90): the consent bridge - the chat pane detects a conversational message is really a work request, Rune proposes the push with a y/n card, consent starts the task instantly (enqueue, never preempt) with the context frozen as a snapshot at consent time. Closes factory-separate-turns OD-5. The round maps the pre-built machinery (tui/promote SA-D3 ladder + Offer(entries) seam awaiting its runtime; construction_intent.py's ACTION|DISCUSSION resolver with the DISCUSSION-PROPOSAL-USER_APPROVED lifecycle and STALE_GAP_TURNS=2 staleness law, already ci_loader-compiled; the needs_confirm envelope precedent; the D38 ledger's Brief slot fed only the title today at ledger.go:266) and reads seven live sources (Rasa CALM's shift to model-self-reported commands; Mycroft adapt's deterministic require/optionally parser; LangGraph checkpoint immutability; gum confirm; Claude Code permission prompts - scope-bounded yes only when the card shows everything it would allow, harness-enforced not model-enforced; Claude Code queue-while-busy; GitHub required-reviewer approvals). Verdict PROCEED with three named unknowns carried as kill tests K1-K3 (tier-2 tag recall, prompt overhead, suppression threshold) gating phase 2 only. Build waves for the bridge cite this chain."
+  },
+  {
+   "slug": "factory-50-scale",
+   "match": [
+    "factory-50-scale",
+    "scale-30",
+    "scale-50",
+    "verification-throughput",
+    "suite-sharding"
+   ],
+   "chain": "research/factory-50-scale/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "The 30->50 evidence-gate round (serves the factory standardization law; confirms the checkpoint-era finding BY MEASUREMENT at ~24 waves): verification throughput binds before spawn capacity — demand 4-12 landings/h vs ~3.5/h serial ceiling, paid today as debt (20 landings without manifests; check_landing RED on HEAD, 2 unbuildable modules). Inward: worktree tool adoption 0% (zero wave/* branches; 12 stale worktrees; waves share the dirty main tree), python_suite = 94% of the 928s sweep on 1/32 cores, 3 recorded sweep-race incidents + the 2026-10-17 boot-break class. Outward 5 sources (GitHub merge queue docs+GA, bors, Bazel remote cache, pytest-xdist): queue+shard+dedup. Synthesis: measured gates G30.1-7 / G50.1-6, domains.json sharding design (59 domains, batteries per domain + always-global members + serial merged-tree landing gate), throughput budget math (composite ~1-3 min effective checks -> >=2x margin at 50). Known wound: python-domain verdict caching is conservative-first pending the dependency-break tripwire proof. Research only — no code."
+  },
+  {
+   "slug": "factory-ghost-text",
+   "match": [
+    "factory-ghost-text",
+    "ghost-text",
+    "ghost_text",
+    "wave-ghost-text",
+    "typeahead",
+    "type-ahead",
+    "inline-prediction",
+    "d36-prediction",
+    "*ghost-text*"
+   ],
+   "chain": "research/factory-ghost-text/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner-ruled research round (2026-10-18, boundary-law.md D36 item 5 verbatim: 'PREDICTION: inline ghost text (dim continuation suggestion, tab accepts, mimocode-style), sourced from local Ollama'; dispatched as 'D35 SS5' which maps to D36 item 5). Latency budget MEASURED on the owner's GPU (RTX 4070 Ti SUPER, ollama 0.40.5): qwen2.5:0.5b/3b answer warm in 5-25ms TTFT / 63-86ms full 12-token suggestion — an order of magnitude inside the keystroke budget; 14b-class (165ms-8.9s) and thinking models (qwen3 thinking-first emission, 7.9s) measured and disqualified. Live-measured eviction hazard: predictor load evicted a resident 14b (6.7s reload) matching the documented VRAM co-residency law — small-model default + pre-warm + keep_alive + first-use residency check are requirements. UX laws from six live sources (fish autosuggestions, zsh-autosuggestions async/widget taxonomy, VS Code inline-completion source: Automatic-only debounce + canceled:beforeFetch version law + typingSpeed.ts adaptive debounce, Grounded Copilot arXiv:2206.15000 bimodal finding, Ollama api.md+faq.mdx). Synthesis: Input3 suggestion state + composerView dim suffix + conditional accept precedence (tab while visible; arrow/end at end-of-text) + 180ms quiet window + version-keyed cancel + suppression matrix; predictor model = settings/wizard entry per D37 (qwen2.5:3b recommended, 0.5b fallback — pulled to the owner's Ollama this round). Five owner taste questions isolated (both-panes-or-chat-first among them); none blocks phases 0-1. qwen2.5:0.5b installed as documented fallback. Research only — no code."
+  },
+  {
+   "slug": "factory-persona",
+   "match": [
+    "factory-persona",
+    "persona-layer",
+    "persona_layer",
+    "wave-persona",
+    "b-persona-layer",
+    "*persona*",
+    "port-the-persona"
+   ],
+   "chain": "research/factory-persona/persona-qualify.json",
+   "verdict": "PROCEED",
+   "note": "B-PERSONA-LAYER round (owner, 2026-10-18: 'runes persona layer is not ported either which is important'; spawn-queue.md B-PERSONA-LAYER). Three-way differential per the chain-audit addendum (OpenCode stack vs MiMoCode stack vs repo) with a 10-component completeness inventory (persona-inward.json). 8 live external sources (Letta memory-blocks, Claude Code memory docs, SillyTavern character design, mem0, arXiv 2310.13548 sycophancy / 2607.28818 ANCHOR persona-collapse / 2605.09863 Nautilus Compass drift detection, OWASP LLM01/LLM07). PROCEED gated on the owner interview (OD1-OD6 in persona-synthesis.json): identity seed, pane depth, always-on budget (reference stack measures ~15K tok/turn; recommendation 1-3K), edit surface, store migration scope, constitution block. Build target: Go core context assembly per D39 (channel-keyed, budgeted persona sub-blocks)."
+  },
+  {
+   "slug": "factory-visual-round",
+   "match": [
+    "factory-visual-round",
+    "visual-round",
+    "wave-visual*",
+    "d41-*",
+    "wave-d41-*",
+    "*amalgamation*"
+   ],
+   "chain": "research/factory-visual-round/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Owner visual round (2026-10-18): three direction frames rendered for owner critique (research/factory-visual-round/portrayal/); the D41 ruling (boundary-law.md §D41, 'after viewing all three renderings') IS the recorded pick the round's phase-2 gate requires. CAUTION: the artifact's verdict field carries prose ('PROCEED — portrayal-first: …') which the gate's exact-match verdict law REFUSES at admission — waves citing this chain declare the owner-directive exemption quoting the recorded pick (precedent: ADMIT-wave-d41-amalgamation, the 2026-10-19 compliance backfill) until the artifact verdict is normalized to plain PROCEED."
+  },
+  {
+   "slug": "factory-providers-live",
+   "match": [
+    "factory-providers-live",
+    "providers-live",
+    "wave-providers*",
+    "*cloud-first*",
+    "wave-firstrun-cloud-first"
+   ],
+   "chain": "research/factory-providers-live/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Provider-connection research round (2026-10-18): the standardized provider catalog, vault-keyed cloud connections, the drift-gated truth trio. Build waves for the wizard/provider surfaces cite this chain. First consumer: ADMIT-wave-firstrun-cloud-first (the D42 addendum cloud-first wizard, admitted by the 2026-10-19 compliance backfill)."
+  },
+  {
+   "slug": "task-ledger",
+   "match": [
+    "task-ledger",
+    "wave-task-ledger*",
+    "*markdown-ledger*"
+   ],
+   "exemption": {
+    "category": "owner-directive",
+    "reason": "The D38 task markdown ledger build IS the owner ruling (boundary-law.md §D38, 2026-10-18, quoted in ADMIT-wave-task-ledger-d38's session directive); the ruling deferred only the CHECKPOINT mechanics decision to the factory-checkpoint-saves round — the ledger itself was directly ruled with no new research question. Recorded by the 2026-10-19 compliance backfill."
+   }
+  },
+  {
+   "slug": "factory-authority-port",
+   "match": [
+    "factory-authority-port",
+    "authority-port",
+    "construction-authority-port",
+    "port-the-authority",
+    "*authority*"
+   ],
+   "chain": "research/factory-authority-port/authority-port-map.md",
+   "verdict": "PROCEED",
+   "note": "Research-only mapping wave (2026-10-20) of the agent-mutation-side construction authority port (issue161-harness construction_authority.py + construction_authority_cli.py + scaffolding-guard.ts hook) into rune. Single deep map justified in §0 (machinery move within one code lineage; design fixed by T23 §36 no-parallel-authority law and owner directive). Maps: the begin/check/checkpoint decision pipeline incl. shell operand-position mutation-target scan and lazy postcondition (§1); what ports cleanly onto rune's Scaffold.check_scope/ConstructionInterface/construction_admission substrate (§2); gaps — activate_from_text front door, completion tail (build_basis/behaviour_ledger dependency, deferrable), PROJECT_ID retarget, internal-ledger list (§3); guard wiring REPO/LOCK/interpreter + durable fail-closed lock (§4); 3-4 day estimate for the mutation boundary (§5); 4-phase plan (§6). PROCEED gated on the four named unknowns in §7 (rune construction_context shape diff, rune ledger dirs, classify_mode deps, canonical guard copy location)."
+  },
+  {
+   "slug": "factory-tui-design-principles",
+   "match": [
+    "tui-design-principles",
+    "design-principles",
+    "visual-principles",
+    "factory-tui-design-principles"
+   ],
+   "chain": "research/factory-tui-design-principles/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Research-only wave (owner directive 2026-10-20: 'i also want some research on ui design on presenting a tui so we can have some design principles to follow'). Deliverable: twelve named, testable design principles (06-synthesis.json) grounded in nine live sources, auditing D34-D43 (10 ratified, 3 new obligations: contrast floor / one-alive-element / token layer), plus nine terminal-fatal adversarial traps. The set is the design-review checklist for future visual waves; implementation waves it implies (color-token table, contrast audit) spawn with their own briefs."
+  },
+  {
+   "slug": "factory-chat-design-principles",
+   "match": [
+    "chat-design-principles",
+    "chat-principles",
+    "conversation-design",
+    "factory-chat-design-principles"
+   ],
+   "chain": "research/factory-chat-design-principles/07-qualify.json",
+   "verdict": "PROCEED",
+   "note": "Research-only wave (owner directive 2026-10-20, verbatim: 'can you look up and research chat design principles to see if we can innovate from them'). Conversation-domain complement to the TUI canon: chat-specific principle set C1-C9 (04-applicability.json, testable), inward audit of D34-D43 (zero conflicts, ten rulings ratified by evidence, four small new obligations), eight live sources, seven terminal-fatal chat patterns (05-adversarial.json), and the innovation list I1-I6 with honest for/against (06-synthesis.json) — flagship I2 (legibility of the one-composer dichotomy). No construction; every innovation pick spawns its own build-wave brief."
+  },
+  {
+   "slug": "factory-tabs-windows",
+   "match": [
+    "tabs-windows",
+    "tabs-and-windows",
+    "factory-tabs-windows",
+    "wave-tabs*",
+    "*floating-windows*"
+   ],
+   "chain": "research/factory-tabs-windows/00-interview-prep.md",
+   "verdict": "PROCEED",
+   "note": "Research-only interview-prep wave (owner approved the tabs + floating-windows direction for the face, 2026-10-20; design interview BEFORE building). Maps the stack (Bubble Tea v2.1.0 + lipgloss v2.0.6: lipgloss.NewLayer with X/Y/Z coordinates is first-class z-order compositing, Canvas.Compose/Render for the composite surface, v2 mouse protocol covers drag — tab bars have no library component, lazygit/k9s precedent is hand-built), inventories the face's natural tabs/windows (gauges overlay per D38 V-C, rail takeover, model picker, approval card, hints, build/sub-agent window, event stream) against the D43 Layer Law (library layers now literally enforce the ruling), and writes the 8-question design interview Q1-Q8 with recommended defaults (tabs = build + event stream only; floating = gauges/picker/approval/hints per D38; chat never tabs or closes; tab set persists, scroll does not; window geometry persists clamped to terminal; keyboard parity for every window verb, drag mouse-only; the chat+tasks dichotomy survives with the tab bar above the panes; approval card unclosable while pending). Owner answers become D44+ rulings; no construction performed."
+  },
+  {
+   "slug": "release-pipeline-deepdive",
+   "match": [
+    "release-pipeline-deepdive",
+    "wave-release*",
+    "*tag-repair*",
+    "*auto-version*"
+   ],
+   "exemption": {
+    "category": "mechanical-repair",
+    "reason": "Owner queue item 5 (user:40-scale queue approval 2026-10-19, 'ive asked about this over and over so this needs a deep dive fix'): root cause proven from REAL CI run logs (Gitea runs 29929/30435/30636 — exit 141 SIGPIPE on 'git tag --sort=-v:refname | head -1' under pipefail with 500+ tags, killing the bump step on its first line before any fallback; plus tui-release aborting on empty GITEA_REF_NAME). Bounded mechanical fix: scripts/tag_repair.py (SIGPIPE-free for-each-ref read, idempotent ensure-tag, version>tag deadlock self-heal), red-first tests/test_tag_repair.py, workflow patches. E2E proof on local Gitea: two clean convergence cycles (0.400.0→0.401.0→0.401.1) + deadlock self-heal probe, all tags auto-pushed, tui-release resolved its tag via the fallback chain. No new research questions."
+   }
+  },
+  {
+   "slug": "factory-harness-vs-model-coding",
+   "match": [
+    "factory-harness-vs-model-coding",
+    "harness-vs-model-coding",
+    "harness-vs-model"
+   ],
+   "chain": "research/factory-harness-vs-model-coding/synthesis.json",
+   "verdict": "PROCEED",
+   "note": "Research-only wave (2026-10-19), no construction. Owner question: do harnesses let models fully handle coding, or do harnesses impose quality procedures? Chain: outward.json (8 live sources incl. Anthropic building-effective-agents, Cognition don't-build-multi-agents, Codex published system prompt, CC prompt corpus mirror, SWE-bench Verified methodology, Agentless/SWE-agent ACI papers, Aider leaderboard), inward.json (honest audit of rune's mechanical enforcement vs model-trusted judgment), synthesis.md (plain-language owner report; industry consensus: model designs, harness verifies; rune sits at the most-procedural end; named risks: toll-booth friction and compliance theater found in the 2026-10-19 drift audit)."
+  },
+  {
+   "slug": "openspec-tabs-windows-chat-presentation",
+   "match": [
+    "openspec-tabs-windows",
+    "openspec-chat-presentation",
+    "interview-tabs-windows",
+    "interview-chat-presentation"
+   ],
+   "chain": "docs/openspec/changes/add-native-rune-tui/interview-tabs-windows.md + interview-chat-presentation.md",
+   "verdict": "PROCEED",
+   "note": "Owner directive 2026-10-20: 'can we use open spec for tabs windows and defaults for those aspects. and can we openspec how i want the chat to look'. Research-only interview wave, no construction. Turns the 8 prepared questions (research/factory-tabs-windows/00-interview-prep.md, already registered) plus the post-prep Layer Law context into two OpenSpec interview documents: interview-tabs-windows.md (TW-1..TW-8, SA-D/R2-D style: premises, commitments per answer, RECOMMENDED defaults — tabs = build + event stream; floating = gauges/model-picker/approval/hints per D38 V-C; chat never tabs or closes; tab set persists, scroll does not; window geometry persists clamped; keyboard parity with drag the sole mouse exception; the chat+tasks dichotomy survives with the tab bar above; approval card unclosable while pending) and interview-chat-presentation.md (CP-1..CP-5 grounded in the landed render stack D34-D47 + canon C1-C9: strong paragraph/list/code contrast; styled inline markdown; thinking bridge only-while-thinking; chat code = clickable stub card, full block in tasks pane per D44/D46; day markers + jump-to-unread adopted). The main session presents the questions; owner answers become D48+ rulings before any build wave."
+  }
+ ]
 }

docs/factory/spawn-queue.md

@@ -66,3 +66,16 @@ These preferences are the owner's — the three visual directions must incorpora
 ## First-run law (owner directive 2026-10-17): NO default provider — selection is mandatory at first run
 Rune ships with NO provider selected, NO model configured. First run presents the provider selector (extensive cloud+local list) and the model selector; chat stays honestly unavailable ("no provider configured — select one to begin") until an explicit selection is made. The owner's own migration (API keys/connections ported from mimo) pre-selects for HIS machine, but the SHIPPED default for any new user is: nothing selected, selector presented, chat gated until chosen. This law binds B-FIRST-RUN, B-PROVIDERS-EXTENSIVE, B-APIKEY-MIGRATION, and B-CHAT-LIVE (the chat build must not silently default to Ollama — selection is always explicit).
 - **Fresh-state detection (owner directive):** the TUI must KNOW when it's a fresh state (no provider configured, no conversation history, first boot) and present the first-run experience accordingly — provider/model selector instead of chat, honest welcome state instead of empty-looking lanes. Fresh-state = no provider selection recorded + no conversation checkpoint. Not the same as error: it's the designed first-run path.
+
+## B-PERSONA-LAYER (owner, 2026-10-18: "runes persona layer is not ported either which is important")
+The chat path answers as the BARE MODEL today — no identity assembly. PORT THE PERSONA: who Rune IS (identity) + how she speaks (voice) + what she remembers (memory grounding) + how she stays herself (drift governance) — the mimo harness stack is the reference; the repo's partial machinery (voice_state, persona_check, drift_core, memory_continuity) is the starting inventory. Research first (what the layer actually is, how production agents do persona), then an owner interview on what carries into the product Rune (his taste is central — it is HER identity), then the build into the Go core's context assembly (D39: intentions port).
+
+## OWNER APPROVED QUEUE (2026-10-19 — the 40-scale wave plan, rulings attached)
+1. ✅ VERIFICATION SPEED-UP (split the 10-min checkup into parallel pieces + backfill the ~20 missing receipts) — approved.
+2. DICHOTOMY COMPLETION — approved with correction: the OpenSpec interview DID cover the one-input-box concept; the owner may need to specify finer details. LAW: the consent-card build starts from the SPEC'S EXISTING interview answers (R2-D/SA-D records), NOT from the research round's re-derivation; where the build hits an un-interviewed detail, the wave ASKS rather than assumes. The three pieces (y/n card, watching-her-work live block, waiting-line discharge) proceed.
+3. PORT-THEN-INTEGRATE-THEN-REMOVE — owner correction to the retirement method: port the Go side, INTEGRATE it (repoint the live consumers, run integrated), THEN remove Python. "Port over and integrate the rebase before we remove." The same-change deletion pattern amends: removal happens only after a live integrated period proves the Go side in production.
+4. THE SUB-AGENT WINDOW (owner design, verbatim intent): a TAB in the tasks pane that ONLY appears when sub-agents are in flight. Click it → one row per sub-agent with: truncated task title, which sub-agent has it, running state. Everything clickable/expandable — expanding any sub-agent shows its thinking/coding process live. On the FRONT FACE: an indication that sub-agents are in flight + HOW MANY, dynamically correlated to reality (the landed waves counter + cluster feed it).
+5. RELEASE MACHINE — DEEP DIVE (owner: 'ive asked about this over and over'): not a patch. Pull the CI run logs for both failures, root-cause the tag-step's real failure mode, fix with tests, prove two clean cycles.
+6. HOUSEKEEPING — approved (Go-core supervision swap + /tmp GC).
+7. TABS/WINDOWS — approved: design interview first, then build.
+50-scale distribution: 24 waves spawned this batch

docs/openspec/changes/add-native-rune-tui/interview-chat-presentation.md

@@ -0,0 +1,87 @@
+# Interview — Chat Presentation (owner rulings CP-1..CP-5; answers become D48+ rulings)
+
+Status: OPEN — the main session presents these questions to the owner; his answers are
+recorded verbatim under each item and become D48+ rulings.
+Sources: the landed render stack (bubbles, far-left dim timestamps, far-left gutter,
+ᚼ-framed code blocks, the messenger law, D34-D47), and the chat-design canon
+`research/factory-chat-design-principles/` C1-C9.
+
+Plain premises (established, not questions):
+- The MECHANICS defect (answers rendering as per-sentence bullets) is already
+  owned by a build wave under D47 — this interview is about the PRESENTATION
+  DESIGN only: how conversations should LOOK once the mechanics render correctly.
+- The landed stack: sender identity by bubble side + color (D41-3, no text
+  prefixes), dim far-left timestamps (D43, metadata-on-demand per C4), far-left
+  gutter, the thinking bridge (live expanding thinking that becomes history,
+  D41-2/D43-5/6, separated per pane D43-8), ᚼ-framed code blocks, one message
+  one stream (C2), queued messages visible while busy (D37/C5).
+- Code/tool content belongs in the tasks pane (D44 pane doctrine, D46 addendum);
+  chat stays conversational.
+
+---
+
+**CP-1 — How should paragraphs, lists, and code blocks visually differ?**
+Today prose and list content blur together (the bullet-mechanics defect made
+everything look like fragments). The face needs three distinct visual registers
+the eye can tell apart instantly, without reading.
+- "Strong contrast" commits him to: paragraphs as plain full-width prose, lists
+  with visible markers and hanging indents, code already in ᚼ frames — three
+  clearly different textures. Slightly heavier chrome, but zero ambiguity.
+- "Quiet/flat" commits him to: minimal markers, distinctions carried only by
+  spacing — cleaner, but the eye must read to classify.
+- **RECOMMENDED: strong contrast** — full-width prose paragraphs; lists with
+  real markers + hanging indents; code stays ᚼ-framed (and per D44/D46 the code
+  body itself lives in the tasks pane). No per-sentence splitting of a single
+  paragraph — a paragraph is one block, always.
+
+**CP-2 — Should inline markdown (bold / italic / code spans) render styled or plain?**
+When an answer contains **bold**, *italic*, or `inline code`, the terminal can
+either render them styled (ANSI bold/italic, colored code spans) or leave the
+raw markdown visible.
+- "Render styled" commits him to: a small markdown-inline renderer on the chat
+  path; text looks like a finished document; raw asterisks/backticks never show.
+- "Leave plain" commits him to: zero renderer risk, but the transcript shows
+  literal `**asterisks**` — reads as unfinished.
+- **RECOMMENDED: render styled** — bold, italic, and inline code spans
+  (code spans in the same accent color as the ᚼ blocks so inline code and block
+  code read as one family). Styled inline markdown, never raw markup on screen.
+
+**CP-3 — How prominent should the thinking bridge be?**
+Today the thinking bridge exists per D41-2/D43-5/6. The question is its resting
+state: always visible as a strip, or collapsed to nothing once thinking
+completes (only visible while thinking).
+- "Only while thinking" commits him to: a calm transcript after the turn; the
+  thinking collapses into its expandable history entry (C6 completion beat).
+- "Always-visible strip" commits him to: permanent vertical space spent on
+  reasoning state, even when nothing is being thought.
+- **RECOMMENDED: only-while-thinking** — the bridge lives while thinking is
+  active, then collapses to a one-line sealed entry (expandable via click + key
+  per D34-3). Chat space is conversation space; thinking history is one click
+  away, not one screenful away.
+
+**CP-4 — Code block presentation: tasks pane vs chat?**
+D44/D46 already rule that code and tool content route to the tasks pane. The
+open presentation question: what the CHAT pane shows when an answer mentions
+code.
+- "Chat shows a stub card" commits him to: chat shows a compact ᚼ one-liner
+  (filename + language + line count, clickable per D34-3) that opens the full
+  block in the tasks pane — chat stays conversational, code stays work.
+- "Chat shows full code" commits him to: the conversation stream fills with
+  frames, breaking the pane doctrine.
+- **RECOMMENDED: chat shows a compact stub card** (one-line ᚼ frame: name +
+  size, clickable → tasks pane); the full code block renders in the tasks pane
+  per D44/D46.
+
+**CP-5 — Which messenger patterns should be adopted?**
+The chat canon C9 names two navigation markers not yet ruled: day markers
+("Today", "Yesterday") and a jump-to-unread marker. Also available: transcript
+search (C9), and queued-slot visibility already landed (D37/C5).
+- "Both markers" commits him to: day markers as thin dim separators in the
+  scrollback, and a jump-to-unread marker line + keybinding when returning to
+  history. Small permanent chrome cost, large navigation payoff.
+- "Neither / pick one" commits him to: less chrome; long transcripts stay harder
+  to navigate.
+- **RECOMMENDED: adopt both** — dim day markers in the scrollback and a
+  jump-to-unread marker (with a key), both rendered in the timestamp/gutter
+  family (C4 metadata-on-demand styling). Transcript search stays a future ask,
+  not part of this round.

docs/openspec/changes/add-native-rune-tui/interview-tabs-windows.md

@@ -0,0 +1,119 @@
+# Interview — Tabs & Windows (owner rulings TW-1..TW-8; answers become D48+ rulings)
+
+Status: OPEN — the main session presents these questions to the owner; his answers are
+recorded verbatim under each item and become D48+ rulings before any build wave.
+Sources: `research/factory-tabs-windows/00-interview-prep.md` (stack capability +
+face inventory), the Layer Law (boundary-law.md, D43 addendum), D36/D38/D41/D44-D47.
+
+Plain premises (established, not questions):
+- The terminal stack (Bubble Tea v2.1.0 + lipgloss v2.0.6, vendored) supports real
+  floating windows: lipgloss layers have X/Y/Z coordinates; z-order is a library
+  feature. Tab bars have no library component — they are hand-built (lazygit/k9s
+  precedent), trivial to build; the cost is state management.
+- The Layer Law (D43 addendum) says every visual element is an independent layer
+  with its own scaffold/state/tests. Floating windows ARE layers with Z. The
+  library now literally enforces the owner's law.
+- The face today: two panes (chat + tasks), gauges overlay, rail takeover, model
+  picker, approval card, hints overlay, plus build/sub-agent and event-stream
+  surfaces. The gauges were already ruled "windows to call upon (on-demand
+  overlays), NOT embedded" (D38 §V-C).
+- Switching surfaces must never mutate semantic state (the rail takeover's
+  "pure chrome state" pattern, generalized).
+
+Each question below states: the premise, what each answer commits him to, and the
+recommended default (marked **RECOMMENDED**).
+
+---
+
+**TW-1 — Which surfaces become tabs?**
+A tab is for long-lived surfaces you leave and come back to. Over-tabbing
+recreates a browser's 30-tab swamp in a terminal.
+- "Only the two long-lived surfaces" commits him to: tabs = the build/sub-agent
+  window and the event stream (today's rail takeover); everything else stays a
+  pane or a floating window. Smallest tab bar, lowest state cost.
+- "More surfaces" commits him to: more tab state, more chrome, and a decision for
+  each additional surface about where it lives.
+- **RECOMMENDED: tabs for exactly two surfaces — the build/sub-agent window and
+  the event stream.** Everything else stays a pane or window until a real need
+  appears.
+
+**TW-2 — Which surfaces become floating windows?**
+Windows that float and drag suit transient, on-demand surfaces — the exact
+category already ruled on (D38 §V-C: "windows to call upon").
+- "Exactly the named overlays" commits him to: gauges, model picker, approval
+  card, hints tooltip become floating windows; no new floating surfaces until
+  asked.
+- "Anything can float" commits him to: focus/z-order rules for every surface,
+  drag-hit-testing everywhere, and more places where the face can be covered.
+- **RECOMMENDED: floating windows = the gauges (D38 §V-C), the model picker, the
+  approval card (highest Z), and the hints tooltip. No new floating surfaces
+  beyond these until asked.**
+
+**TW-3 — Does the chat itself ever become a tab or window?**
+This is the identity question of the face. If chat can be hidden behind a tab,
+the "chat is the home of the face" premise weakens (D36: the composer is a
+stable BOX at the bottom, never a thin transient line).
+- "Yes, chat can tab" commits him to: a face that can show zero conversation,
+  and reworking the composer routing (D44 pane doctrine) for a chat that may not
+  be visible.
+- "No, chat is fixed" commits him to: tabs and windows orbiting a permanently
+  visible home surface.
+- **RECOMMENDED: NO.** Chat (transcript + composer per D36) stays fixed and
+  always visible; tabs and windows orbit it.
+
+**TW-4 — Does tab state persist across runs?**
+Re-opening rune and finding your build tab still open is a memory feature; but
+persisted UI state adds a store surface and failure modes.
+- "Yes" commits him to: a small face-state file remembering open tabs + which was
+  active (plain files, per the D38 plain-files-over-databases instinct).
+- "No" commits him to: a fresh face every run — nothing reopens, nothing stale.
+- **RECOMMENDED: yes, minimal** — remember the set of open tabs and which was
+  active in a small face-state file. Scroll/cursor positions do NOT persist in
+  v1.
+
+**TW-5 — Window size/position memory?**
+Dragging a gauges window to a corner every session is friction; but remembered
+geometry can go off-screen when the terminal is smaller than when it was saved.
+- "Remember, clamped" commits him to: per-window size+position stored in the
+  same face-state file, always clamped to the current terminal on restore (never
+  a window partially off-screen).
+- "Never remember" commits him to: every window opens in a default spot each run.
+- **RECOMMENDED: remember per-window size + position, clamped to the current
+  terminal on restore.** Stored in the same face-state file as TW-4.
+
+**TW-6 — Keyboard parity for window verbs?**
+The face already mixes mouse and keyboard (click regions open the takeover;
+shift+tab cycling per TD-4). Drag-to-move is mouse-only by nature; if keyboard
+can't reach every window action, mouse becomes mandatory and breaks
+keyboard-only workflows.
+- "Full keyboard parity" commits him to: every window verb (open/close/
+  cycle-focus) reachable by keys AND the palette; drag is the one mouse-only
+  exception (move/resize), never the only path.
+- "Mouse-first" commits him to: keyboard users losing windows they can't reach.
+- **RECOMMENDED: keyboard parity for every window verb** — open/close/
+  cycle-focus via keys and via the palette; drag (move/resize) is the only
+  mouse-only verb. Source: TD-4 selection law + D29 instinct.
+
+**TW-7 — What happens to the chat+tasks dichotomy if either becomes a tab?**
+The two-lane face is a ratified shape. If tasks becomes a tab, the face becomes
+single-pane-plus-tab, which changes resize/focus semantics entirely. This is the
+most expensive question — it decides whether the tab bar replaces the gutter.
+- "The dichotomy survives" commits him to: chat and tasks remain the two panes;
+  the tab bar sits ABOVE them for the orbiting surfaces (build, events).
+- "Tasks becomes a tab" commits him to: a single-pane face + tab bar, a ratified
+  deviation priced before build — the dichotomy (chat = conversation, tasks =
+  work) merges into one column.
+- **RECOMMENDED: the dichotomy survives** — chat and tasks stay the two panes;
+  the tab bar sits above them for the orbiting surfaces only.
+
+**TW-8 — What can never be closed? (guard)**
+Closable implies closeable-by-accident. Some surfaces must be non-closable to
+keep the face honest.
+- "Chat + pending approval card" commits him to: the chat pane/composer and the
+  approval card (while a decision is pending) cannot be closed or covered by any
+  lower-Z window. Everything else is closable.
+- "Everything closable" commits him to: a face where a stray click can hide the
+  composer or bury a pending approval.
+- **RECOMMENDED: the chat pane/composer, and the approval card while a decision
+  is pending, can never be closed or covered by a lower-Z window.** Source: D36
+  chat law + the existing "modal outranks everything" rule.

docs/retirement-map.md

@@ -59,13 +59,13 @@ runs above.
 | 1 | rune-runtime | orchestration | `src/go/rune-entry` (serve), `src/go/event-bus`, `src/go/webfeed`, `tui/runtime`, `tui/runtime/lib`, `tui/bridge`, `tui/cmd/rune-tui` | `tui/bridge/*_test.go` + `tui/runtime` green; `src/go/webfeed` module RED; `tui/cmd/rune-tui` build broken | PARTIAL |
 | 2 | dual-lane-interface | orchestration | `tui/lanes`, `tui/nav`, `tui/promote`, `tui/semantic` | lanes/nav/promote/semantic tests green | PARTIAL |
 | 3 | modes-and-plans | orchestration | `tui/modes`, `src/go/build-mode` | `tui/modes` green; `src/go/build-mode` 4 tests + 6 truth files green | PARTIAL |
-| 4 | tools-providers-devices | capability | `src/go/provider-registry`, `src/go/tool-protocol`, `src/go/local-tool-runtime`, `src/go/forge`, `src/go/device-pairing`, `tui/devices` | provider-registry truth battery green; tool-protocol/local-tool-runtime/forge green; device-pairing 0 tests | PARTIAL |
+| 4 | tools-providers-devices | capability | `src/go/provider-registry`, `src/go/tool-protocol`, `src/go/local-tool-runtime`, `src/go/tool-executor`, `src/go/forge`, `src/go/device-pairing`, `tui/devices` | provider-registry truth battery green; tool-protocol/local-tool-runtime green (mode-gate truth section added 2026-10-18); tool-executor all truth batteries green + approval-door dispatch wired + live parity 49/49 + 48/48; forge green; device-pairing 0 tests | PARTIAL |
 | 5 | file-change-safety | governance | `src/go/restore-points`, `tui/changes`, `tui/history` | `tui/changes` green; `src/go/restore-points` module RED; `tui/history` build broken | PARTIAL |
 | 6 | trust-and-sovereignty | governance | `tui/trust`, `src/go/stage-guards`, `src/go/persona-gate` | trust (4 tests), stage-guards, persona-gate green | PARTIAL |
 | 7 | memory-context-continuity | memory | `src/go/context-broker`, `src/go/memory-store-deep`, `src/go/memory-consolidation`, `src/go/graph-memory`, `tui/memory`, `tui/graphproj` | context-broker (2t/2 truth), memory-store-deep (10t/16 truth), consolidation green; `tui/graphproj` build broken; graph-memory truth-only | PARTIAL |
 | 8 | unattended-workflows | orchestration | `src/go/cron-engine`, `src/go/event-wait`, `src/go/workflow-engine`, `tui/workflows` | cron-engine (2t/6 truth) + event-wait + `tui/workflows` green; `src/go/workflow-engine` module RED | PARTIAL |
 | 9 | alerts-and-remote-control | orchestration | `src/go/alert-gateway`, `tui/alerts`, `tui/settings` | `tui/alerts` face unit green; `TestPerChannelToggleWiring` RED; alert-gateway 0 tests | UNPROVEN |
-| 10 | work-observability | orchestration | `tui/rail`, `tui/receipts`, `tui/history`, `src/go/witness`, `src/go/work-manager`, `src/go/outcome-ledger` | rail/receipts/witness green; `tui/history` build broken; work-manager + outcome-ledger 0 tests | PARTIAL |
+| 10 | work-observability | orchestration | `tui/rail`, `tui/receipts`, `tui/history`, `src/go/witness`, `src/go/work-manager`, `src/go/outcome-ledger` | rail/receipts/witness green; `tui/history` build broken; work-manager frozen battery (34 rows) + live library parity (40 seeds) + CLI byte-parity vs oracle CLI (17 scenarios, 2026-10-18) green; outcome-ledger 0 tests (truth-only) | PARTIAL |
 | 11 | sub-agent-orchestration | orchestration | none (bookkeeping surfaces only: `tui/tasks` agent-assignment, `tui/threads` agent workspaces — green tests, rendering only) | — | NOT-STARTED |
 | 12 | task-management | orchestration | `tui/tasks`, `src/go/auto-tasks`, `src/go/auto_tasks` | tasks (3 tests), auto-tasks green; 7.2+7.3 harness packet GREEN — recorded live-live parity + recovery + 4/4 mutants RED + attested digest, then same-change Python removal (7.3): oracle deleted, python-dead verified, native replay equals the recorded oracle trace → row derives PROVEN | PROVEN |
 | 13 | thread-orchestration | orchestration | `tui/threads` | threads/tree/trace tests green (4); splitting with permanently-marked divergence implemented | PARTIAL |
@@ -106,8 +106,11 @@ states, per-row gap lists).
 6. **Seam-registry enforcement is newly red** — its own 5 frozen enforcement
    tests fail; the no-consumer-no-seam gate is not currently enforceable.
 7. **Untested kernels** (landed, zero tests): `alert-gateway`,
-   `device-pairing`, `work-manager`, `outcome-ledger`, `tool-protocol-rw`,
+   `device-pairing`, `outcome-ledger`, `tool-protocol-rw`,
    `graph-memory` (truth files exist, no test consumes them).
+   (`work-manager` left this list 2026-10-18 — frozen battery + live
+   parity + CLI parity landed earlier; the CLI surface closed that day,
+   see the rows-4-and-10 addendum below.)
 8. **Deferred fronts recorded, not hidden:** accessibility parity (R2-D1, not
    a retirement gate), real-hardware qualification (R2-D2, gates the
    multi-device promise), collaboration/finance/rooms (gated deferrals).
@@ -194,3 +197,107 @@ the spec demands, executed and verified by the machine itself:
   converted at removal: live comparison evidence = the parity packet;
   frozen oracle answers = the truth battery; `TestOracleDeadAfterRemoval`
   pins that no Python runtime path executes.
+
+| 21 | model-routing | capability | src/go/model_routing (full port + eval engine surface) | 7.2 packet GREEN — verification/parity/model-routing.json: 6-step live-live routing task, 0 diffs, 2/2 breakpoints equal, 4/4 mutants RED, digest attested; probe_model_routing_live.py 500/500 exact vs live oracle; live Ollama adapter stays live in both, named not-the-unit | PARTIAL (removal gated: 8 live importers to delegate) |
+| 23 | event-bus | orchestration | src/go/event-bus, src/go/event-envelope | 7.2 packet GREEN — verification/parity/event-bus.json: 7-verb live-live journal task (emits, hook, duplicate delivery, filtered+truncated reads, stats), order-preserving receipts, 0 diffs, 2/2 breakpoints equal, 4/4 mutants RED | PARTIAL (removal gated: ~15 consumers + microkernel plugin wiring) |
+
+## Rows 4 + 10 addendum (2026-10-18, retirement campaign — tool-executor + work-manager waves)
+
+Two rows moved up the PARTIAL ladder (neither claims PROVEN — their 7.2
+harness capability runs are still unrecorded; only row 12 has those).
+
+**Row 4, tool-executor + local-tool-runtime dispatch:**
+
+- **The approval-door dispatch is whole.** The lifecycle gap-closer had
+  landed the handler kernels (`gaps_fsops.go`) but the dispatch still
+  routed 8 arms (edit_file, glob_files, repo_map, run_command,
+  read_persona, query_memory, check_growth, diagnose_behavior) to
+  `kernel not ported` placeholders and `prepare_tool`'s edit_file
+  preview never reached its kernel — a call driven through the oracle
+  trace (execute → prepare/approve → handler) diverged engine-for-
+  engine. All 8 arms now route to their kernels with the oracle's arg
+  marshaling; `ApproveTool` now EXECUTES the side effect (write/edit
+  apply, others re-dispatch — it previously answered `Approved: <name>`
+  and did nothing) and `RejectTool` answers the oracle envelope
+  (`{"success": false, "error": "Operator rejected"}`). Pinned red-first
+  in `dispatch_wiring_test.go`; all frozen batteries stayed green; live
+  parity re-run: lifecycle 49/49, fsops 48/48.
+- **The fsops live-parity script path was stale** (J1 restructure moved
+  the batteries to `internal/toolexec`): repaired to
+  `./internal/toolexec` — the row's live-parity leg is runnable again.
+- **The mode-authorize door is wired into the Go runtime loop** (the
+  oracle's T3 two-door law): `local-tool-runtime` gained `modegate.go`
+  (byte-parity `ModeRefusal` envelope — pinned against the live
+  `rune.mode_gate` — plus the readModeState law: RUNE_MODE env wins,
+  invalid fails closed to CHAT; hot file; absent → CHAT default), an
+  embeddable byte-identical mode-matrix copy (gen_mode_matrix.py --check
+  now covers BOTH embedded copies — three doors, one matrix), and the
+  loop gate BEFORE the approval branch with the typed tool-error result
+  feeding the model + the identical-failure circuit breaker. Frozen as a
+  new `mode_gate` truth section (4 rows, deterministic RUNE_MODE-pinned
+  regen; truth regen verified byte-identical ×2).
+- **Two real gaps the regen surfaced and closed:** the truth freeze
+  hazard (a live `/tmp` listing once froze 1.4MB of machine state — the
+  fce row now lists a versioned repo dir) and the T4 narration law
+  (pre-tool narration preserved into final user_text — the Go loop
+  dropped it; now joined with the terminal text exactly like the
+  oracle, pinned by the text-fallback truth row).
+- **REPORTED, not fixed (a sibling owns the fix): the ungated third
+  door in the provider-registry execute loop.** Python's oracle loop is
+  gated (`provider_registry.py::_dispatch_mode_gated` →
+  `tool_protocol.dispatch_validated_tool(..., authorize=mode_gate.
+  authorize_tool)`, the two-door law docstring names this module as the
+  former third ungated write door). The GO port (`src/go/provider-
+  registry/toolcalls.go::runTool`) still wires `ToolExecutorFunc`
+  directly — no mode authorize, no validate seam — and its frozen truth
+  rows 14–18 pin the PRE-gating oracle shape (`"Not a file: "` from raw
+  read_file execution), so the fix needs the port rewired AND the truth
+  re-frozen against the current oracle.
+
+**Row 10, work-manager:**
+
+- The map's "work-manager 0 tests" was stale: the dichotomy wave
+  (b973b96a) had landed the frozen battery (34 rows), live library
+  parity vs the Python oracle (40 seeds × 18 ops), and a trust gate.
+  Verified green today (own runs).
+- **The CLI surface is now oracle-byte-parity.** The Go binary answered
+  only its native `replay` driver; the oracle's operator verbs
+  (status/next/complete/fail/model/clear, usage lines, exit codes —
+  including the oracle's own wart that `batch` is usage-listed but
+  unimplemented) are now mirrored, pinned red-first by a subprocess
+  battery (`cli_parity_test.go`) that runs BOTH CLIs live on identically
+  seeded isolated HOMEs through a 17-scenario session and compares
+  stdout bytes + exit codes. The `replay` truth driver is kept as an
+  additive native verb.
+
+Both rows stay **PARTIAL**: no 7.2 parity-harness capability runs
+(side-by-side + recovery + mutants) exist for tools-providers-devices or
+work-observability yet — extending `src/go/parity-harness` scenarios
+beyond task-management is the named next leg.
+
+## Rows 21 + 23 integration addendum (2026-10-19, retirement-conversion wave 1)
+
+First PORT → INTEGRATE → REMOVE wave under the owner's amended law
+(user:40-scale queue approval 2026-10-19): live consumers switched to the
+Go engines and run integrated; **no Python deletion** — removal is a
+separate wave after the integrated interval is proven. Contract
+`ADMIT-wave-retirement-conversion-routing-bus` (phase building).
+
+- **model-routing (row 21)**: `ModelRouter.rank` and
+  `update_profiles_from_traces` (canonical store shape) now resolve
+  through `src/go/model_routing eval` (engine rebuilt from source — the
+  committed binary was stale pre-eval). Escape hatch
+  `RUNE_MODEL_ROUTING_ENGINE=python`. Per-consumer receipts:
+  `verification/integrated/model-routing-integrated.json`. Honest partial:
+  `reconcile_tools_support` (local_tool_runtime consumer) has no Go
+  surface yet.
+- **event-bus (row 23)**: `emit`/`log`/`stats` resolve through
+  `src/go/event-bus` on the canonical journal path; redirected store
+  paths (canaries/sandboxed tests) intentionally stay on the Python
+  writer. Per-consumer receipts:
+  `verification/integrated/event-bus-integrated.json`.
+- Test receipts: `tests/test_p1_06_model_routing.py` 47 passed with the
+  Go engine live; legacy/event-schema batteries green; full
+  `python_suite` run showed only pre-existing failures (every named NEW
+  failure reproduced identically with this wave's edits reverted to
+  HEAD — sibling churn in store/config surfaces, not this wave).

githooks/pre-commit

@@ -0,0 +1,19 @@
+#!/bin/sh
+# rune pre-commit — the sweep-race guard.
+#
+# Three 102MB store/scaffold/current.json accidents (sweeps racing the
+# store into git) made the staged tree a hazard: this hook refuses any
+# commit whose index carries the banned runtime-state path
+# store/scaffold/current.json or any staged blob over 20MB — the SAME
+# check the landing gate runs (scripts/check_landing.py rule 4,
+# staged-tree half, via --staged-only).
+#
+# INSTALL (once per clone — git does not read hooks from the worktree
+# by default):
+#
+#     git config core.hooksPath githooks
+#
+# Uninstall: git config --unset core.hooksPath
+repo_root=$(git rev-parse --show-toplevel) || exit 1
+exec python3 "$repo_root/scripts/check_landing.py" --staged-only \
+    --repo-root "$repo_root"

memory/journal/events.jsonl

@@ -42010,3 +42010,940 @@
 {"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_717d103de3cd", "event_type": "storage.degraded", "parent_id": null, "partition_key": "subsystem_health", "payload_hash": "sha256:dc4a0ef045512b494194a21ba9206ec66e21ae710f7c2caa29f194c48fb142c0", "schema_version": 1, "timestamp": "2026-10-18T00:56:47.266460+00:00"}
 {"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_8ad081a3d1af", "event_type": "storage.degraded", "parent_id": null, "partition_key": "subsystem_health", "payload_hash": "sha256:600ba21f0472de9fb57133929648cd8121d1717595e7cd27c381d71ac03852c8", "schema_version": 1, "timestamp": "2026-10-18T00:56:47.286726+00:00"}
 {"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_2990861880c2", "event_type": "capability.failed", "parent_id": null, "partition_key": "subsystem_health", "payload_hash": "sha256:8a8675818b5d411241e416ff9e8c9a1845d9b2a8befeacc51e10ab977731aeba", "schema_version": 1, "timestamp": "2026-10-18T00:56:47.298811+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_4327ea492f28", "event_type": "capability.failed", "parent_id": null, "partition_key": "subsystem_health", "payload_hash": "sha256:2cce6223e714683d2fb13de43899ba98a47b00ac2bf969cefc387e331ae4a6a4", "schema_version": 1, "timestamp": "2026-10-18T01:01:42.467938+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_ab0c44072a1e", "event_type": "capability.failed", "parent_id": null, "partition_key": "subsystem_health", "payload_hash": "sha256:186a80e18b026e87446ef4a7a94c19812caae524e07af4cebd9c7152fb19e5c5", "schema_version": 1, "timestamp": "2026-10-18T01:02:06.897715+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_386e6d71db17", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:774a5e6b28355cabd04b4ee8d6727d8c916d4ad06ecae3ec6fa30b79e71f01a2", "schema_version": 1, "timestamp": "2026-10-18T01:02:07.178118+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_ad9cc1f37254", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:37d91482374f93e55d0f99d0cdc60dcc56583d0f3ec781bb754445e2c9786b0b", "schema_version": 1, "timestamp": "2026-10-18T01:02:07.562117+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_c041afcbb70b", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:59df3f12ab96c9af5722f9c6998607bb32eb24908afa18d73445fcbe458d77d5", "schema_version": 1, "timestamp": "2026-10-18T01:02:07.907277+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_d7f4f8ed0a63", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:b5270af8d4e068d2a4584b2668d0b72d91a8f87b9cf9779fcdf361d1af405e07", "schema_version": 1, "timestamp": "2026-10-18T01:02:08.240245+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_bd268e43e02d", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:688a9c870d289420b13526fd2fad5976be662b9baeec0ac198dc3c93426c7934", "schema_version": 1, "timestamp": "2026-10-18T01:02:08.598333+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_b6ddcddcc717", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:c39ebcec8b264ba828a25e4d97d0113c6b61a518c3954448b76b3502879a2c10", "schema_version": 1, "timestamp": "2026-10-18T01:02:08.974095+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_e1128bcce618", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:1d2589834bd1704d1c88cf46716afb4c56d91ed79583e0a72cf8ffd45ff89f87", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.039693+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_25bacda71d3a", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:75706cd2968a1c85866e2607f34dd552a1837d6c85f27d623b4741437db624d0", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.052402+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_701b4cb659b3", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:74c3a212c258be1d5cb1117a7c217573914104a6c5e080116404855ac1bd3163", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.064890+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_830e69e71da2", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:ad889049e6f117f7b1ed4241105ca5ac343c7937111c2ba2fb64fa00eb805902", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.077411+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_f925d3651d22", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:6619d6589a12775d4f66cb4bc74e47b277838ccaf4f978fa43089235bf139772", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.090642+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_856375ebb43d", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:b0546f6c661fdd87a54e0e7df534517feace2ffb76240e21a4ae33c306d5194c", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.104147+00:00"}
+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_dcf8ad77046b", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:24591c4a74de46645417c19233713e8339cf4f1e6738ebe34a707d5c238ca85b", "schema_version": 1, "timestamp": "2026-10-18T01:02:09.118782+00:00"}
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+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_9648b9a2b1ab", "event_type": "task.outcome", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:cad7a911ec986a798fe8ef12b6c6edf64b1fa69291b3942ad1ac5b1975012543", "schema_version": 1, "timestamp": "2026-10-19T19:43:57.209793+00:00"}
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+{"actor_id": "", "authorization": "", "device_id": "", "event_id": "evt_8aa6be9733d1", "event_type": "task.failed", "parent_id": null, "partition_key": "rune_operator", "payload_hash": "sha256:c2c99e4886eef4291154d0073f7e973940b9c80986d154b23f1fee20b59b4265", "schema_version": 1, "timestamp": "2026-10-19T19:45:07.047495+00:00"}
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+{"actor_id":"task_queue_surface","entry_id":"q_812fc3751c8318e2","event_id":"evt_e976c2191050d87a","event_type":"task.queue.enqueue","partition_key":"task_queue","payload_hash":"sha256:3e61ec867d57038a9d7db7e3d0012ff7cc73d21b68a7ac5a9ee0c7411528a2ff","timestamp":"2026-10-20T10:58:54.847965+00:00"}

pyproject.toml

@@ -4,7 +4,7 @@ build-backend = "setuptools.build_meta"
 
 [project]
 name = "rune"
-version = "0.313.0"
+version = "0.326.0"
 description = "Rune — a stateful coding assistant with persistent memory, orchestration, and TUI"
 requires-python = ">=3.10"
 

reports/test-vitality-audit-2026-10-19.md

@@ -0,0 +1,119 @@
+# Test-Vitality Audit & Conversion Report — wave-test-vitality (2026-10-19)
+
+Contract: `ADMIT-wave-test-vitality` (phase=building, approval_ref
+`user:test-vitality directive 2026-10-19`), minted via
+`scripts/admit_wave_test_vitality.py`. Owner directive: "make the bits
+that are ceremony mechanically viable so they are earning their keep."
+All work uncommitted, for main-session landing.
+
+## Baseline state (before any edit)
+
+The suite was NOT fully green at baseline:
+
+- `tui/semantic`: `TestFocusScriptThroughRealParser` and
+  `TestEnterConfirmsModalThroughRealParser` fail — these are
+  receipt-frozen real-parser tests (semantic/keys_test.go:135, 190)
+  pinning the PRE-D36 keyboard law (plain-letter `m`/`h` opening
+  modals). D36 re-bound the modal openers to ctrl+m/ctrl+h (plain
+  letters now type). The receipts are stale; the tests are correctly
+  red against the current law. NOT ceremony — they prove the real
+  parser end-to-end. Left untouched: re-pinning frozen receipts is a
+  main-session decision, not a wave conversion.
+- `tui/cmd/rune-tui` `TestBootSmokeFaceReachesLibConnected` HUNG to the
+  full 600s gate timeout on this machine (known: the previous commit's
+  message already blamed "ONE hung boot-smoke test"). Class (c)
+  regression-pinned (frozen boot gate) but operationally the suite's
+  biggest time sink. Left untouched (frozen forever per its contract);
+  flagged for the owner.
+
+## The audit (heuristic-driven, documented)
+
+Surfaces measured: tui (130 test files, 981 test functions),
+src/go/rune-core (75 test functions, suite green, 83.3% stmt coverage
+on internal/runecore), tests/ (3,702 Python tests collected).
+
+| Vitality class | tui (981) | rune-core (75) | notes |
+|---|---|---|---|
+| (a) MUTANT-PROVEN | parity batteries, no-dup tripwires (semantic oracle, bridge, receipts) | parity batteries | pre-existing keepers, mutation-checked by design |
+| (b) RED-FIRST-PROVEN | waves ship red-first per repo law | same | receipts in test comments |
+| (c) REGRESSION-PINNED | width tripwire (lanes), cursor-hole pin, boot smoke, composer backspace pins | migrate pins | frozen, keep |
+| (d) INVARIANT-PINNED | order/honesty laws incl. TestLiveThinkingMarkerSpins (already membership/change — the frame-0 law pattern, earning keep) | routing/order laws | keep |
+| (e) CANDIDATE-CEREMONY | **9 sites in 6 tests** (see conversions) | 0 found on spot-check greps (`must not panic`, err==nil-only, trivia pins) | converted this wave |
+| deletions | **0** | 0 | every candidate was convertible; nothing was dead enough to kill honestly |
+
+Method: per-package coverage (`go test ./... -cover`) + pattern sweeps
+(panic-only markers, synthetic key spellings, vacuous branches) +
+mutation spot-checks on every conversion (below). The tail (Python
+suite, rune-core depth) was spot-checked, not exhaustively classified —
+the greps came back clean.
+
+## Conversions (each red-first with a recorded mutation proof)
+
+1. **`lanes/lanes_test.go` TestTinyWidthDoesNotPanic →
+   TestTinyWidthRendersHonestDegenerateFace** (panic-only → invariant
+   pin). Old test: called `Render()` at widths 0–5, asserted nothing.
+   New law: at impossible widths the face renders EXACTLY the
+   requested height and no row exceeds max(w,1) columns.
+   *Mutation proof*: removed the gutter from `PaneWidths`' usable
+   budget (lanes/layout.go) — new test went RED (rows overflow at
+   w=1); the old panic-only assertion stayed green under the same
+   mutation.
+2. **`trust/face_test.go` TestTrustTinySizesDoNotPanic →
+   TestTrustTinySizesRenderBounded** (panic-only → invariant pin).
+   *The conversion itself was red-first*: against the pre-fix
+   renderer it caught a REAL overflow — trust strips ("ASKS HELD …",
+   56 runes) rendered inside 1x1 and 20x4 faces. The old test sat
+   green over that defect. Fixed production
+   (`trust/face.go` takeover strips clamped to the face width — the
+   width-tripwire law); re-proved by mutation (clamp disabled → RED;
+   restored → green).
+3. **The synthetic-spelling sweep** (7 sites, all in
+   `cmd/rune-tui/main_test.go`): `keyPress("down"/"ctrl+m"/"backspace"/
+   "ctrl+g"/"esc")` produce `Code:'d'`+`Text:"down"` — the exact
+   'down'-types-d synthetic spelling. Converted to real key messages
+   (`arrowPress(tea.KeyDown)`, `ctrlKey("m"/"g")`, `tea.KeyBackspace`,
+   `escPress()`). Also found the down-arrow branch of
+   `TestMouseClickSelectsBox` asserted NOTHING (`_ = st`) —
+   strengthened to: empty the composer, up walks Sel→1, down walks
+   Sel→2. *Mutation proof*: killed the `"down"` walk in
+   `semantic/action.go`'s Apply (kept `j` alive) — the strengthened
+   test went RED ("down arrow: sel=1, want 2"); the OLD synthetic form
+   could never have failed it (its synthetic spelling didn't even
+   resolve to a named key). Note: routing today is all `String()`-
+   based, so synthetic and real coincide; the sweep future-proofs
+   against any Code/Text-based regression.
+4. **Deletions: 0.** No test was dead enough to kill honestly; the two
+   candidates that only ran-and-prayed were convertible (above).
+
+## Net vitality gain
+
+- 2 panic-only tests → proven invariant pins (both mutation-proven).
+- 7 synthetic-spelling sites → real input; 1 vacuous assertion →
+  two real cursor-walk assertions.
+- **1 real production bug found and fixed**: trust takeover strips
+  overflowed the face width at tiny sizes (the width-tripwire class,
+  live in a second renderer).
+- 2 stale-receipt semantic tests identified (pre-D36 keyboard law) —
+  correctly red, need main-session re-pin, not a conversion.
+- Suite green after conversions (full tui run, -race, minus the
+  pre-existing hung boot smoke; only the two baseline semantic
+  failures remain). rune-core green. Python suite untouched.
+
+## Verification commands run
+
+- `cd tui && go test ./... -cover -race` (baseline + post-conversion,
+  `-skip TestBootSmokeFaceReachesLibConnected`)
+- `cd src/go/rune-core && go test ./... -cover -race`
+- `python -m pytest tests/ -q --co` (collection sanity)
+- Per-conversion mutation runs (see proofs above; all mutations
+  reverted surgically — no `git checkout` on shared files after the
+  first near-miss with a sibling wave's uncommitted edits).
+
+## Residual risk
+
+- Sibling waves were live-editing tui/cmd/rune-tui/main.go and
+  tui/lanes/render.go during this wave; my edits were kept surgical,
+  but the main session should land this wave on top of theirs with a
+  fresh full-suite run.
+- The boot smoke hang and the two stale receipts are the suite's
+  remaining reds/hangs — owner decisions, documented above.

reports/test-vitality-audit-py-2026-10-20.md

@@ -0,0 +1,66 @@
+# Test-Vitality Audit & Conversion Report — wave-test-vitality-py (2026-10-20/21)
+
+Contract: `ADMIT-wave-test-vitality-py` (phase=building), minted via
+`scripts/admit_wave_test_vitality_py.py`. Phase 2 of the vitality program:
+the src/rune Python suite (`tests/`, 3,702+ collected). Methodology and
+vitality classes inherited from the phase-1 audit
+(`reports/test-vitality-audit-2026-10-19.md`). ZERO deletions (owner's
+amended rule: conversion only; removal is a separate honest decision).
+
+## Baseline
+
+Suite green on the spot-checked packages before conversion
+(`tests/test_orchestration_outbox.py`, `tests/test_events_schema.py` —
+10 and 23 passed respectively).
+
+## The audit (heuristic sweeps, documented)
+
+Sweeps run over all of `tests/test_*.py`:
+
+| Sweep | Hits | Classification |
+|---|---|---|
+| panic-only (`pytest.raises`/try-except with no pinned message, no post-assert) | ~150 sites / ~140 tests | the dominant ceremony class: the test proves "some exception fired", not "the right error fired" |
+| no-assert-at-all tests | same set (subset) | all were raise-only bodies; none silently succeeded |
+| fixed-value-on-random | 0 ceremony | random users are seeded (`random.Random(2479)` in test_outcome_utility_port, monkeypatched randint in test_night_mode) |
+| live-machine-state fixtures | 0 ceremony on spot-check (connection_pool had a historical temp-dir-substring flake, already fixed per its comment) |
+| synthetic keys | n/a — tui-only class, phase 1 |
+
+Bounded conversion set chosen (representative of the panic-only class;
+the remaining ~130 raise-only sites are recorded as follow-up backlog,
+NOT silently blessed):
+
+## Conversions (each red-first with a recorded mutation proof)
+
+1. **`tests/test_orchestration_outbox.py`** — 5 tests converted from
+   try/raise-AssertionError/except bodies (and bare `match="outbox corrupt"`)
+   to field-specific pins: `state 123 is not a valid lifecycle state`,
+   `ordering_key '2' is not an int`, `expected_remote_version '0' is not
+   an int`, `KeyError: ghost`. 10/10 green.
+   *Mutation proof*: disabled the `ordering_key` type check in
+   `src/rune/orchestration/outbox.py` →
+   `test_load_wrong_typed_ordering_key_raises_corrupt` went RED; the old
+   un-pinned form stayed green under the same mutation (a generic
+   KeyError/parse error satisfied it). Reverted; suite green; production
+   file byte-identical (verified via git diff).
+
+2. **`tests/test_events_schema.py`** — 8 reject tests converted from
+   "any ValidationError" to validator-specific pins: enum violations →
+   `is not one of`, pattern/format violations → `does not match`,
+   missing keys → `is a required property`, the tool-channel `const`
+   guard → `'tool' was expected`. 23/23 green. The conversion itself
+   caught a real subtlety red-first: the wrong-channel tool_event fires
+   the `const` guard, not the enum — the old test could not tell.
+   *Mutation proof*: removed `event_id` from the schema's `required`
+   array → `test_rejects_missing_or_malformed_event_id` went RED.
+   Reverted (`git checkout`); 23/23 green; schema byte-identical.
+
+## Deletions
+
+**0.** Every candidate was convertible; nothing was dead enough to kill
+honestly. The two mutation proofs above are the receipts that the
+conversions are load-bearing, not ceremony churn.
+
+## Verification
+
+- `python -m pytest tests/test_orchestration_outbox.py tests/test_events_schema.py`: 33 passed
+- production mutations reverted; `git diff` clean on src/ and schemas/

research/factory-50-scale/01-issue.json

@@ -0,0 +1,26 @@
+{
+  "stage": "ISSUE",
+  "date": "2026-10-18",
+  "slug": "factory-50-scale",
+  "question_plain": "The factory law says: scale from 20 to 30 to 50 waves, and each step up is only allowed if thoroughness is MEASURED to hold, not assumed. The checkpoint-era research round already found the danger: at 50, the thing that runs out is not the ability to START waves (spawn capacity) but the ability to CHECK their work (verification throughput). This round measures the factory as it runs today (~24 waves), works out exactly what breaks on the way to 30, what must be measurably TRUE before 50 is allowed, and designs the fix: splitting the test suite by domain (the domain registry already exists) plus a verification-throughput budget with real arithmetic.",
+  "owner_context": {
+    "law": "Factory standardization law (owner directive 2026-10-17): 'lets scale to 30 and if that seems fine and thoroughness is maintained... thats the path we take towards 50 being launched. or more' — thoroughness = testing + linting + scaffolding respected + everything proven functioning; thoroughness at N is the precondition for N+20.",
+    "checkpoint_era_finding": "research/factory-protocol/synthesis.json scale_ladder.50: 'sweep-worker elasticity, RAM caps, verification throughput budget, gitea merge-order automation' — only after 30 proves thoroughness; each rung evidenced by recorded receipts.",
+    "30_was_already_tried_and_broke": "scripts/factory_worktree.py docstring (landed 2c86c5d7, 2026-10-18): 'The 2026-10-17 failure: 30 factory waves shared ONE working tree, so a sibling's mid-flight edit (the rune-entry syntax error that broke the user's boot), git add -A file sweeps and compile races all landed on the SAME checkout the user boots.'"
+  },
+  "constraints": [
+    "C1: Evidence-gated — every claim in this round is measured in-repo (commands and file paths cited); nothing assumed.",
+    "C2: No code changes — research artifacts + registry entry only.",
+    "C3: Verification discipline is law: every wave lands through the main session's own test runs (per-package verification allowed under sibling churn; serial landings).",
+    "C4: The scale ladder is 20 -> 30 -> 50 with receipts at each rung (factory-protocol synthesis); 50 requires a verification throughput budget, not vibes.",
+    "C5: The domain registry (docs/factory/domains.json, 59 domains, all with test batteries) is the declared sharding substrate for the 30 rung (factory-protocol synthesis scale_ladder.30: 'per-domain test-battery sharding (domains.json batteries)').",
+    "C6: Mechanical > behavioral when a fix could be either (owner law): sharding and caches are the mechanical fix for verification throughput; 'be more careful' is not a fix.",
+    "C7: The main tree the owner boots stays bootable ALWAYS (worktree isolation law)."
+  ],
+  "deliverables": [
+    "Measured current state: landing cadence, verification queue debt, sweep-race incident count, worktree tool adoption, unified_check wall time at current tree size.",
+    "What breaks at 30 (evidence: the 2026-10-17 failure class + today's measured debt).",
+    "What 50 needs: the measured gate conditions, the domains.json sharding design, and the throughput budget arithmetic.",
+    ">=4 outward sources: CI fleet patterns (merge queues, test sharding, remote caching for test dedup)."
+  ]
+}

research/factory-50-scale/02-inward.json

@@ -0,0 +1,55 @@
+{
+  "stage": "INWARD",
+  "date": "2026-10-18",
+  "method": "Every number below was produced by a command run against the live repo on 2026-10-18 ~13:00-14:00 BST (git log, git worktree list, the repo's own gates, manifest analysis, a timed unified_check run). Commands and file paths are named per claim. Nothing is estimated where it could be measured.",
+  "factory_scale_now": {
+    "waves_recorded_in_flight_snapshot": "17 waves (docs/factory/order-of-things.md, snapshot 2026-10-17); the parent session reports ~24 in flight now — the wave COUNT is soft (no mechanical wave counter yet: state/factory journal from the factory-protocol design is not landed as a store), the DEBT numbers below are hard.",
+    "contracts_in_store": "858 entities in store/scaffold: 179 open, 621 closed, 58 without status (store/scaffold/current.json projection over store/scaffold/segments/).",
+    "tree_size": "104 Rust crates (src/rust), 96-98 Go modules (src/go; 96 per manifest), 337 Python test files under tests/, 344 Python files under src/rune.",
+    "machine": "32 cores, 62 GB RAM (nproc; free -g)."
+  },
+  "verification_pipeline_today": {
+    "members": "unified_check.py sweeps 15 members: rust_suite (103 crates), src_go_suite (~96 modules), go_suite (tui: build+vet+race+gofmt), python_suite, boundary codegen/corpora, domain_registry, events_schema, gitignore_hygiene, migration_mutants, no_committed_binaries, research_gate, seam_registry, language_verdict_fixtures.",
+    "python_suite_is_serial": "manifest-recorded command: 'RUNE_CA_CORE=python RUNE_CM_CORE=python PYTHONPATH=src python -m pytest tests/' — NO -n flag: the single largest member runs on ONE process while 31 cores idle.",
+    "measured_wall_times": [
+      "2026-10-17T14:47 run (manifest c53ea9cc): total member time 928.0s; python_suite 876.5s = 94% of the sweep; src_go_suite 11.3s; no_committed_binaries 14.9s; rust_suite 4.0s WARM (cargo target caches; cold rebuilds are minutes).",
+      "2026-10-18T00:39 run (manifest 3d893a26): python_suite 523.4s (lighter machine load).",
+      "2026-10-18 13:25 fresh timed run at current tree size: see field timed_run_2026_10_18 (filled from /tmp/uc_start, /tmp/uc_end, /tmp/uc_run.log)."
+    ],
+    "timed_run_2026_10_18": {
+      "command": "cd /mnt/workdrive/rune && python3 scripts/unified_check.py (launched 13:25 BST, dirty working tree = current tree size and in-flight wave state, exactly what a landing gate would see)",
+      "result": "INCOMPLETE-BY-LAW: the run was killed ~2 minutes in (terminal timeout on the launcher; empty log, no manifest written). A re-run was DEFERRED: the owner is gaming (OnimushaWotS.exe at 203% CPU since 14:55; NO-LAUNCH-WHILE-PLAYING law — a full-suite verification is process load, not read-only analysis). The recorded manifests remain the measurement: python_suite 523-877s, full members 523-928s (2026-10-17/18).",
+      "finding_from_the_attempt": "The verification pipeline shares ONE box with the owner's desktop. CI-fleet patterns assume dedicated runners; rune's throughput budget must use LOADED numbers AND assume the machine is sometimes UNAVAILABLE for verification entirely. This is an independent argument for the improvement-backlog item 3 (move mechanical layers to the event-gated Gitea CI runner) — the runner exists since 2026-10-12 and is idle while the box is the constraint."
+    },
+    "per_landing_cost_estimate_from_backlog": "docs/factory-improvement-backlog.md item 3: coordinator per-landing time ~7 min today; with mechanical layers moved to CI, ~2 min (that item is still OPEN)."
+  },
+  "verification_queue_depth_measured": {
+    "commits_landed_without_manifests": "20 commits after the last recorded manifest (git rev-list --count ac62ac50..HEAD at 12:59 BST; last manifest verification/unified-check-ac62ac50*.json generated 2026-10-18T00:51). Every one of the last 8 sampled landings (58d8ae97, d26db5d3, 2c86c5d7, 3ac297f1, 6aeac915, 82ef5ec3, cd257667, ca915c60) carries NO unified-check manifest — the landing gate's own rule 1 (fresh green manifest per landed sha) is unsatisfied for the whole recent window.",
+    "landing_gate_red_on_HEAD": "python3 scripts/check_landing.py HEAD at 13:0x BST -> RED with two failures: (1) no manifest for 82ef5ec3; (2) 'landed tree does not BUILD: module(s) adaptive-router, builder-bridge-cli' — the exported LANDED tree is unbuildable even though the dirty working tree builds (in-flight uncommitted changes mask it). This is the shared-module incident class (a sibling's breakage shipping) caught by the gate but AFTER landing, because the gate was not run per-landing.",
+    "interpretation": "The verification queue is not 'long'; it is BYPASSED. At the current cadence the factory lands faster than one serial 9-15 min unified_check per landing allows, and the debt shows up as missing evidence + a broken landed HEAD — the exact 'verification throughput is the binding constraint' prediction, already true at ~24 waves."
+  },
+  "landing_latency_measured": {
+    "overnight_burst_2026_10_18": "commit-to-commit gaps on master: 01:25->01:29->01:35->01:41->01:44->01:59->02:52 = 4,6,6,3,15,53 min (git log --date=format).",
+    "morning_sequence_2026_10_18": "08:09->08:18->09:07->09:28->10:29->10:30->10:51->10:52->10:54->11:01->11:12->11:32->11:35->11:44->11:47->11:56 — median gap ~5-7 min, several 1-3 min (doc/batch landings).",
+    "reading": "When verification is skipped, cadence is ~5-15 min/landing (matches the backlog's ~7 min coordinator estimate). Honest per-landing verification (15.5 min loaded) would push cadence to ~1 landing per 15-20 min serial — the cadence we observe was only sustainable by skipping evidence. Latency to LAND is not the problem; latency to VERIFY is."
+  },
+  "sweep_race_incidents": {
+    "count": "3 recorded '.gitignore race / sweep accident' landings: dce911e7 ('remove 102MB runtime cache from tree again (second sweep accident)'), fbb2e5a2 ('cache file removal (third sweep accident — .gitignore race)'), d1d55913 ('cache file sweep accident (recurring — .gitignore race, hygiene wave owns the structural fix)') — git log --grep=sweep -i.",
+    "mechanism": "A wave runs `git add -A`; a sibling's untracked runtime/cache file (not yet covered by .gitignore) gets swept into the commit; two waves sweeping the same tree race each other. 102 MB of cache entered the repo once. The hygiene wave owns the structural fix and the gitignore_hygiene unified_check member exists — but the race is structural to SHARING one working tree, which is what worktree isolation removes.",
+    "boot_break_class": "scripts/factory_worktree.py docstring: the 2026-10-17 rune-entry syntax error that broke the user's boot — a sibling's mid-flight edit on the shared checkout. Same root cause: one tree, many writers."
+  },
+  "worktree_isolation_adoption": {
+    "tool_landed": "scripts/factory_worktree.py (301 lines) landed 2c86c5d7 2026-10-18 00:38 (create/enter/land/cleanup; land = throwaway merge worktree + unified_check on MERGED tree + owner gate scripts/check_landing.py on merged result + serial same-parents clearance).",
+    "adoption_measured": "ZERO. `git branch --list 'wave/*'` returns empty — no wave has ever been created through the tool. `git worktree list` shows 12 rune-wave-* dirs, but ALL are stale dichotomy-rebase-era leftovers (last file activity 2026-10-14/15; newest file anywhere in them: 2026-10-15 10:00; one locked: rune-wave-dd). Zero rune-merge-* dirs — the land path has never run.",
+    "current_waves_share_the_main_tree": "Main working tree is DIRTY with 32 modified/untracked files spanning tui/lanes, tui/nav, tests/, scripts/, research/factory-visual-round, maintenance.yml — multiple waves' in-flight work on the one checkout the owner boots. This is exactly the pre-isolation state the 2026-10-17 failure came from.",
+    "verdict": "The tool landed but adoption is 0%; the isolation law is currently enforced by nothing mechanical (the land path exists, unused)."
+  },
+  "domains_registry_sharding_substrate": {
+    "landed": "docs/factory/domains.json (ba1a547a 2026-10-17): 59 domains, 574 package paths, every domain carries test_batteries (75 Go, 89 other/cross, 3 Python-tagged battery strings), key_files, and the dichotomy coverage; gated by check_domain_registry.py as unified_check member domain_registry.",
+    "what_is_missing": "The registry maps domains -> batteries but no runner executes batteries PER-DOMAIN for a wave's verification obligation; unified_check still runs the whole monolithic sweep serially. The substrate for the 30 rung exists; the sharding execution does not."
+  },
+  "store_and_state_notes": {
+    "store_v2_landed": "store/scaffold segments (per-entity files) closed the 80MB single-file conflict class (docs/factory-improvement-backlog.md item 1 DONE; landed d73823d3).",
+    "no_factory_journal_yet": "store/factory/ does not exist — the factory-protocol contract journal (event-sourced, reconcile kernel) is designed in research/factory-protocol/synthesis.json but not landed as a store; wave counting and phase receipts are therefore not yet mechanical."
+  }
+}

research/factory-50-scale/03-outward.json

@@ -0,0 +1,67 @@
+{
+  "stage": "OUTWARD",
+  "date": "2026-10-18",
+  "sources": [
+    {
+      "id": "S1",
+      "name": "GitHub merge queue — official docs (how it works)",
+      "url": "https://docs.github.com/en/repositories/configuring-branches-and-merges-in-your-repository/configuring-pull-request-merges/managing-a-merge-queue",
+      "fetched": "2026-10-18",
+      "patterns_that_transfer": [
+        "The queue validates each PR against a TEMPORARY branch containing: latest base + every PR AHEAD of it in the queue + yours — i.e. you verify the MERGED-RESULT, never the isolated change. (rune already has this shape: factory_worktree.py land gates the merge worktree, not the wave branch.)",
+        "FIFO with batch controls: min/max group size, wait-time timeout before merging a short batch, and BUILD CONCURRENCY capped 1-100 (how many merge_group builds run at once) — batching trades per-PR latency for branch throughput.",
+        "When one entry FAILS, it is removed and every temporary branch BEHIND it is REBUILT without it — a failing entry invalidates downstream clearances (rune's 'target moved during landing -> re-land' refusal is the same law).",
+        "'Jump to top of queue' causes a full rebuild of all in-progress entries — priority inversion has a known, bounded cost; the docs warn heavy use slows overall velocity."
+      ]
+    },
+    {
+      "id": "S2",
+      "name": "GitHub merge queue GA announcement (design rationale + at-scale quote)",
+      "url": "https://github.blog/2023-07-12-github-merge-queue-is-generally-available/",
+      "fetched": "2026-10-18",
+      "patterns_that_transfer": [
+        "Merge queues exist because busy branches force either rework cycles (rebase-and-rerun) or broken main branches — the tension between branch stability and merge velocity is the DESIGN TARGET, not a side effect.",
+        "Block Inc quote: 'routinely experience post-merge build failures in our monorepo several times a week and merge queue has practically eliminated all build failures in that category' — the landed-HEAD-unbuildable class rune measured today (adaptive-router, builder-bridge-cli at HEAD) is the exact failure merge queues exist to kill."
+      ]
+    },
+    {
+      "id": "S3",
+      "name": "Bors — the original merge queue (lineage + batching)",
+      "url": "https://bors.tech/",
+      "fetched": "2026-10-18",
+      "patterns_that_transfer": [
+        "The 'not rocket science rule': the exact integration of PRs that reaches main has already been tested — main is green BY CONSTRUCTION, not by hope.",
+        "Separate MERGING from PUBLISHING: PRs merge into a staging branch, the suite runs on the staging batch, only a green staging branch is copied to main. Batching N PRs per test run multiplies throughput by N at the cost of batch-level failure attribution.",
+        "bors-ng added a maximum batch size option (Jan 2023 newsletter) — unbounded batches risk too-big-to-debug failures; the cap is a tunable, not a constant.",
+        "bors-ng was deprecated IN FAVOR OF GitHub's native merge queue (2023) — the pattern won; the tool didn't matter."
+      ]
+    },
+    {
+      "id": "S4",
+      "name": "Bazel remote caching — content-addressed build/test result reuse",
+      "url": "https://bazel.build/remote/caching",
+      "fetched": "2026-10-18",
+      "patterns_that_transfer": [
+        "Every action is hashed over its DECLARED inputs + command line + environment; the cache maps action-hash -> results (action cache) plus a content-addressable store of outputs. A cache HIT means the identical action already ran — re-verification of unchanged things is skipped BY CONSTRUCTION.",
+        "Applied to tests: if a domain's source files (its battery inputs) did not change between two landings, that domain's battery verdict is REUSABLE — test dedup across landings is a cache, not a re-run.",
+        "Disk cache exists specifically for 'multiple checkouts of the same repo' — rune's per-wave worktrees are exactly that shape; a shared cache keyed on content makes 50 worktrees cheap.",
+        "Documented cache-correctness hazards, each with a rune analog: input modified DURING an action (sibling churn -> the concurrent-changes guard), environment variables leaking into the hash (paths.py absolute-path incident), tools outside the tracked workspace (untracked compiler differences). Cache keys must be computed over EXACTLY what the action consumed.",
+        "Cache poisoning has one documented cure: delete and rebuild — cache integrity needs a kill switch."
+      ]
+    },
+    {
+      "id": "S5",
+      "name": "pytest-xdist distribution modes — the sharding-strategy taxonomy",
+      "url": "https://pytest-xdist.readthedocs.io/en/stable/distribution.html",
+      "fetched": "2026-10-18",
+      "patterns_that_transfer": [
+        "load: send each test to any free worker — best utilization, no ordering guarantees.",
+        "loadscope / loadfile: group by module/class/file so expensive fixtures are built once per worker — the rune analog is grouping by DOMAIN (tests/test_<module>.py files map ~1:1 to src/rune modules).",
+        "loadgroup: explicit xdist_group marks pin tests that must share a process — the analog is pinning a wave's battery set to one lane.",
+        "worksteal: even initial split + stealing from busy workers' queues — handles the 'one slow test file' skew; the right default when durations vary 100x.",
+        "-n auto uses physical cores — on rune's 32-core box the serial 876s python_suite is not a law of nature; it is an unexploited axis."
+      ]
+    }
+  ],
+  "cross_source_synthesis": "Large CI fleets converged on the same three-part answer to 'many changes, one branch, limited verification': (1) QUEUE the landings and verify the MERGED result serially or in bounded batches (S1/S2/S3 — merge queue); (2) PARALLELIZE the test work itself across workers with grouping that respects expensive setup (S5 — sharding); (3) NEVER RE-VERIFY what did not change — content-addressed result reuse (S4 — remote cache). Rune today has none of the three in force: verification is serial, monolithic, and re-runs everything every landing — while the factory lands 20 commits with no verification at all to keep cadence."
+}

research/factory-50-scale/04-applicability.json

@@ -0,0 +1,39 @@
+{
+  "stage": "APPLICABILITY",
+  "date": "2026-10-18",
+  "mappings": [
+    {
+      "source": "S1+S2+S3 (merge queues)",
+      "rune_need": "Serial landings are already law; what's missing is a QUEUE that owns the order and the batching",
+      "mapping": "factory_worktree.py land IS a one-entry merge queue: throwaway merge worktree = GitHub's temporary merge_group branch; 'target moved during landing -> refuse, re-land' = GitHub's downstream-rebuild-on-failure. What the tool lacks vs S1/S3: (a) a QUEUE (it gates one wave at a time, no FIFO lane, no batching of K waves per gate run — bors' max-batch analog); (b) AUTOMATION (adoption is 0% — GitHub needed it branch-protection-enforced, not opt-in); (c) the gitea merge-order automation + outbox reconciler already named in the factory-protocol 50-rung.",
+      "why_it_fits": "The Block quote (S2) names rune's measured failure — post-merge build failures in a busy monorepo — as the exact thing the queue kills. rune's landed-HEAD-unbuildable measurement (02-inward) is that failure observed live."
+    },
+    {
+      "source": "S4 (Bazel remote cache)",
+      "rune_need": "Test dedup: consecutive landings re-run 100% of a 9-15 min sweep though most domains' inputs are unchanged",
+      "mapping": "A domain-battery result cache: key = (battery id, content hash of the domain's declared inputs — packages + key_files + battery command from domains.json, per the check_domain_registry gate). Value = verdict + manifest evidence. On landing N+1, batteries whose input-hash matches landing N's are marked CACHED-GREEN in the manifest (evidence cited, not re-run); only changed domains + the always-global members (no_committed_binaries, gitignore_hygiene, research_gate, seam/domain registries) execute. rust_suite at 4.0s warm vs minutes cold (02-inward) is the in-repo proof that result reuse collapses wall time.",
+      "correctness_guards_from_s4": "(1) key over EXACTLY what the battery consumed (the paths.py absolute-path incident is the in-repo env-leak analog — freeze_truth normalization already exists for it); (2) concurrent-modification guard — the cache is written only by the serial landing path, never by parallel waves (matches the single-writer reconcile invariant in research/factory-protocol/synthesis.json); (3) poison switch: one flag invalidates the cache; cache integrity is never argued, only rebuilt."
+    },
+    {
+      "source": "S5 (pytest-xdist modes)",
+      "rune_need": "python_suite = 94% of sweep wall time, runs on 1 of 32 cores",
+      "mapping": "Two-level fix. IMMEDIATE (no sharding design needed): run the existing command as `python -m pytest tests/ -n <k> --dist worksteal` (worksteal per S5 because test-file durations vary widely; loadfile grouping as fallback if module-scoped fixtures break under worksteal). At 8-16 workers the 876s member projects to roughly 60-110s — a 8-15x member speedup with zero design change. STRUCTURAL (the 30-rung design): per-domain batteries from domains.json run as independent pytest/cargo/go invocations — sharding by DOMAIN, not by test file, so a wave's verification obligation = its domain's batteries + registries (already the per-package verification law's shape).",
+      "honest_caveat": "Tests that assume serial execution or shared mutable state (tmp dirs, ports, the live sqlite) may fail under parallelism — the adoption run must diff failures against the baseline mechanism (baseline-DIFF law) and pin the offenders with xdist_group/loadfile first, split later."
+    },
+    {
+      "source": "S1 batching (min/max group + wait) + S3 (bors max batch)",
+      "rune_need": "At 50 waves, completions arrive faster than serial per-wave gate runs",
+      "mapping": "Batch landings: when queue depth > 1, gate K waves TOGETHER in one merge worktree (one unified_check run over the union) — throughput multiplies by K; failure attribution costs a K-way bisect only on red. Cap K (bors' lesson: unbounded batches become too-big-to-debug). GitHub's 'jump the queue rebuilds everything' is the cost model for the spawn-gate's priority-reordering: rare, bounded, known."
+    },
+    {
+      "source": "S4 disk cache for multiple checkouts",
+      "rune_need": "50 worktrees must not mean 50 cold target/ dirs",
+      "mapping": "Shared build caches: CARGO_TARGET_DIR / go build cache already dedupe by content hash across worktrees on the same machine (go's cache is content-addressed by design; cargo shares via a common target dir or sccache). This is the cheap local form of S4's remote cache; the 2026-10-14/15 stale worktrees each carrying their own src/rust/*/target debug artifacts (02-inward) show the cost of NOT sharing."
+    }
+  ],
+  "non_transfers": [
+    "GitHub's merge queue lives in the platform (branch protection FORCES it); rune's must be enforced by its own gates — the adoption-0% measurement proves opt-in is not enough: the admission/spawn gate must refuse waves not in a worktree (mechanical, per the mechanical>behavioral law).",
+    "Bazel's hermetic action hashing needs declared inputs; rune's batteries do not yet declare exact input sets — the domains.json packages/key_files lists are the declared-input substrate but battery-to-input completeness is gated by check_domain_registry, so the cache key inherits that gate's correctness.",
+    "Cloud remote caches (GCS/S3 backends) are irrelevant on a single 32-core box — disk-level sharing only."
+  ]
+}

research/factory-50-scale/05-adversarial.json

@@ -0,0 +1,47 @@
+{
+  "stage": "ADVERSARIAL",
+  "date": "2026-10-18",
+  "attacks": [
+    {
+      "attack": "A1 — 'The debt isn't verification throughput; it's just an overnight discipline lapse. Scale isn't the cause.'",
+      "strongest_form": "The 20 unverified commits all landed in two bursts (01:25-02:52, 08:09-11:56) — bursts are batch-landing behavior, not queue saturation; a disciplined main session would simply have run the gate each time.",
+      "defense": "The arithmetic still binds: at the observed ~5-7 min cadence, per-landing honest verification (928s loaded, ~15.5 min) EXCEEDS the inter-arrival time — the queue is supercritical by construction, discipline or not. And the gate RED on HEAD (two unbuildable modules at the landed tree) shows the debt already produced the harm the gate exists to prevent. Discipline can choose WHICH landings wait; it cannot make 15.5 min fit a 6 min slot.",
+      "residual_risk": "Honest: the two bursts could have been doc-only commits needing no gate — but no: d26db5d3 (tools-live T1-T4), 58d8ae97 (chat surface), cd257667 (visual amalgamation) are substantive. The debt is real on substantive landings."
+    },
+    {
+      "attack": "A2 — 'Just add -n 32 to pytest; you don't need domain sharding or caches.'",
+      "strongest_form": "876s -> ~30-110s solves the wall-time problem; everything else is over-engineering (the premature-abstraction trap).",
+      "defense": "Parallelism alone multiplies throughput but keeps 100% re-execution: every landing still runs every battery. At 50 waves the completion rate doubles again while per-run floor cost stays — and the 32 cores are SHARED with the waves themselves and the owner's machine (NO-LAUNCH-WHILE-PLAYING law: the box is not a dedicated CI fleet). Dedup (S4) removes work entirely: batteries whose inputs didn't change cost ~0. Both are needed: shard for latency, cache for work-avoidance.",
+      "residual_risk": "xdist may surface order-dependent test failures (the baseline wobble 118/119/120 shows the suite has fragile members); the adoption diff must be honest AMBER per the baseline-DIFF law, not silently pinned."
+    },
+    {
+      "attack": "A3 — 'Caching battery verdicts is unsafe: a sibling landing can change a domain's behavior without touching its files (shared fixtures, cross-domain imports).'",
+      "strongest_form": "Content-hash keys miss semantic coupling — a battery can go red because ANOTHER domain changed underneath it; the cache would serve stale GREEN. This is worse than slow: it's a false landing gate.",
+      "defense": "Three mitigations, all mechanical: (1) key includes the TRANSITIVE input set — a domain's batteries list commands that compile/link against other modules (go/cargo dependency graphs are computable: go list -deps, cargo metadata) so a dependency change changes the hash; (2) the SERIAL landing batch runs the always-global members every time (registries, hygiene, no-binaries, research gate) so cross-cutting breakage still trips; (3) Bazel's own documented answer — the cache is invalidated wholesale on any suspicion (poison switch) and cache correctness incidents are treated as kill-and-rebuild, never argue-from-confidence.",
+      "residual_risk": "UNRESOLVED at design level: Python's dynamic imports defeat a clean transitive-closure computation for src/rune. Honest position: python-domain caching starts CONSERVATIVE (cache only batteries whose module + its tests/ files are unchanged AND no src/rune file outside the domain changed beyond a computed import closure — if the closure is not computable, don't cache). Measure the hit rate; if it's poor, the fallback is xdist-only. This is the one design question that needs a red-first proof before trusting."
+    },
+    {
+      "attack": "A4 — 'Worktree adoption failed because the tool is wrong (update-ref surgery, serial same-parents handoff); force-adoption will just stall landings.'",
+      "strongest_form": "0% adoption after landing is the market saying the workflow costs more than the shared tree. Forcing it via the spawn gate adds per-wave setup cost and merge conflicts at land time (waves built on stale bases).",
+      "defense": "The 2026-10-17 boot-break and 3 sweep accidents are the cost of the shared tree, already paid, owner-visible. The tool's land path mirrors GitHub merge queues (S1) whose adoption cost was accepted industry-wide for exactly this failure class. Stale-base merges are the known cost; bors/GitHub answer is frequent small batches (rebase the queue), which the batch-landing knob controls. The tool also already refuses duplicate names and cleans crashed merges — the mechanical>behavioral law says wire it into the spawn gate and measure, not coach agents to 'remember' worktrees.",
+      "residual_risk": "Wave agents must be BRIEFED to use enter/land (spawn briefs cite the tool); if briefs don't, adoption stays 0 even with a gate — the gate must refuse at ADMIT time (no worktree, no contract), which is checkable mechanically."
+    },
+    {
+      "attack": "A5 — '50 waves on one 32-core box starves the build; you're modeling verification in isolation.'",
+      "strongest_form": "Waves compile (104 crates, ~96 Go modules) continuously; adding sharded verification + 50 worktrees makes CPU/RAM the binding constraint, just moving the wall.",
+      "defense": "That is precisely the checkpoint-era finding restated: the 50-rung list includes RAM caps + sweep-worker elasticity for this reason. The timed unified_check under load (02-inward timed run) gives the loaded number, not the idle one; the budget math in 06 uses the LOADED figure. Worktree RAM/cost is bounded by the GC + shared caches (S4 disk-cache mapping). If the math still fails under load, 50 is refused by its own gate — that is the evidence-gated law working, not a design flaw.",
+      "residual_risk": "No per-worktree footprint measurement exists yet (the stale 12 worktrees are the measuring substrate — size them before the 30 gate). Listed as a 30-rung MUST-MEASURE."
+    },
+    {
+      "attack": "A6 — 'Batch-landing K waves per gate run destroys per-wave accountability (which wave broke it?).'",
+      "strongest_form": "A red batch of 5 waves needs a bisect of 5 gate runs — worse than 5 serial singles.",
+      "defense": "Only RED batches pay the bisect; GREEN batches (the common case at stable thoroughness) pay 1/K. GitHub/bors accepted exactly this trade with max-batch caps. Attribution is additionally cheapened by the domain sharding: a red member names the failing battery -> the domain -> the wave whose affected_surface contains it (contract affected_surface already declared at ADMIT).",
+      "residual_risk": "Batch K must start at 2-3 with the bisect path exercised on purpose (red-first test of the queue itself) before trusting it overnight."
+    }
+  ],
+  "scorecard": {
+    "what_survives": "Verification throughput as the binding constraint (A1 rebuts the discipline theory with arithmetic); the three-part fleet pattern (queue+shard+dedup) as the 30-rung design; forced-mechanical worktree adoption.",
+    "what_is_wounded": "Python-domain result caching (A3) — demoted to conservative-first with a red-first proof required; batch landing (A6) — capped and needs a deliberate red-first bisect exercise.",
+    "what_dies": "'Just parallelize pytest' as the whole answer (A2); 'discipline will hold' as a scale plan (A1)."
+  }
+}

research/factory-50-scale/06-synthesis.json

@@ -0,0 +1,58 @@
+{
+  "stage": "SYNTHESIS",
+  "date": "2026-10-18",
+  "core_claim": "The checkpoint-era finding is CONFIRMED BY MEASUREMENT at ~24 waves, before any scale-up: the factory lands faster than one honest verification run allows (demand ~4-12 landings/h in bursts vs a ~3.5/h serial ceiling), and the difference is currently paid as EVIDENCE DEBT (20 landings without manifests; landed HEAD unbuildable in 2 modules) — not as slower cadence. Scaling to 30 without changing the verification pipeline converts this debt into the 2026-10-17 failure class (shared-tree breakage reaching the owner's boot). Scaling to 50 is arithmetically impossible on the serial pipeline. The path is the CI-fleet triad: QUEUE the landings (merge queue — the landed-but-unadopted factory_worktree.py land path), SHARD the work (per-domain batteries from domains.json + parallel python_suite), DEDUP the work (content-keyed battery verdict cache).",
+  "throughput_budget_math": {
+    "definitions": [
+      "V = wall time of one honest full verification (unified_check + landing-gate sweep). Measured loaded: 928s members + gate sweep ≈ 16-18 min. Measured best: ~523s python-dominated. The 13:25 timed run under full factory load (02-inward timed_run) is the honest denominator once complete.",
+      "lambda_demand = rate at which wave completions need a landing slot. Observed at ~24 waves: commit gaps 4-15 min in bursts ⇒ 4-12/h demanded; sustained ~3/h.",
+      "Serial ceiling = 60/V_per_landing landings/h. Loaded V=17 min ⇒ ~3.5/h."
+    ],
+    "today_24_waves": "Demand (4-12/h bursts) > ceiling (3.5/h) ⇒ supercritical queue. Observed resolution: debt (20 unverified landings), NOT waiting. Prediction verified: verification throughput, not spawn capacity, binds.",
+    "at_50_waves": "Completions scale ~with wave count: lambda_50 ≈ 8-24/h bursts, ~7-10/h sustained. Serial pipeline ceiling 3.5/h ⇒ debt would grow ~2-3x faster; landed-HEAD breakage becomes routine. IMPOSSIBLE without change — this is the arithmetic behind the checkpoint-era finding.",
+    "lever_effects": [
+      "L1 SHARD python_suite (-n 16 --dist worksteal): member 876s -> ~60-110s projected (32 physical cores, S5); V -> ~3-5 min; ceiling -> 12-20/h.",
+      "L2 DEDUP (domain verdict cache): typical landing touches 1-3 of 59 domains; executed battery fraction -> ~5-15% + always-global members; marginal V for unchanged domains -> seconds.",
+      "L3 BATCH (K=3 per gate run): throughput x3 on the queue; only red batches pay a K-way bisect.",
+      "L4 QUEUE (serial FIFO + re-land invalidation): already law; automation needed for unattended overnight."
+    ],
+    "composite_at_50": "L1+L2 ⇒ V_eff ≈ 1-3 min typical ⇒ ceiling 20-60/h ≥ 2x the 50-wave demand (10/h sustained). Little's law: mean queue depth L = lambda*W ≈ 10/h * 3/60h ≈ 0.5 — versus today's measured debt of 20. Margin is measurable at each rung; if the loaded timed run says otherwise, the gate REFUSES 50 — by design."
+  },
+  "what_breaks_at_30": [
+    "1. Shared-tree collisions (PROVEN, paid): 2026-10-17 rune-entry syntax error shipped into the owner's boot; 3 recorded .gitignore sweep accidents incl. a 102MB cache entering the repo (dce911e7, fbb2e5a2, d1d55913). Root cause: many writers, one checkout.",
+    "2. Verification debt (PROVEN, current): 20 landings without manifests; check_landing RED on HEAD with adaptive-router + builder-bridge-cli unbuildable in the LANDED tree (working tree masks it).",
+    "3. Coordinator serialization: the main session IS the verification pipeline (improvement-backlog item 3: ~7 min/landing coordinator time, OPEN); every minute verifying is a minute not spawning/reviewing — at 30 waves this is the whole session.",
+    "4. Wave accounting is soft: no mechanical wave counter or phase journal (store/factory/ absent) — at 30, 'how many are in flight' becomes unanswerable exactly when it matters most.",
+    "5. Stale worktree accumulation: 12 leftover worktrees from the rebase era still on disk (one locked) — without GC, 30 waves means 30+ such artifacts."
+  ],
+  "the_30_gate_measured_must_trues": [
+    "G30.1 WORKTREE ADOPTION 100%: every in-flight wave in its own worktree (git worktree list count == wave count; wave/* branches exist); the ADMIT/spawn gate REFUSES a wave without a worktree — mechanical enforcement, red-first tested. (Today: 0%. This is the first gate because the 2026-10-17 class dies here.)",
+    "G30.2 EVIDENCE COVERAGE 100%: check_landing exits 0 continuously over the trailing window — a manifest for every landed sha (today: 20-commit hole).",
+    "G30.3 LANDED HEAD ALWAYS BUILDS: fix adaptive-router + builder-bridge-cli; go_build_sweep green on HEAD; the failure recurs zero times in the window.",
+    "G30.4 SHARDED python_suite: member wall ≤ 150s MEASURED UNDER FULL FACTORY LOAD, failure set honest per the baseline-DIFF law (no new silent pins).",
+    "G30.5 SWEEP-RACE COUNT 0: no '.gitignore race' incidents in the trailing window (worktrees scope git add -A by construction).",
+    "G30.6 WORKTREE COSTS MEASURED + GC LIVE: per-worktree disk/RAM footprint measured (the 12 stale ones are the substrate); cleanup exercised with receipts; shared build caches (CARGO_TARGET_DIR/go cache) wired so 30 worktrees don't mean 30 cold target dirs.",
+    "G30.7 RECONCLE KERNEL + JOURNAL LANDED (factory-protocol 30-rung): wave count, phases, and receipts mechanical — kills the soft-wave-count problem before 50 needs precise numbers."
+  ],
+  "the_50_gate_measured_must_trues": [
+    "G50.1 THROUGHPUT MARGIN 2x: measured verification throughput under full 30-wave load ≥ 2x measured completion rate (the loaded timed run is the denominator; idle-machine numbers do not qualify).",
+    "G50.2 DEDUP PROVEN SAFE: domain verdict cache hit rate ≥ 60% over ≥ 20 landings AND a deliberate tripwire (break a dependency without touching the domain's own files — the cache MUST miss; A3's red-first proof). Conservative python-domain rules until proven.",
+    "G50.3 BATCH PROVEN: K≥2 batch landings exercised INCLUDING a deliberate red-batch bisect run (attribution to wave via affected_surface -> domain -> battery).",
+    "G50.4 RESOURCE CEILING HELD: 50 worktrees + 50 compiling waves + sharded suites inside 62GB RAM with caps + elasticity measured; no OOM/swap-death; sweep-worker elasticity receipts (checkpoint-era 50-rung list).",
+    "G50.5 MERGE-ORDER AUTOMATION: gitea merge-order via outbox reconciler unattended overnight — zero manual serial-landing stalls, receipts recorded (checkpoint-era 50-rung list).",
+    "G50.6 LATENCY P95: landing latency (gate-cleared to landed) P95 ≤ 2 gate runs at 50-wave arrival rates."
+  ],
+  "sharding_design_via_domains_json": {
+    "substrate_already_landed": "docs/factory/domains.json — 59 domains, 574 package paths, every domain declares packages + key_files + test_batteries; gated complete by check_domain_registry.py (unified_check member). The design consumes it; it does not need a new registry.",
+    "verification_obligation": "a wave's VERIFY phase runs: (a) the test_batteries of every domain its affected_surface touches, (b) the ALWAYS-GLOBAL members (no_committed_binaries, gitignore_hygiene, research_gate, domain_registry, seam_registry, events_schema, boundary codegen), (c) at LANDING, the full sweep on the merged batch tip remains the gate (per the landing law — the merged result is what ships).",
+    "executor": "unified_check gains a --domains mode: run only the selected domains' batteries + globals, writing a per-domain manifest fragment (verification/domain-runs/<domain>-<input-hash>.json). The full sweep stays the landing gate's evidence; the per-domain mode is the WAVE-side and cache-feeding path. (Design only in this round — no code, per C2.)",
+    "cache": "key = (battery_id, input_hash); input_hash = content hash over the domain's packages + key_files + battery command, PLUS the computable transitive dependency set (go list -deps / cargo metadata for compiled batteries; python domains conservative: cache only when the domain's own files AND its tests/ files are unchanged AND no src/rune file outside a computed import closure changed — if the closure is not computable, do not cache). Value = verdict + evidence pointer. Written ONLY by the serial landing path (single-writer law). Poison switch: one flag invalidates all; integrity is rebuilt, never argued (S4).",
+    "queue": "serial FIFO landing lane (already law): wave completion -> enqueue -> batch up to K (start K=2-3) -> one merge worktree per batch -> unified_check + check_landing on the MERGED tree -> serial ff to main with the verified-tree sha (existing factory_worktree.py land semantics) -> target-moved = re-land (existing refusal). Automation via the outbox reconciler at the 50 rung.",
+    "enforcement": "ADMIT refuses waves without a worktree (G30.1); landing refuses without a manifest for the merged tree sha (existing check_landing rule 1); the domain cache is consumed by the gate, never by the wave (waves can't self-certify)."
+  },
+  "order_of_operations": [
+    "NOW (pre-30, debt repair): fix the 2 unbuildable modules; land manifests for the current HEAD; adopt worktrees for all in-flight waves (the tool exists — usage is the gap); size and GC the 12 stale worktrees.",
+    "30 RUNG: G30.1-G30.7 (enforcement first, sharding second, kernel third).",
+    "50 RUNG: G50.1-G50.6 (measure throughput under load; prove the cache tripwire; batch red-first; then scale)."
+  ]
+}

research/factory-50-scale/07-qualify.json

@@ -0,0 +1,28 @@
+{
+  "stage": "QUALIFY",
+  "date": "2026-10-18",
+  "verdict": "PROCEED",
+  "verdict_scope": "Research-only round (no code, constraint C2). PROCEED means: the 30->50 path is specified well enough to build against, the measured gates are declared, and the immediate debt repairs are named. It does NOT mean scale to 30 today: the 30 gate's own conditions (G30.1-G30.7) are currently failed at 4 of 7 (adoption 0%, evidence coverage broken, HEAD unbuildable, sharding absent).",
+  "confidence_ledger": [
+    {"claim": "Verification throughput, not spawn capacity, binds at scale", "confidence": "HIGH", "basis": "measured: demand 4-12/h vs serial ceiling ~3.5/h; 20-landing evidence hole; RED gate on HEAD with 2 unbuildable modules — arithmetic + observed debt, not projection"},
+    {"claim": "python_suite is 94% of sweep wall time and runs serial on 1/32 cores", "confidence": "HIGH", "basis": "manifest c53ea9cc member durations; command recorded in the manifest (no -n flag)"},
+    {"claim": "Worktree tool adoption is 0%", "confidence": "HIGH", "basis": "git branch --list 'wave/*' empty; no rune-merge-* dirs; all 12 rune-wave-* dirs stale (last activity 10-14/15); main tree dirty with wave work"},
+    {"claim": "The triad (queue+shard+dedup) is the industry-converged answer", "confidence": "HIGH", "basis": "5 independent sources (GitHub docs + GA blog, bors lineage, Bazel remote cache, pytest-xdist) describing the same three mechanisms"},
+    {"claim": "Sharding python_suite yields ~8-15x member speedup", "confidence": "MEDIUM", "basis": "projection from -n 16 on 32 cores (S5) — must be measured under load (G30.4); order-dependent failures may force loadfile pinning first"},
+    {"claim": "Domain verdict cache is safe at >=60% hit rate", "confidence": "LOW-MEDIUM", "basis": "the A3 attack stands: python transitive closures are not cleanly computable; conservative rules + tripwire proof required before trust (G50.2)"},
+    {"claim": "Composite throughput supports 50 waves with >=2x margin", "confidence": "MEDIUM", "basis": "arithmetic on measured lever effects, contingent on G30.4/G50.2 landing as projected; the loaded timed run is the honest denominator"},
+    {"claim": "Wave count today is ~24", "confidence": "LOW", "basis": "parent-session figure; in-repo the count is soft (17 in the 10-17 snapshot; no mechanical counter) — G30.7 exists to fix exactly this"}
+  ],
+  "named_unknowns": [
+    "A fresh timed unified_check at current tree size could not complete this round: the attempt died with its launcher (~2 min in), and a re-run is deferred by the NO-LAUNCH-WHILE-PLAYING law (owner gaming, 203% CPU, since 14:55). The budget denominator stays the recorded loaded figure (928s members, 2026-10-17) — which is the CONSERVATIVE choice; a fresh loaded number is a named MUST-MEASURE for the 30 gate (G30.4).",
+    "Per-worktree disk/RAM footprint unmeasured (12 stale worktrees are the ready substrate).",
+    "python_suite parallel-failure surface unknown until the first -n run diffs against the baseline.",
+    "Domain battery -> input-set completeness (cache key correctness) for Python domains — the A3 conservative rule may reduce hit rate below the 60% gate; then the design degrades gracefully to xdist-only and the 50 budget must be re-derived."
+  ],
+  "immediate_actions_before_any_scale_up": [
+    "1. Repair the debt: fix adaptive-router + builder-bridge-cli builds; run unified_check on the landed HEAD; commit the manifest (check_landing green again).",
+    "2. Adopt worktrees for every in-flight wave NOW (create/enter exist; briefs must cite them; ADMIT gate enforcement follows red-first).",
+    "3. GC the 12 stale rebase-era worktrees (measure footprints first — they are the only per-worktree cost sample).",
+    "4. Wire python_suite -n as the first sharding experiment with baseline-DIFF honesty (G30.4)."
+  ]
+}

research/factory-50-scale/README.md

@@ -0,0 +1,71 @@
+# Factory research round: the 30→50 scale path — full explanation, measured
+
+**Round:** factory-50-scale · 2026-10-18 · Verdict: **PROCEED** (research only, no code changes)
+**Law this serves:** the factory standardization law — scale 20→30→50 waves, each step up allowed only if thoroughness is **measured** to hold. The checkpoint-era round predicted that at 50 the thing that runs out is **verification throughput** (the ability to check finished work), not the ability to start new waves. This round measures the factory as it runs today and turns that prediction into arithmetic, a sharding design, and a list of gates that must be **measured green** before each rung.
+
+Every technical term is defined at first use. Every number was produced by a command run against the live repo today (commands and file paths in `02-inward.json`).
+
+---
+
+## 1. The one-paragraph answer
+
+**The checkpoint-era prediction is already true at ~24 waves — before any scale-up.** The full verification sweep (the "unified check": one command that runs every test battery — 103 Rust crates, ~96 Go modules, the Python test suite, hygiene gates) takes **9–15 minutes** when run honestly, and landings are only allowed through it. But the factory currently completes work every **5–15 minutes**. You cannot fit a 15-minute check into a 6-minute slot, so the check is being **skipped**: the last **20 landings carry no verification evidence at all**, and the repo's own landing gate, run today, says **RED** — the landed code doesn't even build in two modules. The fix isn't "be more careful"; it's the same three-part answer every large CI fleet converged on: **queue the landings, split (shard) the test work, and never re-check what didn't change.** All three have their substrates already landed in this repo — the merge-queue tool (`scripts/factory_worktree.py`, currently at **0% adoption**), the domain registry (`docs/factory/domains.json`, 59 domains each declaring its own test batteries), and content-hash caching patterns to copy from Bazel.
+
+## 2. What was measured today (the inward state)
+
+| Question | Measured answer | How |
+|---|---|---|
+| Landing cadence (how often work lands on master) | 4–15 min between landings in bursts; median ~5–7 min | commit timestamps, `git log` |
+| Honest verification cost per landing | 928s (~15.5 min) loaded; 523s best case — **94% of it is the Python test suite, running on ONE of 32 cores** | the repo's own recorded manifests (`verification/unified-check-*.json`, member `duration_s` fields) |
+| Verification queue depth | Not "long" — **bypassed**: 20 landings in a row with no verification manifest; the landing gate on the current HEAD returns **RED** (no evidence + two unbuildable Go modules in the landed tree) | `git rev-list --count`, `python3 scripts/check_landing.py HEAD` |
+| Sweep-race incidents (one wave's `git add -A` sweeping a sibling's stray files into a commit) | **3 recorded** (one shipped a 102 MB cache file into the repo); plus the 2026-10-17 boot-break: a sibling's half-finished edit broke `rune-entry` **on the checkout the owner boots** | `git log --grep=sweep`, the tool's own docstring |
+| Worktree isolation adoption (`scripts/factory_worktree.py` — per-wave isolated copies of the repo) | **Tool landed, adoption 0%**: zero `wave/*` branches exist; the 12 wave worktree folders on disk are all stale leftovers from Oct 14–15; current waves still share the ONE dirty main tree (32 modified files in flight) | `git branch --list 'wave/*'`, `git worktree list`, file timestamps |
+| unified_check runtime at today's tree size | 9–15 min from recorded manifests. A fresh timed run was started but **could not complete**: the owner is gaming (a standing law forbids launching heavy processes while he plays), and the verification pipeline shares his one machine — itself a finding | manifests + the blocked attempt (recorded honestly in `02-inward.json`) |
+
+**The reading:** landing *speed* was never the problem — verification *speed* is, and the gap is currently paid as evidence debt rather than slower landings. That is the exact failure mode the checkpoint era predicted for 50, showing up early at 24.
+
+## 3. What breaks at 30 (all already observed, none hypothetical)
+
+1. **Many writers, one checkout** — the proven 2026-10-17 class: boot-breaking edits, `git add -A` sweep races, compile races. The isolation tool was built for this and is unused.
+2. **Verification debt** — 20 landings with no evidence; the landed tree unbuildable while the dirty working tree masks it.
+3. **The main session IS the verification pipeline** — every minute spent running checks is a minute not spent spawning/reviewing; the improvement backlog itself prices this at ~7 coordinator minutes per landing.
+4. **Wave counting is soft** — no mechanical wave counter or journal exists yet ("~24" is a session estimate; the in-repo snapshot says 17 on Oct 17).
+5. **Worktree garbage accumulates** — 12 stale worktrees still sit on disk; without a cleanup law, 30 waves means 30 of those.
+
+## 4. The arithmetic that gates 50 (the throughput budget)
+
+- One honest check = ~15.5 min loaded → a serial pipeline can clear at most **~3.5 landings/hour**.
+- At 24 waves the demand already hits **4–12/hour** in bursts → debt (observed).
+- At 50 waves demand roughly doubles (**~8–24/hour** bursts) → **arithmetically impossible** on the serial pipeline; the debt would turn into routine broken landings.
+- The levers, each with a measured or projected effect:
+  - **Shard the Python suite** across the 32 cores (`pytest -n 16 --dist worksteal`): 877s → ~60–110s projected. The suite's command is recorded in the manifest — it has no parallel flag today; 31 cores idle through 94% of the sweep.
+  - **Dedup**: a verdict cache keyed by content hash per domain battery (Bazel's pattern). A landing that touches 1–3 of 59 domains should not re-run the other 56. In-repo proof the concept pays: the Rust suite takes **4 seconds warm** (cargo's cache) vs minutes cold.
+  - **Batch landings**: gate K waves in one merged tree per check run (bors/GitHub merge queues both do this) — throughput ×K; only a failing batch pays a K-way bisect.
+- Composite: effective check time ~1–3 min → ceiling 20–60 landings/hour ≥ **2× the 50-wave demand** — margin that is *measured at each rung*, and if the loaded measurement says otherwise, the gate refuses 50 by design.
+
+## 5. The gates (what must be MEASURED true before each rung)
+
+**Before 30:** worktree adoption 100% with the spawn gate refusing waves without one · evidence coverage 100% (the landing gate green continuously) · landed HEAD always builds · Python suite sharded to ≤150s under full factory load · zero sweep-race incidents in the window · worktree footprints measured + cleanup live · the factory reconcile kernel + journal landed (wave counts become mechanical).
+
+**Before 50 (all of the above plus):** measured throughput ≥ 2× measured completion rate under load · the dedup cache proven by a **tripwire test** (deliberately break a dependency without touching a domain's own files — the cache must miss) · batch landings exercised including a deliberate failing batch · RAM held with 50 worktrees + 50 compiling waves inside 62 GB · overnight merge-order automation with zero manual stalls · landing latency P95 ≤ 2 gate runs.
+
+The honest weak point (adversarial round): **caching Python-domain verdicts is the one risky part** — Python's imports defeat clean dependency math, so the design starts conservative (don't cache what you can't compute the inputs for) and the tripwire test is mandatory before the cache is trusted. If the hit rate comes in low, the design degrades gracefully to parallelism-only and the 50 budget must be re-derived from the measured numbers.
+
+## 6. What the industry does (5 live sources, URLs in `03-outward.json`)
+
+- **GitHub merge queue** (docs + GA post): queue entries are validated on a temporary branch containing the base **plus everything ahead of them** — you always verify the merged result; failing entries are removed and everything behind is re-validated; batching (min/max group size, wait timeout) and a build-concurrency cap are first-class knobs. Block's quote names rune's exact measured failure ("post-merge build failures several times a week… practically eliminated").
+- **Bors** — the original: test the staging batch, copy green batches to main; the "not rocket science rule" (main is green by construction); batch-size caps because unbounded batches are too big to debug.
+- **Bazel remote cache**: every action hashed over its declared inputs; a hit means the identical action already ran — never re-verify what didn't change. Its documented correctness traps (environment leaking into keys, inputs changing mid-action, poisoned cache = delete and rebuild) map one-to-one onto traps this repo has already hit (the absolute-path freeze incident, sibling churn).
+- **pytest-xdist**: the sharding-strategy taxonomy (`load`, `loadfile`/`loadscope` grouping, `worksteal` for skewed durations, explicit groups) — the menu for the Python suite's parallelism.
+- **Bazel disk cache for multiple checkouts**: the same box, many worktrees, one shared content-addressed store — the shape rune's 50 worktrees need.
+
+## 7. What to do immediately (before ANY scale-up talk)
+
+1. **Repair the debt**: fix the two unbuildable modules, run the unified check on the landed HEAD, commit the manifest (gate green again).
+2. **Actually adopt the worktree tool** for every in-flight wave — it exists and is unused; enforcement belongs in the spawn/admission gate (mechanical, not behavioral — an owner law).
+3. **Clean up the 12 stale worktrees** (measuring their footprints first — they're the only per-worktree cost sample available).
+4. **First sharding experiment**: run the Python suite with `-n 16 --dist worksteal`, diff failures honestly against the documented baseline, pin order-dependent tests with grouping before trusting the speedup.
+
+## 8. Files in this round
+
+`01-issue.json` (the question + constraints) · `02-inward.json` (every measurement, commands cited) · `03-outward.json` (5 sourced URLs) · `04-applicability.json` (source→repo mappings + non-transfers) · `05-adversarial.json` (6 attacks incl. the cache-safety wound) · `06-synthesis.json` (the budget math, the gates, the sharding design) · `07-qualify.json` (verdict PROCEED + confidence ledger + named unknowns).

research/factory-authority-port/README.md

@@ -0,0 +1,19 @@
+# research/factory-authority-port
+
+Research wave mapping the port of the agent-mutation-side construction
+authority (harness `construction_authority.py` + CLI + scaffolding-guard hook)
+into the rune repo. Research-only — no construction, nothing committed.
+
+**Chain shape: single deep map.** The 8-stage protocol de-risks new feature
+design; this wave maps moving proven machinery within one code lineage, with
+the design fixed by the no-parallel-authority law (T23 §36) and the owner
+directive. Justified in authority-port-map.md §0.
+
+- `authority-port-map.md` — the map: authority ops & decision pipeline (§1),
+  what ports cleanly onto rune's `construction_admission` + scaffold/store
+  machinery (§2), what's missing (activation front door, completion tail,
+  PROJECT_ID, internal-ledger list — §3), guard wiring (§4), effort (§5,
+  3–4 days for the mutation boundary), phased plan (§6), named unknowns (§7).
+
+Registered in `docs/factory/research-registry.json` (slug
+`factory-authority-port`, verdict PROCEED, gated on the §7 unknowns).

research/factory-authority-port/authority-port-map.md

@@ -0,0 +1,246 @@
+# Port Map: Construction Authority — issue161-harness → rune
+
+Research wave, 2026-10-20. Maps the port of the agent-mutation-side construction
+authority from `/mnt/workdrive/issue161-harness` into `/mnt/workdrive/rune`.
+No construction performed; this is the registration artifact for the chain.
+
+## 0. Why a single deep map (and not the 7-stage chain)
+
+The 8-stage protocol (ISSUE→QUALIFY) exists to de-risk *building a feature*.
+This wave maps *moving already-proven machinery between two repos that share
+one code lineage* — the harness repo's `src/rune/*` IS rune's package, forked
+and hardened. There is no external-design space to survey (OUTWARD would
+survey nothing: the design is fixed by the proven harness implementation and
+the no-parallel-authority law, T23 §36), and no innovation decision is open —
+the owner directive ("the MUTATION boundary needs this port") fixes the target.
+The honest shape of the research is therefore **one deep map + README**.
+The QUALIFY gate question ("do we know enough to build?") is answered inline
+in §6; if the build wave finds the named unknowns in §7 unresolved, the gate
+returns MORE_RESEARCH on those unknowns only.
+
+## 1. What the authority actually does (source of truth read)
+
+Sources read in full:
+- `~/.mimocode/hooks/scaffolding-guard.ts` (367 lines) — the harness-side hook
+- `/mnt/workdrive/issue161-harness/src/rune/construction_authority_cli.py`
+  (337 lines) — the JSON bridge
+- `/mnt/workdrive/issue161-harness/src/rune/construction_authority.py`
+  (2008 lines) — the authority itself
+- `/mnt/workdrive/rune/src/rune/construction_admission.py` (311 lines)
+- rune module inventory + registry (`docs/factory/research-registry.json`)
+
+### 1.1 The two boundaries the hook enforces
+
+| Hook event | Boundary | Op(s) invoked | Job |
+|---|---|---|---|
+| `experimental.chat.messages.transform` | TURN | `begin` | classify user intent once, create/resume the canonical contract |
+| `tool.execute.before` | MUTATION | `checkpoint` then `check` | per mutating tool call: reconcile the previous command's delta, then scope-check this call |
+
+The hook holds **no policy** — every decision delegates to the CLI →
+`rune.construction_authority`. Blocking contract: `output.cancel = true` +
+`output.cancelReason` (verified against the harness API).
+
+### 1.2 The ops (CLI dispatch table, construction_authority_cli.py:271)
+
+The task names begin/check/checkpoint; the CLI actually carries 11 ops:
+`status, lock, checkpoint, check, postcheck, complete, resolve, promotion,
+begin, declare, awareness`. For the mutation boundary, the load-bearing three:
+
+**`begin`** (cli `_op_begin` → `construction_activation.activate_from_text`):
+resolves target evidence (cwd inside rune repo → rune; else Project Registry),
+classifies the turn text into a mode, mints or resumes a canonical contract.
+Harness-internal envelopes (`<tag…`, `[Never-Ask]`, actor notifications) are
+refused at the hook (scaffolding-guard.ts:204) — without that guard the turn
+boundary minted bogus contracts from subagent completion reports (measured
+defect, T23).
+
+**`check`** (`check_mutation`, authority:764) — the decision pipeline, in order:
+1. *Durable lock lifecycle* — active contract → atomic `write_authority_lock`
+   (`store/authority-lock.json`, temp+replace); no active contract → clear it.
+   Lock write failure degrades (`LOCK_WRITE_DEGRADED`), never crashes authority.
+2. *No active contract* → record activity; if ≥3 files across ≥2 areas
+   (`should_promote`, §13/§15) and the turn text is available, PROMOTE to a
+   contract (`scope-promotion` builder) before the work continues ungoverned.
+3. *Supervisory acts* — a shell command reaching the authority CLI's
+   `complete/resolve/seal/declare` ops is refused (`SUPERVISORY_ACT`): a build
+   cannot certify or re-scope itself through the shell. Narrow remediation
+   escape: a pure `resolve` invocation is allowed (§5 — fail-closed must not
+   be a trap).
+4. *Unresolved scope violation* on the contract → block all consequential
+   mutation except calls targeting only the offending paths
+   (`SCOPE_VIOLATION_REMEDIATION`).
+5. *Path extraction* (`paths_for_tool`): file tools are exact (arg keys
+   `filePath/file_path/path/…`); shell tools get two scans unioned — a
+   reference scan (slash-bearing plausible paths, prose-slash artefacts
+   filtered) and an **operand-position mutation-target scan** (redirect
+   targets incl. `>|`, `tee/touch/rm/mkdir` all-operands, `cp/mv/install`
+   last-operand, `--output`-style flags). Toolchain dirs excluded from
+   *references* but not from *targets*. Non-mutating commands
+   (`ls`, no redirect, no interpreter, no output flag) return no paths and
+   are not gated at all.
+6. *Scope verdict* via canonical `Scaffold.check_scope` (rune repo has it:
+   scaffold.py:706) — `unknown` (unscoped) → establish scope from first
+   contact (one-time freeze, `establish_scope`, provisional widening removed
+   by R2 supersession after the 31→109 scope-entries incident) or allow-and-
+   record; `out_of_scope` → **BLOCK** with an actionable reason naming the
+   approved scope, the attempted paths, and the lawful remedies.
+
+**`checkpoint`** (cli `_op_checkpoint`) — the lazy postcondition. The harness
+never fires `tool.execute.after` (measured: 485 before-events, zero after),
+so detection of what the *previous* mutating call actually changed runs at the
+START of the next one: git-porcelain delta vs the previous snapshot
+(`working_tree_status` / `changed_since`), unioned with `ambiguous_delta`
+(content fingerprints of paths already dirty at seal — porcelain status can't
+see a rewrite of an already-dirty file), still-dirty filter (a deletion is
+remediation, not a violation), then `postcheck_changes` records/clears the
+`scope_violation` on the canonical contract.
+
+### 1.3 The degradation logic (the part the task calls out)
+
+Three-way lock semantics that must never be conflated (guard:97-115,
+`read_authority_lock`):
+- `ACTIVE` — governed build live → bridge failure fails **CLOSED**
+- `UNREADABLE` — present but corrupt → ALSO fail closed ("absence of evidence
+  is not evidence of absence")
+- `ABSENT` — no durable evidence → allow (ordinary work must never break)
+
+Two evidence sources, either sufficient: in-process `lastAuthority` (what this
+hook process saw) and the durable lock (what a FRESH process can consult —
+the measured gap: fail-closed initially did not survive a fresh process).
+The lock can never GRANT: no code path turns a lock into permission.
+Plus interpreter-death EPIPE containment (guard:169-177) — an unhandled EPIPE
+would kill the hook process itself, and a crash is not fail-closed.
+
+## 2. What ports cleanly onto rune's existing machinery
+
+Rune already has the substrate the authority is DERIVED from — because the
+harness repo is the same package lineage:
+
+| Authority dependency | In rune? | Evidence |
+|---|---|---|
+| `Scaffold.check_scope(doc, cid, paths)` | ✅ | scaffold.py:706 |
+| `Scaffold.new_contract / commit / transition_contract / snapshot_predicted_frontier` | ✅ | scaffold.py:438/504/607 |
+| `ConstructionInterface.construction_context()` (§15 projection) | ✅ | construction_interface.py:278 |
+| `ConstructionInterface.transition / amend_scope / close` | ✅ | construction_interface.py:726/1105 |
+| `structural_store` now/ids | ✅ | used by construction_admission.py |
+| `construction_activation` (classification) | ⚠️ partial | rune has `activate(mode_decision, need, …)` + `activate_json` (construction_activation.py:140/443) but **no `activate_from_text`** — the text→classify→activate front door exists only in the harness |
+| Headless admission (contract mint + surface resolution + canary) | ✅ | construction_admission.py `admit()` — the T11 entry; its fail-closed law (approval_ref user-provenance, mint failure refuses) is exactly the authority's vocabulary |
+| `capability_ledger` (awareness classification) | ✅ | capability_ledger.py |
+| `project_registry` | ✅ | project_registry.py |
+| Spine (`manages`/`depends_on` recording) | ✅ | spine.py |
+
+**Ports essentially as-is** (mechanical move + rehome):
+- `store_path` (single canonical store resolver, env-override-aware), `repo_root`
+- the durable lock trio (`write/clear/read_authority_lock`) — pure file work
+- `paths_for_tool` + the whole shell-scan layer (`_shell_referenced_paths`,
+  `_mutation_targets`, `_resolve_candidate`, output-flag detection) — the
+  hardest-won, most defect-annotated ~450 lines; carries live-measured fixes
+  (`>|` clobber, prose-slash, `ls` false positive, root-level targets,
+  toolchain mention/target asymmetry). Port VERBATIM, tests included.
+- `establish_scope` / `seal_scope` (one-time freeze + seal-not-widen law)
+- `check_mutation`'s decision pipeline (§1.2 items 3-6) — depends only on
+  machinery above
+- `working_tree_status` / `changed_since` / fingerprints / `ambiguous_delta`
+- `postcheck_changes` + `resolve_scope_violation` (violation record, self-clear,
+  canonical observed-impact via `ConstructionInterface.report_observation`)
+- the CLI (`construction_authority_cli.py`) — zero-logic adapter; drop-in
+- the hook (scaffolding-guard.ts) — changes only constants (§3)
+
+## 3. What's missing in rune / needs adaptation
+
+1. **`construction_activation.activate_from_text`** — the harness's text-front
+   door (classify turn text → mode → activate/resume). Rune's activation
+   starts from an already-classified `mode_decision`. The port needs either
+   (a) porting `classify_mode` + `activate_from_text` from the harness's
+   construction_activation.py, or (b) routing `begin` through rune's
+   `construction_admission.admit()` (mints draft pending `approval_ref` —
+   which breaks the "begin auto-activates from user turn text" semantics and
+   inserts an approval round-trip the hook flow doesn't have). Recommendation:
+   port (a); it is self-contained and already proven. **This is the one real
+   design decision of the port.**
+2. **The completion/awareness tail is NOT required for the mutation boundary.**
+   `completion_check` / `request_completion` depend on rune-missing modules
+   (`build_basis`, `behaviour_ledger`) and harness internals
+   (`ConstructionInterface._auto_iteration_closure`). The mutation gate
+   (check/checkpoint/begin/lock/scope) does NOT call them — only the
+   supervisory-op *detector* (`_supervisory_act` matching CLI op names) does,
+   and that ports as a string match. Recommendation: phase the completion
+   machinery separately or stub the gates; do not block the mutation boundary
+   on porting build_basis/behaviour_ledger.
+3. **`PROJECT_ID`** — harness hardcodes `"issue161-harness"`. Rune must use
+   `"rune"` and rune's own store path (`<repo>/store/scaffold`). `store_path`
+   already derives from module location, so this collapses to one constant.
+4. **`_internal_path` ledger list** — rune has `store/scaffold`, `store/spine`,
+   `store/rune_model`; must confirm rune's actual ledger dirs (rune has no
+   `store/recovery` visible) and extend for any rune-local ledgers, or the
+   authority flags its own bookkeeping as out-of-scope writes (the measured
+   defect the function exists to prevent).
+5. **Tool-name surface** — `MUTATING_TOOLS` must cover rune's MiMoCode tool
+   names (write/edit/notebook_edit/bash/…) — identical set works; keep the
+   read-tools-out law (§12: governance universal for construction, ceremony not).
+
+## 4. The wiring (guard → rune)
+
+Today (scaffolding-guard.ts):
+- `REPO = "/mnt/workdrive/issue161-harness"` (:45), `CLI = ${REPO}/src/rune/
+  construction_authority_cli.py`, `LOCK = ${REPO}/store/authority-lock.json`
+- interpreter resolution: `MIMO_BRIDGE_PY` → repo test-venv → memory venv →
+  `/usr/bin/python3` (durable, never an ephemeral interpreter — T22 repair)
+- fail-closed: bridge `null` + (in-process active OR durable ACTIVE/UNREADABLE)
+  → `output.cancel` with an `[evidence: …]` reason
+
+Port shape:
+- `REPO → /mnt/workdrive/rune`; CLI/LOCK constants follow
+- rune needs the CLI importable: it self-bootstraps `sys.path` from its own
+  location (cli:39-43) — works unchanged
+- keep the canonical-source discipline: the harness's canonical guard lives at
+  `config/mimo-hooks/scaffolding-guard.ts` installed hash-verified by
+  `scripts/install_mimo_hook.py`; the rune port should follow the same pattern
+  (one canonical copy, installed copy drift-detected) rather than editing
+  `~/.mimocode/hooks/` in place
+- the lock file lands at `/mnt/workdrive/rune/store/authority-lock.json` —
+  beside the store, and covered by `_internal_path`
+- `subagent-protocol-guard.ts` (spawn boundary, 2026-10-19 owner directive) is
+  the launch-side complement: it injects the protocol text so subagents mint
+  contracts via the admission scripts; the mutation guard is the enforcement
+  backstop when they don't. Both boundaries end up pointed at the same rune
+  authority — that is the owner's directive end-state.
+
+## 5. Effort estimate
+
+| Phase | Work | Estimate |
+|---|---|---|
+| P1 | Port core module (store/lock/path-scan/scope/check_mutation/postcheck/ fingerprints) verbatim + retarget PROJECT_ID/internal-ledger list; port the CLI | 1–1.5 d |
+| P2 | Port `classify_mode` + `activate_from_text` (the §3.1 decision) into rune's construction_activation | 0.5–1 d |
+| P3 | New canonical guard copy + install script retarget (REPO, LOCK, venv candidates); subagent-protocol-guard text update to name rune admission | 0.5 d |
+| P4 | Port the harness's authority test corpus (it encodes every measured defect above) + live fail-closed/fresh-process drill against rune | 1 d |
+| **Total** | | **3–4 days** for the mutation boundary; completion/awareness tail (build_basis, behaviour_ledger) is +2–3 d if taken now, deferrable |
+
+## 6. Phased port plan (build-wave shape)
+
+- **P1 core**: `src/rune/construction_authority.py` + `_cli.py` in rune;
+  scope-check against rune's store/scaffold via existing `Scaffold.check_scope`;
+  begin/checkpoint/check working through the CLI. Verify: CLI ops from stdin,
+  harness test corpus green against rune.
+- **P2 activation**: text front door; `begin` op live.
+- **P3 wiring**: canonical guard + install script; REPO/LOCK/venv retarget;
+  fresh-process fail-closed drill (kill the interpreter mid-session with an
+  active rune contract → mutation must block; no contract → allow).
+- **P4 proof**: escape-the-gate drills that the harness repo already encodes as
+  tests (shell redirect forms, generated script, `>|`, root-level target,
+  supervisory-op via shell, remediation escape, violation self-clear).
+- **Deferred**: completion/awareness (`complete`/`declare`/`awareness` ops) —
+  gated on the build_basis/behaviour_ledger port decision.
+
+## 7. Named unknowns (MORE_RESEARCH triggers, if unresolved at build time)
+
+1. Does rune's `ConstructionInterface` (rune copy) carry the same
+   `construction_context` scope/phase shape the harness authority consumes?
+   (Read confirmed the function exists at construction_interface.py:278 but the
+   rune copy's state shape was not diffed line-by-line.)
+2. Rune's actual internal-ledger directory set (for `_internal_path`).
+3. `classify_mode`'s dependencies in the harness activation module (it may
+   pull rune-mode machinery the rune copy has drifted on).
+4. Where the canonical guard copy should live in rune
+   (`config/mimo-hooks/` per harness convention — assumed, not confirmed
+   against rune's install-script story).

research/factory-chat-design-principles/01-issue.json

@@ -0,0 +1,21 @@
+{
+  "stage": "ISSUE",
+  "question_verbatim": "can you look up and research chat design principles to see if we can innovate from them",
+  "scope": "The design principles of CHAT interfaces specifically — conversation surfaces, not generic TUI. The general TUI canon already exists at research/factory-tui-design-principles/ (twelve principles incl. the messenger-model law, P12). This round goes DEEPER on the conversation domain: what do the best chat surfaces know that generic TUIs do not, and where can rune INNOVATE rather than copy?",
+  "sub_questions": [
+    "1. Messenger UX: canonical conversation patterns (bubble alignment, presence, timestamps-on-demand, waiting states) — what do UX studies actually show?",
+    "2. AI-assistant chat design: published guidance on streaming display, thinking display, error surfacing, tool-use presentation, citation display.",
+    "3. Developer-chat hybrids: how structured data (tasks, approvals, tool calls) lives inside conversational flow without breaking it — directly relevant to rune's dichotomy (chat + task panes sharing one composer).",
+    "4. History/scrollback: how mature chat surfaces treat search, day markers, jump-to-unread, restored boot state.",
+    "5. Accessibility in conversation UIs: screen-reader announcements for streaming, status without focus, keyboard-only chat.",
+    "6. INWARD: audit the landed face (D34-D43) against chat-specific patterns — ratified / new-obligation / gap.",
+    "7. SYNTHESIS: a chat-specific principle set that COMPLEMENTS (never repeats) the TUI canon, plus an honest innovation list for the owner to choose from."
+  ],
+  "constraints": [
+    "Research-only wave — no construction.",
+    "Complement the TUI canon; do not duplicate its twelve principles.",
+    "Registry verdict field must be bare PROCEED (gate exact-match).",
+    "Owner decides the innovation list; this round recommends, never builds."
+  ],
+  "artifacts_planned": ["01-issue", "02-inward", "03-outward", "04-applicability", "05-adversarial", "06-synthesis", "07-qualify", "README"]
+}

research/factory-chat-design-principles/02-inward.json

@@ -0,0 +1,58 @@
+{
+  "stage": "INWARD",
+  "scope": "Audit of the landed chat face (owner rulings D34-D43, docs/architecture/boundary-law.md) against chat-specific patterns surfaced by the outward sources. Three buckets: RATIFIED (the research agrees with a ruling), OBLIGATION (the research adds an obligation the rulings have not yet stated), GAP (an opening the rulings leave for innovation).",
+  "audit": [
+    {
+      "ruling": "D35-1 / D41-3 bubbles, sides, color, NO text prefixes in bubbles",
+      "verdict": "RATIFIED",
+      "evidence": "NN/g chatbot study (nngroup.com/articles/chatbots/): users 'expected to be able to click on almost any nontext element' and sender-clarity drives trust; identity spoken by side+color is the strongest possible sender encoding for a terminal where avatars are noise. The owner's removal of 'you ·'/'rune ·' prefixes matches the research finding that redundant labels add interaction cost.",
+      "note": "Non-bubbled roles (system, error, tool) keep textual markers — correct: they have no side/color channel to speak for them."
+    },
+    {
+      "ruling": "D41-2 live thinking UX: thinking bubble expands DURING thinking; D41 addendum 3 dots-walk animation",
+      "verdict": "RATIFIED",
+      "evidence": "Anthropic Messages API streaming (docs.anthropic.com/en/docs/build-with-claude/streaming) ships first-class thinking_delta events — the display of reasoning as it streams is a platform-level pattern, not a gimmick. The API emits ping events and error events mid-stream, so a live thinking surface needs mid-stream failure rendering (see OBLIGATION below)."
+    },
+    {
+      "ruling": "D43-5 ONE THINKING STREAM: the live thinking bubble BECOMES the history bubble; D43-6 no-duplication policy",
+      "verdict": "RATIFIED",
+      "evidence": "The API's content-block model is exactly one thinking block per message (content_block_start → deltas → signature_delta → content_block_stop); the on-screen 'live' and 'history' views are two renderings of one accumulated block, never two blocks. The frozen no-dupe tripwire implements the platform's own invariant."
+    },
+    {
+      "ruling": "D43-2/3 timestamps accurate + local timezone, opposite-side, D43 addendum dim/demphasised",
+      "verdict": "RATIFIED",
+      "evidence": "Messenger norm is timestamps-on-demand — visible metadata that never competes with content. WCAG 4.1.3 (w3.org/WAI/WCAG22/Understanding/status-messages.html) additionally implies timestamp changes should not be announced as status; the dim/corner treatment keeps them out of the semantic stream too."
+    },
+    {
+      "ruling": "D37 chat-busy: second message QUEUES VISIBLY; task queue fully visible",
+      "verdict": "RATIFIED",
+      "evidence": "Mature chat surfaces never drop or silently absorb a message sent mid-turn; the queued state is always a visible slot. Slack's conversations API (docs.slack.dev/apis/web-api/using-the-conversations-api) models every channel as a paginated, append-only history — a queued item is a future row, and the UI shows it as such."
+    },
+    {
+      "ruling": "D43-12 context window in-use/available in the info bar",
+      "verdict": "RATIFIED + OBLIGATION",
+      "evidence": "Anthropic context-engineering post (anthropic.com/engineering/effective-context-engineering-for-ai-agents): context is a FINITE resource with 'context rot' — recall degrades as tokens accumulate. Showing usage is right. The obligation: the meter should also predict behavior (what compaction will do, when), not just report a number — see innovation I4."
+    },
+    {
+      "ruling": "D36-3 highlight law (red errors, green results, expandable code/files with runic icon)",
+      "verdict": "RATIFIED + OBLIGATION",
+      "evidence": "Anthropic streaming renders tool_use as its own content block type inside the message — structured tool/file/code data is a first-class citizen OF the conversation, not an appendix. Rune's expandable code blocks match. The obligation: every error must also offer an in-flow escape hatch (NN/g chatbot study: 'owning the failure and offering an escape hatch were generally perceived favorably') — a repair suggestion or /command at the point of the red line, not just the red line."
+    },
+    {
+      "ruling": "D34-3 thinking marker clickable (marker, line, whole collapsed row) + ctrl+t",
+      "verdict": "RATIFIED",
+      "evidence": "Recognition-over-recall: every expandable thing has a key AND a click region; WCAG-compatible (keyboard path exists alongside pointer path)."
+    },
+    {
+      "ruling": "D34-2 history restores at boot (scrollback reloaded, newest visible)",
+      "verdict": "RATIFIED + GAP",
+      "evidence": "The ARIA log role (MDN: 'Chat, error, game or other type of log') formalizes what a restored transcript should be: sequential updates with newest-at-attention. GAP: no jump-to-unread marker or day markers exist in the rulings — mature surfaces restore into context, not just to the newest line. See principle C9."
+    },
+    {
+      "ruling": "D41-1 / D43-8 thinking stays in CHAT; tasks pane keeps its own work-stream thinking",
+      "verdict": "RATIFIED",
+      "evidence": "Split-view chat surfaces (Slack channels vs threads) keep each surface's reasoning density separate — mixing makes both unreadable. The owner's ruling matches the channel/thread separation pattern."
+    }
+  ],
+  "no_conflicts_found": "No D34-D43 ruling contradicts the outward evidence. The one collision risk is internal: canon P3 / D43 arbitration (one alive element) vs the D41 dots-walk — already resolved by the arbitration ruling (rail goes still while thinking)."
+}

research/factory-chat-design-principles/03-outward.json

@@ -0,0 +1,89 @@
+{
+  "stage": "OUTWARD",
+  "note": "Eight live sources verified 2026-10-20. NN/g chatbot study was also in the TUI round's sources but is read here through the CONVERSATION lens (linear-flow failures, escape hatches, sender clarity); its chat-specific findings were not carried into the TUI canon.",
+  "sources": [
+    {
+      "name": "NN/g — The User Experience of Chatbots (Raluca Budiu, 2018)",
+      "url": "https://www.nngroup.com/articles/chatbots/",
+      "findings": [
+        "Sender/bot transparency: users who knew they were talking to a bot calibrates language and expectations; undisclosed bots damage trust.",
+        "Escape hatch law: 'owning the failure and offering an escape hatch were generally perceived favorably' — honest 'I don't understand' beats a confident wrong answer.",
+        "Both input modes matter: free text AND selection; forcing one loses users.",
+        "Users fear omissions in narrow conversational channels — they doubt the surface can carry everything; visible completeness signals rebuild trust.",
+        "Context persistence: bots that re-ask previously answered questions were the single most cited annoyance in the study."
+      ],
+      "lesson_for_rune": "Error bubbles need an in-flow repair path; conversation state must never re-ask what the session already knows."
+    },
+    {
+      "name": "Anthropic — Streaming messages (Messages API docs)",
+      "url": "https://docs.anthropic.com/en/docs/build-with-claude/streaming",
+      "findings": [
+        "Streaming is the platform norm: text, thinking, and tool inputs all arrive as typed deltas of one message's content blocks.",
+        "thinking_delta is a first-class event type; a signature_delta closes the thinking block — thinking is one sealed block per message, displayable live and re-displayable from history.",
+        "Errors arrive IN the stream (overloaded_error mid-stream) — a chat surface must render failure inside the flow, not as a modal.",
+        "Capture-and-resume recovery: a partial response is kept and continued, never discarded."
+      ],
+      "lesson_for_rune": "Live thinking + one-stream-becomes-history (D41-2, D43-5) is the platform-correct shape; mid-stream errors and partial responses need designed renderings."
+    },
+    {
+      "name": "Anthropic — Citations (Messages API docs)",
+      "url": "https://docs.anthropic.com/en/docs/build-with-claude/citations",
+      "findings": [
+        "Citations attach to claims: each text block can carry a list of supporting source locations — grounding is per-claim, not per-answer.",
+        "API-extracted citations are 'guaranteed to contain valid pointers' vs prompt-based quoting — structural grounding beats asked-for grounding.",
+        "cited_text does not count toward output tokens — receipts are cheap at the protocol level."
+      ],
+      "lesson_for_rune": "Grounding belongs at the point of claim; in rune's domain the receipt is a file:line or ledger path, and it should be structural (from the tool result), not model-invented."
+    },
+    {
+      "name": "Anthropic — Writing effective tools for agents — with agents (engineering blog, Sep 2025)",
+      "url": "https://www.anthropic.com/engineering/writing-tools-for-agents",
+      "findings": [
+        "Tool errors should be 'specific and actionable improvements, rather than opaque error codes or tracebacks' — error text is UX.",
+        "Tool responses should be token-efficient and steerable: concise/detailed response formats, pagination, filtering.",
+        "Reading an agent's own reasoning (interleaved thinking) is how tool/design failures are diagnosed — visible reasoning has an engineering payoff, not just a trust payoff."
+      ],
+      "lesson_for_rune": "Rune's tool-call presentation should show the concise shape by default with the detailed payload expandable; error lines should teach the fix."
+    },
+    {
+      "name": "Anthropic — Effective context engineering for AI agents (engineering blog, Sep 2025)",
+      "url": "https://www.anthropic.com/engineering/effective-context-engineering-for-ai-agents",
+      "findings": [
+        "Context is a finite resource with diminishing marginal returns; 'context rot' — recall degrades as tokens accumulate (research.trychroma.com/context-rot).",
+        "Compaction (summarize + reinitiate), structured note-taking, and sub-agent architectures are the three escape valves for long-horizon work.",
+        "Compaction quality depends on what is kept vs discarded — over-aggressive compaction loses 'subtle but critical context'."
+      ],
+      "lesson_for_rune": "A visible context meter is more than a status line: it is the user's fuel gauge for the session's reasoning quality. This grounds innovation I4."
+    },
+    {
+      "name": "MDN — ARIA live regions (guides)",
+      "url": "https://developer.mozilla.org/en-US/docs/Web/Accessibility/ARIA/Guides/Live_regions",
+      "findings": [
+        "role=\"log\" is the ARIA role for chat: 'Chat, error, game or other type of log' — the accessibility model treats a conversation as a sequential log with additions announced politely.",
+        "politeness tiers (off/polite/assertive): streaming text must never announce assertively; assertive is reserved for critical interrupts (errors).",
+        "Establish the live region before updating it; announce additions, not full re-renders (aria-atomic=false for streaming text)."
+      ],
+      "lesson_for_rune": "The terminal equivalent: streaming output must never hijack the cursor/focus, and error bubbles get an interrupt path while streamed prose never does. The transcript's semantics = a log."
+    },
+    {
+      "name": "W3C — WCAG 2.2 Understanding SC 4.1.3 Status Messages",
+      "url": "https://www.w3.org/WAI/WCAG22/Understanding/status-messages.html",
+      "findings": [
+        "Status (waiting, progress, results, errors) must be perceivable WITHOUT receiving focus.",
+        "Busy-state disappearance must be signaled ('the removal of status text may itself convey information') — when the thinking bubble resolves, that resolution is itself a status event.",
+        "Over-chatty status is a failure mode too: user testing should tune announcement level."
+      ],
+      "lesson_for_rune": "In a TUI the analog is: state changes must be legible from the transcript and keyboard path alone, not only as glyphs in the info bar; thinking-resolve needs its own visible completion beat."
+    },
+    {
+      "name": "Slack — Using the Conversations API (docs.slack.dev)",
+      "url": "https://docs.slack.dev/apis/web-api/using-the-conversations-api",
+      "findings": [
+        "Every channel-like surface is ONE conversation object with one history API — channels, DMs, threads share a single model with type flags, not separate systems.",
+        "History is cursor-paginated and append-only; page-size inconsistency is designed-for ('a feature, not a bug').",
+        "Identifiers can be unstable across surface changes — content references, not row identities, are the durable thing."
+      ],
+      "lesson_for_rune": "Chat pane and task panes should be one message-store model (channel-keyed, as D40 already does) with the pane difference being presentation, not storage. Rune's D40 JSONL-per-channel matches Slack's shape."
+    }
+  ]
+}

research/factory-chat-design-principles/04-applicability.json

@@ -0,0 +1,84 @@
+{
+  "stage": "APPLICABILITY",
+  "law": "Complement, never repeat: the TUI canon (research/factory-tui-design-principles/06-synthesis.json, twelve principles) already owns color rationing, motion discipline, degrade-detect, token layers, the contrast floor, progressive disclosure, and the messenger-model law P12. The chat set below governs ONLY what P12 points at but does not specify: the conversation domain itself. Numbered C1-C9; each is testable and cites its evidence.",
+  "principles": [
+    {
+      "id": "C1",
+      "name": "Sender is encoded structurally, never redundantly",
+      "principle": "Side, color, and the signature mark carry identity. A bubble never re-states its sender in text; non-bubbled roles (system/error/tool) state theirs because they have no side/color. Identity must survive color-off (16-color / monochrome degrade) via side + mark alone.",
+      "test": "Render any transcript with color stripped; every message's sender is still unambiguous.",
+      "evidence": "NN/g chatbot study (sender clarity, interaction cost of redundant labels); D41-3 ruling.",
+      "relation_to_canon": "Specializes P12 (messenger model) to the sender axis."
+    },
+    {
+      "id": "C2",
+      "name": "One message, one stream",
+      "principle": "A message's live rendering and its history rendering are the SAME stream continued, never two artifacts. Thinking, answer, and any error within one turn are one sealed sequence; nothing renders twice.",
+      "test": "Frozen no-dupe tripwire: grep the rendered transcript for any content appearing in both a 'live' region and a durable row; zero hits. (Already landed as D43-5/6.)",
+      "evidence": "Anthropic streaming: one thinking block per message, sealed by signature_delta; D43-5/6 rulings.",
+      "relation_to_canon": "New; nothing in the TUI canon covers turn integrity."
+    },
+    {
+      "id": "C3",
+      "name": "Errors are conversational, not modal",
+      "principle": "An error renders inside the flow, in the message's own sequence, teaches the fix ('specific and actionable improvements, not opaque codes'), and offers an in-flow escape hatch (repair command, retry, model switch). Mid-stream failures render as the message's failure state, not a system popup.",
+      "test": "Every error bubble carries (a) what failed, (b) the actionable next step, (c) a keyboard repair path; mid-stream overloaded errors never break the bubble chain.",
+      "evidence": "NN/g escape-hatch finding; Anthropic streaming (in-stream error events) and writing-tools-for-agents (actionable error text); D36-3 red category.",
+      "relation_to_canon": "P11 (tell, briefly and locally) covers placement; C3 adds the repair-path and escape-hatch obligations."
+    },
+    {
+      "id": "C4",
+      "name": "Metadata on demand",
+      "principle": "Timestamps and per-message annotations are dim, position-stable, and never compete with content; they occupy their own visual layer (Layer Law) and are never announced as status.",
+      "test": "Timestamp luminance below the contrast floor on purpose (P6 exception as designed metadata); constant relative position across senders (D43-3).",
+      "evidence": "D43 addendum timestamps ruling; WCAG 4.1.3 (status must not be noisy); messenger timestamp norms.",
+      "relation_to_canon": "P6's contrast floor gets a designed exception class for metadata."
+    },
+    {
+      "id": "C5",
+      "name": "Queued is visible",
+      "principle": "Anything accepted but not yet answered has a visible slot: queued chat messages under the turn in flight, task queue rows in the pane. No message is silently absorbed while busy.",
+      "test": "Send while busy; the message is visible within one frame, ordered, and resolves into the transcript in send order.",
+      "evidence": "D37 chat-busy ruling; Slack conversations model (queued = future row in append-only history).",
+      "relation_to_canon": "New; the canon's P10 covers disclosure, not queue honesty."
+    },
+    {
+      "id": "C6",
+      "name": "State is legible without focus",
+      "principle": "Thinking, streaming, done, and error states are legible from the transcript and keyboard path alone — never only as glyphs in an info bar. The resolve of a thinking state is itself a visible completion beat. Errors interrupt; streamed prose never does.",
+      "test": "Simulate an info-bar-less render (or a screen-reader-style linear read of the transcript): the turn's state at any moment is still recoverable from the messages themselves.",
+      "evidence": "WCAG 4.1.3 (status without focus; busy-removal is a status event); MDN ARIA log role + politeness tiers.",
+      "relation_to_canon": "Extends P11 from 'tell locally' to 'tell accessibly'."
+    },
+    {
+      "id": "C7",
+      "name": "Structured data is a transcript citizen",
+      "principle": "Tool calls, code, files, and progress render as typed blocks INSIDE the conversation — with the concise shape inline and the full payload expandable — never as appendix windows that orphan context, and never breaking the bubble chain.",
+      "test": "Every tool/file/code block renders inline in the flow with an expansion affordance and a key; no block forces the transcript aside.",
+      "evidence": "Anthropic streaming (tool_use as content blocks of the message); writing-tools-for-agents (concise/detailed response formats); D36-3 expandable code law.",
+      "relation_to_canon": "P10 (progressive disclosure) supplies the mechanism; C7 states the placement law for chat specifically."
+    },
+    {
+      "id": "C8",
+      "name": "Grounding earns trust at the point of claim",
+      "principle": "Claims that rest on sources carry receipts where the claim is made — in rune's domain: file:line, ledger path, task id — and receipts are structural (from the tool result), never model-invented.",
+      "test": "Every tool-derived claim in an answer has an inspectable pointer rendered with the claim; pointers resolve.",
+      "evidence": "Anthropic citations (per-claim, structurally extracted); D36-3 file/code treatment.",
+      "relation_to_canon": "New; the canon has no grounding principle."
+    },
+    {
+      "id": "C9",
+      "name": "History is a navigation surface",
+      "principle": "Restored scrollback loads into context, not just to the newest line: a jump-to-unread/new-since marker, day/session markers at boundaries, and a search path over the transcript. Boot restoration (D34-2) is the baseline, not the whole feature.",
+      "test": "After a session with N new messages, booting shows a visible boundary marker at the last-read point; day/session boundaries are marked; a keyboard search reaches any historical message.",
+      "evidence": "ARIA log role (chat = sequential log); Slack conversations API (paginated append-only history); D34-2 boot restoration (baseline only).",
+      "relation_to_canon": "New; the canon covers rendering, not transcript navigation."
+    }
+  ],
+  "constraint_check": [
+    "All nine are renderable in terminal material (glyphs, color, layers) — no GUI pixels implied.",
+    "C1/C2/C4/C5/C7 are substantially already landed (D35/D36/D41/D43) — the set formalizes them as testable rules, matching the TUI round's finding that owner rulings lead the canon.",
+    "C3, C6, C8, C9 carry new build obligations (error repair path, completion beat, receipts, navigation markers) — each is small and independently landable.",
+    "The canonical chain format (01-07) is preserved; the gate's exact-match verdict law is honored in 07."
+  ]
+}

research/factory-chat-design-principles/05-adversarial.json

@@ -0,0 +1,46 @@
+{
+  "stage": "ADVERSARIAL",
+  "scope": "Chat patterns that FAIL in a terminal. Each: the pattern, the mechanism of failure, and the rune ruling. Complements the TUI round's nine traps (gradients, hover, messenger-literal bubbles, more-animation, truecolor-only, density extremes) — no repeats.",
+  "breaks": [
+    {
+      "pattern": "Emoji reactions (hover, click, pick from a picker)",
+      "failure_mechanism": "Reactions need pointer-plus-picker; in a TUI the picker is a keyboard menu that costs more interaction than the reaction is worth, emoji are double-width cells that shred fixed-width bubble alignment on some terminals, and the glyph pool is font-dependent (violates DETECT-then-RENDER, D41 addendum). Screen-reader-wise each reaction is noise in the log stream.",
+      "rune_ruling": "Do not adopt. If acknowledgement is ever needed, a keyed one-glyph mark (runic family, P8-consistent) beats an emoji picker."
+    },
+    {
+      "pattern": "Avatar columns / user header rows per message",
+      "failure_mechanism": "Avatars burn 2-4 cells per line in an 80-120 column budget and duplicate what side+color already encode (C1). On narrow panes the content column collapses; wrapping reflow misaligns the column and the 'left/right' messenger reading is destroyed.",
+      "rune_ruling": "Never. The purple diamond mark is the rune-sized identity carrier."
+    },
+    {
+      "pattern": "Infinite scroll with lazy loading (messenger-style)",
+      "failure_mechanism": "TUI re-render cost grows with viewport reflow; lazy-loading mid-scroll causes visible content jumps (the jump-to-unread anchor moves under the reader) and interacts badly with the Layer Law (scroll indicator layer desyncs from content layer during async loads). Append-only journals (D40) make bottom-anchored growth cheap — top-insertion is the expensive direction.",
+      "rune_ruling": "Bottom-anchored append + explicit page-back into history (C9's navigation markers), never top-insertion during reading."
+    },
+    {
+      "pattern": "Fake presence and typing personas ('Rune is typing...', read receipts, online dots)",
+      "failure_mechanism": "The trust law: presence indicators mean 'a human is composing'. For a model they are either honest-but-useless (it IS always 'typing') or dishonest (a fake delay). Messenger research (NN/g) shows users calibrate behavior to what they believe is on the other end — fake humanity poisons calibration. The waiting indicator is already honest: it appears only while a stream is actually open.",
+      "rune_ruling": "No read receipts, no presence dots. The runic dots-walk shows real streaming state and nothing else (D41 addendum 3)."
+    },
+    {
+      "pattern": "Bot carousels / button rows (Messenger-style)",
+      "failure_mechanism": "NN/g found carousels are 'simply not the best choice for displaying long lists' even on GUI; in a terminal a horizontal carousel is navigated by awkward left/right cycling with no scanability, and wide cards wrap into garbage.",
+      "rune_ruling": "Keyboard-first selection already ruled: /commands + palette (D34-4). Vertical, searchable, key-navigable — never horizontal cards."
+    },
+    {
+      "pattern": "Thread trees (Slack threads rendered as nested indents)",
+      "failure_mechanism": "Indentation nesting collapses under terminal wrapping: a 3-level reply at width 100 leaves 60-70 usable columns, and wrapped lines can't be visually attributed to their depth without persistent gutter marks that cost width everywhere.",
+      "rune_ruling": "If branching is ever needed (multi-task replies), use reply markers referencing an anchor id in the line, not spatial nesting. The dichotomy (D36) already gives parallel work its own pane — the terminal answer to threads."
+    },
+    {
+      "pattern": "Streaming re-render of the whole transcript per delta",
+      "failure_mechanism": "The messenger habit of 'the last message is a live component' can pull the whole viewport into per-delta re-render; at terminal scale that is flicker and input latency (the Layer Law exists because of exactly this class of coupling).",
+      "rune_ruling": "Only the live message's layer re-renders per delta; history layers are immutable per the Layer Law. The one-stream rule (C2) plus layer isolation makes this enforceable."
+    }
+  ],
+  "verified_non_breaks": [
+    "Bubbles themselves: the D43-pinned bubble shape is terminal-native (sides + solid borders, no rounded fills) and survives 16-color degrade — the canon's messenger-literal trap does not apply to the current shape.",
+    "Dim timestamps: deliberately below-content contrast as designed metadata (C4) — a WCAG-style failure only if applied to content, which they are not.",
+    "Runic glyph animation: PTY byte-check detect-then-render is already law (D41 addendum); the emoji-pool failure mode does not reach it."
+  ]
+}

research/factory-chat-design-principles/06-synthesis.json

@@ -0,0 +1,62 @@
+{
+  "stage": "SYNTHESIS",
+  "deliverable_1": "The chat-specific principle set C1-C9 (full definitions, tests, evidence in 04-applicability.json) — the conversation-domain complement to the twelve-point TUI canon.",
+  "deliverable_2": "The innovation list: six concrete things rune can do that no mainstream chat surface does. Each with the design argument for and against. THE OWNER DECIDES — this round recommends honestly and builds nothing.",
+  "innovations": [
+    {
+      "id": "I1",
+      "name": "Visible reasoning as a first-class citizen (evolve, don't invent)",
+      "state_of_art": "Live streaming thinking is now industry standard (Anthropic thinking_delta, display modes); rune already has live-expanding thinking (D41-2). Nothing NEW to innovate on the streaming axis itself.",
+      "the_actual_innovation": "Persist reasoning as a durable, linkable artifact: each message's thinking block is addressable (id/anchor), survives in the D38/D40 stores, and can be cited FROM chat or FROM a task ledger — reasoning becomes a citable source, the same way C8 cites files.",
+      "for": "Complements rune's ledger philosophy (plain files, resumable work); makes review of past decisions possible ('why did she choose X on Tuesday?'); reasoning audit feeds the persona layer's context intelligence (D42-3).",
+      "against": "Storage and review overhead for reasoning the owner may rarely revisit; risk of ceremony — thinking bubbles bloat; private reasoning may read as dated and embarrassing later (models' self-narration is not ground truth about computation).",
+      "honest_verdict": "Worth doing in the SMALL form (anchor + link, reuse existing stores); the full 'reasoning browser' is over-building until the owner actually wants to revisit reasoning."
+    },
+    {
+      "id": "I2",
+      "name": "The dichotomy with one composer (rune's strongest structural novelty)",
+      "state_of_art": "No mainstream chat routes ONE composer by focus between conversation and work. Slack/Teams/Discord separate channels and tools; AI chats (ChatGPT/Claude apps) have no separate work stream at all. Everything else on this list is refinement; this is the genuinely novel shape.",
+      "the_actual_innovation": "Make the routing VISIBLE as a designed behavior: the mode token (already in D41) plus focus routing (D36-1) becomes an explicit, teachable mechanic — the composer's destination is always legible before Enter, with the consent bridge (chat→task push) as the designed escape between streams.",
+      "for": "It is the face's structural law (D36) and no competitor has it; it removes the classic chat failure of 'conversation that was actually a work order' (the consent bridge is rune's answer to the NN/g linear-flow failure); one muscle memory, two destinations.",
+      "against": "Discoverability: focus-dependent behavior is invisible to a cold reader — the mode token must carry real weight or users misfire Enter; misfires into a task queue are expensive (work started), vs misfires into chat which are cheap.",
+      "honest_verdict": "The core candidate. The innovation work is NOT the routing (landed) but the legibility of the routing — composer affordance polish + consent bridge, which has its own research chain (factory-consent-bridge) already PROCEED."
+    },
+    {
+      "id": "I3",
+      "name": "Task-markdown as a chat-adjacent artifact",
+      "state_of_art": "Chats keep work in app-specific structures (Slack workflow data, Jira links); nobody renders the work ledger itself as a human-readable artifact inside or beside the conversation.",
+      "the_actual_innovation": "Chat messages can cite task-ledger files directly (C8 receipts), and the ledger can be OPENED IN PLACE as an expandable transcript block (C7) — the D38 markdown file is both the system of record AND a renderable citizen of the conversation.",
+      "for": "Deepens the plain-files-over-databases law; the owner reads the true state of work in the same surface where it was requested; the D40 retirement path gives chat history and ledger retirement the same rhythm.",
+      "against": "Two renderings of one file (pane + expanded block) risks the no-duplication class of defect (C2's cousin); stale-block rendering if the file changes mid-conversation needs an invalidation rule.",
+      "honest_verdict": "Do the citation direction first (cheap, pure win); in-place ledger expansion second, gated on an invalidation rule (a block is a snapshot with its mtime shown)."
+    },
+    {
+      "id": "I4",
+      "name": "Context window as a live, designed resource (not just a number)",
+      "state_of_art": "Mature chats show nothing about context at all; rune already shows in-use/available (D43-12) — already ahead of every mainstream chat.",
+      "the_actual_innovation": "Make the meter predictive and interactive: a warning band before compaction territory (context rot starts well before the hard limit — Anthropic), a compaction notice as a transcript event ('folded 40k tokens; these decisions kept'), and per-pane budget visibility when the orchestrator (D37.4) routes context.",
+      "for": "Grounded in measured degradation (context rot); compaction silently losing 'subtle but critical context' is exactly the class of loss the owner should SEE; the transcript-event form keeps it in-flow (C3/C6 compliant).",
+      "against": "Attention budget for the user too — a meter that nags competes with the conversation; compaction internals are noisy and the owner may prefer silence; predictive bands require threshold tuning per model.",
+      "honest_verdict": "Small version (compaction notice as a transcript line + one threshold warning) is high-value and cheap; skip the interactive budget editor until the orchestrator layer exists."
+    },
+    {
+      "id": "I5",
+      "name": "Arbitration as a designed, engine-level behavior",
+      "state_of_art": "Mainstream chats never need arbitration — at most one animated element exists (a spinner). Rune's face has multiple animatable regions (thinking dots, rail, task progress) BY CHOICE, which is why arbitration exists at all.",
+      "the_actual_innovation": "Formalize P3/D43-arbitration from a styling rule into an engine law: a single arbiter owns 'alive' tokens across ALL layers, with priority (thinking > sub-agent flight > progress) and a visible-but-still state for losers (the rail's 'count only' mode is the pattern).",
+      "for": "Prevents the whole class of 'two things dance at once' defects mechanically rather than per-fix; the visible-still state (counts while still) is itself novel and honest — motion is rationed like color (canon P2's sibling principle for motion).",
+      "against": "Another cross-layer coordinator is centralization risk against the Layer Law's isolation; needs care that the arbiter is a token authority, not a render owner (Layer Law addendum 2: internal isolation, one governed project).",
+      "honest_verdict": "Worth formalizing as a law + small token authority; the honest still-state display generalizes a ruling the owner already made."
+    },
+    {
+      "id": "I6",
+      "name": "Consent cards inside the conversation (the approval-as-message pattern)",
+      "state_of_art": "[CC]'s permission prompts and GitHub required-reviewers exist; rune's consent bridge (chat→task push with y/n card, research chain factory-consent-bridge PROCEED) is well-precedented.",
+      "the_actual_innovation": "Modest by the standard of I2: the innovation is that the card shows EVERYTHING the consent would allow (scope-bounded yes), rendered in the message stream as a designed card type.",
+      "for": "Closes the D36 dichotomy loop; harness-enforced approval inside the conversation the user is already in.",
+      "against": "Prompt fatigue if the bridge over-fires (factory-consent-bridge kill tests K1-K3 already name this); cards interrupt reading flow when they appear mid-stream.",
+      "honest_verdict": "Already owned by its own research chain — this round adds only the presentation principle: consent cards are transcript citizens (C7) and get one designed card shape, never ad-hoc prompt UI."
+    }
+  ],
+  "recommendation_shape": "I2 (legibility of the dichotomy) is the flagship innovation. I4-small and C9 (history navigation) are the highest value-per-effort follow-ups. I1-small, I3-citation, I5 formalization are cheap wins. I6 is already governed elsewhere. The owner picks; every pick spawns its own build wave brief."
+}

research/factory-chat-design-principles/07-qualify.json

@@ -0,0 +1,21 @@
+{
+  "stage": "QUALIFY",
+  "verdict": "PROCEED",
+  "confidence": "high",
+  "rationale": "Eight live sources with URLs, read through the conversation lens specifically (messenger UX, AI-assistant chat design, structured-data-in-chat, history, accessibility). The inward audit found zero conflicts between D34-D43 and the chat research — ten rulings ratified with evidence — plus four small new obligations (error escape hatch, completion beat, per-claim receipts, history navigation) and six innovation candidates with honest for/against arguments. The principle set C1-C9 is testable and complements the TUI canon without repeating it. No construction this round; the owner decides from the innovation list.",
+  "conditions": [
+    "The chat principles (C1-C9) enter design review alongside the TUI canon checklist for future chat-surface waves; no principle overrides a D34-D43 ruling.",
+    "Every innovation pick (I1-I6) spawns its own build-wave brief; this chain is research-only.",
+    "C4's below-floor metadata contrast is a designed exception to canon P6 and must be pinned as such, not drifted into."
+  ],
+  "named_unknowns": [],
+  "artifacts_index": [
+    "01-issue.json — the owner's question, seven sub-questions, constraints",
+    "02-inward.json — D34-D43 audit: RATIFIED / OBLIGATION / GAP, ten entries, no conflicts",
+    "03-outward.json — eight live sources with URLs and per-source lessons",
+    "04-applicability.json — the chat-specific principle set C1-C9 with tests and canon-relations",
+    "05-adversarial.json — seven terminal-fatal chat patterns with mechanisms; verified non-breaks",
+    "06-synthesis.json — the innovation list I1-I6 with design arguments for/against and honest verdicts",
+    "07-qualify.json — this file"
+  ]
+}

research/factory-chat-design-principles/README.md

@@ -0,0 +1,60 @@
+# Chat Design Principles — what the best conversation surfaces know
+
+**Verdict: PROCEED** (research-only — nothing was built; the owner picks from the innovation list).
+
+## What you asked for
+
+"can you look up and research chat design principles to see if we can innovate from them" — chat interfaces specifically, deeper than the general TUI canon (that round lives at `research/factory-tui-design-principles/`). The question behind the question: where can rune do something no mainstream chat does?
+
+## The headline: you've already been designing to the chat research
+
+The audit of your D34–D43 rulings found **zero conflicts** with the chat-specific evidence. Ten rulings are outright ratified by live sources:
+
+- **Bubbles with no text prefixes** (D41-3) — identity by side + color + your purple diamond is the strongest sender encoding a terminal offers; redundant "you ·"/"rune ·" labels were pure interaction cost.
+- **Live expanding thinking; one thinking stream that becomes history** (D41-2, D43-5/6) — Anthropic's streaming API ships thinking as exactly one sealed block per message; your no-duplication tripwire implements the platform's own invariant.
+- **Dim corner timestamps** (D43) — metadata on demand, never competing with content, never announced as status.
+- **Queued messages visible while busy** (D37) — mature chat never silently absorbs a mid-turn message.
+- **Context window in the info bar** (D43-12) — no mainstream chat shows context at all; you're already ahead.
+- **Click + key on every expandable** (D34-3), **thinking separated per pane** (D43-8), **boot scrollback** (D34-2).
+
+## The nine chat principles (C1–C9)
+
+These complement the TUI canon — they govern the conversation domain only. Full definitions and tests in `04-applicability.json`:
+
+1. **C1 Sender is structural, never redundant** — side/color/mark carry identity; survives color-off.
+2. **C2 One message, one stream** — live view and history view are the same stream; nothing renders twice.
+3. **C3 Errors are conversational, not modal** — in-flow, teaching the fix, with an escape hatch (retry/repair path), not a popup.
+4. **C4 Metadata on demand** — timestamps dim, position-stable, a designed exception to the contrast floor.
+5. **C5 Queued is visible** — anything accepted but unanswered has a slot you can see.
+6. **C6 State is legible without focus** — the transcript itself tells the turn's state; a thinking-resolve is its own completion beat; errors interrupt, streamed prose never does.
+7. **C7 Structured data is a transcript citizen** — tool calls, code, files, ledgers render as typed blocks inside the flow, concise inline, full payload expandable.
+8. **C8 Grounding earns trust at the point of claim** — receipts (file:line, ledger path) travel with the claim and are structural, never model-invented.
+9. **C9 History is a navigation surface** — boot restore is the baseline; add a jump-to-unread marker, session/day markers, and transcript search.
+
+Four of these carry small new obligations: error escape hatch (C3), completion beat (C6), per-claim receipts (C8), navigation markers (C9).
+
+## The innovation list — what rune can do that nobody else does
+
+Full arguments in `06-synthesis.json`. Honest verdicts, your call:
+
+1. **I1 Visible reasoning as a durable, citable artifact** — small form (anchor + link thinking into the ledger) is worth it; a full "reasoning browser" is over-building for now.
+2. **I2 The dichotomy with one composer** — the flagship. No mainstream chat routes one input box by focus between conversation and work. The routing exists (D36); the innovation is making it *legible* — mode token weight, composer affordance, consent bridge as the designed escape. Misfires into a task queue are expensive, so the composer must always show its destination before Enter.
+3. **I3 Task-markdown as chat-adjacent artifact** — chat cites ledger files (C8 receipts) first (cheap win); opening the ledger in place as a transcript block second, gated on an invalidation rule.
+4. **I4 Context window as a live, designed resource** — you show the meter; the innovation is making it predictive: one warning band before compaction territory and a compaction notice as a transcript line. Grounded in measured "context rot" research.
+5. **I5 Arbitration as an engine law** — formalize "one alive element" (canon P3, your D43 ruling) into a token authority across all layers; the rail's "visible-but-still" state becomes the general pattern. Motion rationed like color.
+6. **I6 Consent cards** — already governed by its own PROCEED chain (factory-consent-bridge); this round adds only the presentation rule: cards are transcript citizens with one designed shape.
+
+## Things that sound right but fail in terminals (chat edition)
+
+- **Emoji reactions** — picker cost, double-width glyph breakage, screen-reader noise. If ever needed: one keyed runic mark.
+- **Avatar columns** — burn width, duplicate what sides already say. Never.
+- **Infinite scroll / lazy load while reading** — anchors move under the reader; bottom-append + page-back instead.
+- **Fake presence ("Rune is typing…", read receipts)** — dishonest for a model; the dots-walk already shows only real streaming.
+- **Messenger carousels** — unscannable by keyboard; the palette already wins.
+- **Thread trees as nested indents** — wrapping destroys depth attribution; the dichotomy IS rune's threads.
+
+## Sources (all verified live, 2026-10-20)
+
+nngroup.com/articles/chatbots/ · docs.anthropic.com/en/docs/build-with-claude/streaming · docs.anthropic.com/en/docs/build-with-claude/citations · anthropic.com/engineering/writing-tools-for-agents · anthropic.com/engineering/effective-context-engineering-for-ai-agents · developer.mozilla.org/en-US/docs/Web/Accessibility/ARIA/Guides/Live_regions · w3.org/WAI/WCAG22/Understanding/status-messages.html · docs.slack.dev/apis/web-api/using-the-conversations-api
+
+Full evidence: `03-outward.json`. Principles with tests: `04-applicability.json`. Traps: `05-adversarial.json`. Innovations: `06-synthesis.json`.

research/factory-chat-presentation/01-issue.json

@@ -0,0 +1,32 @@
+{
+  "stage": "ISSUE",
+  "feature": "CHAT BOXES FOR HARNESSES — how Go terminal applications build chat/input boxes for interactive harnesses (owner ask, verbatim: 'do research into how to setup chat boxes for harnesses in go')",
+  "problem_statement": "The Go face's chat input is a hand-rolled key-fed state machine (tui/nav/composer.go) rendered as plain lines inside the selectable CHAT pane (tui/lanes/render.go chatContent), not a separate input layer. Two live owner defects: (1) backspace does not edit the composer text as the owner expects — the input box never visibly deletes; (2) the input box is not its own layer/box distinct from the selectable windows — the old Textual TUI's framework Input widget (own border, own focus, framework-handled keys) felt right and the Go face lacks that structure. Supporting gaps: no paste handling, no cursor-motion keys, no placeholder, no input-history recall or persistence, no /command autocomplete popup in the Go face.",
+  "goal": "A chat input surface that behaves like the old Textual TUI's (the DEFAULT ORACLE per D35): a stable bordered input box at the bottom of the chat pane with its own focus identity, framework-grade editing (backspace, cursor motion, paste, unicode), per-channel persisted input history with up/down recall, placeholder text, /command autocomplete — all under the existing laws (rebindable key map, single-writer UI, D31 all-at-once rendering, D34/D35 rulings).",
+  "research_questions": [
+    "INWARD: exact side-by-side of the old Textual chat surface (HistoryInput, ChannelView, AutoComplete, placeholder, history persistence, thinking bubbles) vs the current Go face (composer.go, input3.go, lanes/render.go chatContent, main.go key routing) — every behavior the old TUI had that the Go face lacks, plus the precise root cause of the backspace defect",
+    "OUTWARD: (1) does bubbles v2 actually ship textinput/textarea for Bubble Tea v2 — verify against the module proxy, do not assume; (2) how established Go TUIs structure input: lazygit prompt, gh-dash, k9s, atuin, and LLM-chat TUIs in Go (crush); what they hand-roll vs take from components; how they separate the input region from scrollable content; how they handle backspace/paste/history; (3) Bubble Tea v2 official input+viewport composition examples; (4) prior art on thinking/reasoning streams in terminal chat",
+    "APPLICABILITY: which patterns fit our constraints (no new cgo, stdlib+vendored only, single-writer UI, D31 all-at-once rendering, D34/D35 rulings, the chain-owned-keys law vs a component that wants all keys)",
+    "ADVERSARIAL: what breaks — paste, IME/unicode, resize, key-spelling forks, scroll sync while composing, cursor rendering",
+    "SYNTHESIS: recommended architecture with options where the owner has taste-latitude",
+    "QUALIFY: PROCEED or MORE_RESEARCH"
+  ],
+  "context": {
+    "owner_defects": [
+      "backspace leaks (the composer never visibly handles it) — owner report, live",
+      "the input box is not a separate layer from the selectable windows — owner report, live"
+    ],
+    "rulings_in_force": [
+      "D31 (all-at-once response rendering, no token streaming in the TUI)",
+      "D34 chat surface rulings: stable box at bottom, history above, waiting feedback, thinking expandable, /commands + palette one vocabulary",
+      "D35 chat presentation rulings: message-chain transcript, iterative styling, enter send / shift+enter newline, input history up/down recall persisted (old-TUI HistoryInput = DEFAULT ORACLE), timestamps, runic-glyph thinking marker, autocomplete popup",
+      "2026-10-18 owner ruling: plain runes type while the chat composer is active (single-letter face actions h/j/k/m/y stay live where the composer is inactive)"
+    ],
+    "constraints": [
+      "research-only round — no repo code changes, research artifacts only",
+      "no new cgo deps; stdlib + vendored charm.land stack only (adding imports from the ALREADY-PINNED charm.land/bubbles/v2 v2.2.1 is allowed IF it actually ships the components — verified this round, see 03-outward)",
+      "single-writer UI: all face mutation on the Bubble Tea Update thread (bridge goroutine law)",
+      "go.mod must stay byte-identical to the codegen template (the tidied go.mod gate) — importing already-required module packages does not touch go.mod, only re-vendors"
+    ]
+  }
+}

research/factory-chat-presentation/02-inward.json

@@ -0,0 +1,78 @@
+{
+  "stage": "INWARD",
+  "summary": "The old Textual TUI delegated the input to a framework widget (Textual Input subclass) and layered history + autocomplete on top; the Go face hand-rolls a minimal state machine and renders it as lines inside the selectable pane. The backspace defect's root cause is a KEY-SPELLING FORK: ultraviolet names the real backspace key 'backspace', but rune's semantic layer maps only five named keys, so a real backspace arrives at the composer as Name=\"\"/Code=0x7F, misses the composer's Name==\"backspace\" handler, and falls into the plain-rune branch which INSERTS an invisible DEL character. A fuller input machine (Input3, built to the old TUI's captured design contract) already exists in tui/nav but is not wired into the shell.",
+  "old_textual_surface": {
+    "input_widget": {
+      "what": "HistoryInput(Input) — a subclass of the Textual framework Input widget (src/rune/rune_tui.py:422). The FRAMEWORK owns every editing behavior: backspace/delete, left/right/home/end cursor motion, paste, IME/unicode, cursor rendering, focus/blur with its own border styling. The subclass adds ONLY up/down history navigation via on_key with event.prevent_default() (rune_tui.py:451-493).",
+      "styling": "own box, docked bottom: CSS '.channel-view Input { height: 3; dock: bottom; margin: 0 0 1 0; }' (rune_tui.py:1517-1521); focused-channel header highlight via :focus-within (rune_tui.py:1512-1515). The input is its own widget in the layout, visually distinct from the scroll region.",
+      "lesson": "the old TUI never hand-rolled editing — it took the framework's input and layered policy (history) on top. That is why it 'felt right'."
+    },
+    "layout": {
+      "what": "ChannelView = Vertical: channel header + VerticalScroll(id log-<channel>) + HistoryInput + AutoComplete(inp) (rune_tui.py:1188-1197). Scroll region takes the remaining height (height 1fr, rune_tui.py:1523-1527); the input is fixed-height furniture beneath it. Click anywhere on the channel focuses its input (rune_tui.py:1229-1231)."
+    },
+    "placeholder": {
+      "what": "'Type in {label}... (/ for commands, ↑↓ history)' (rune_tui.py:1193) — rendered by the framework when the input is empty."
+    },
+    "history": {
+      "what": "Per-channel, persisted: ~/.rune/input_history.json, HISTORY_MAX=200 per channel (rune_tui.py:397-398, _load_history/_save_history 401-419). add_to_history dedupes (a re-send moves it to most-recent) and trims (437-449). Up/down browse with a saved draft: up saves the in-progress value and walks older; down walks newer and past the newest restores the draft; cursor parked at end (451-479). Left/right/home/end do NOT exit browsing; any other key does (481-493). Recorded on submit in on_input_submitted (2217-2232)."
+    },
+    "autocomplete": {
+      "what": "textual_autocomplete AutoComplete(inp, candidates=get_autocomplete_candidates) dropdown (rune_tui.py:1197): filters the ALL_COMMANDS /command list by typed prefix; '/' or empty shows all (554-577). PLUS the command palette: Ctrl+P, RuneCommands provider + CommandSelector popup with its own search Input (580-610) — the D34 'both roads' shape."
+    },
+    "submit_flow": {
+      "what": "on_input_submitted (rune_tui.py:2217): strip; empty = no-op; record + persist history; clear input; route channel; chat-channel task-queue detection; mode handling; _send_to_model mounts ThinkingIndicator into the log and scrolls end (3790-3803)."
+    },
+    "thinking_blocks": {
+      "what": "ThinkingIndicator: animated diamond spinner at 0.12s interval with rich-pixels frames and unicode fallback (rune_tui.py:325-392). ThinkingBubble: collapsed-by-default collapsible widget — 80-char summary line, full content hidden, click or ctrl+x toggles, 200-char tooltip (src/rune/chat_bubble.py:196-276). Thinking bubbles mount BEFORE the reply text (rune_tui.py:3847-3853)."
+    },
+    "transcript": {
+      "what": "role-styled bubbles (user right, assistant-family left), newest at bottom, last-8 conversation window restored at boot from the canonical ledger (rune_tui.py:1199-1227)."
+    }
+  },
+  "current_go_face": {
+    "composer": {
+      "what": "tui/nav/composer.go — a pure input-state machine: lines+line+col; Input(k, km) resolves the rebindable map for compose.send/compose.newline, inserts plain runes at the cursor, and (after the 2026-10-18 defect fix) deletes on k.Name==\"backspace\" with line-joining (composer.go:61-104). SetText restores text cursor-at-end (109-116). It is pure state — it renders nothing and owns no border.",
+      "hint": "Hint(km) names the live send/newline keys (composer.go:149-153)."
+    },
+    "input3_unwired": {
+      "what": "tui/nav/input3.go — Input3 embeds Composer and adds EXACTLY the old TUI contract (docs/tui-design-capture §2.2/§2.3): pinned 3-line viewport (VisibleLines, input3.go:117-134), placeholder string identical to the old TUI (45-51), per-lane in-memory history walk with draft stash and §2.3 exit rules (136-181), cursor motion keys left/right/home/end/shift+up/shift+down (81-98), backspace with line-join (99-102, 239-254), submit records history deduped (183-208).",
+      "status": "ONLY its own tests reference NewInput3 — the shell (tui/cmd/rune-tui/main.go) constructs nav.NewComposer, never Input3. No disk persistence anywhere in the Go TUI (grep: no input_history reader/writer)."
+    },
+    "rendering": {
+      "what": "tui/lanes/render.go chatContent (64-96): composer lines render as '> ' + text rows + hint row + breathing row, INSIDE the CHAT pane's bordered content; drawPane (139-171) wraps header+transcript+composer in ONE border — the input is NOT a separate box/layer; region.chat covers both. The model-picker menu renders as view-only lines ABOVE the composer inside the same pane (main.go menuLines, owner ruling 2026-10-18).",
+      "transcript": "tui/chatpane/chatpane.go — eight roles (user/assistant/system/confirm/research/error/tool/thinking), bounded 400, newest at bottom, thinking collapsed-by-default with ctrl+t toggle, spinner knob fields (spinActive/spinFrame) for D34 slice 3; Append dedupes by msg_id with echo-claim."
+    },
+    "key_routing": {
+      "what": "tui/cmd/rune-tui/main.go Update (553-631): ctrl+c quit → ctrl+t thinking toggle → ctrl+m model menu → (composer active:) menu keys → km.Resolve → if unresolved: chainOwnsKey probe on a CLONE, else composerOwnsRune (plain runes type, 2026-10-18 ruling) → feed composer → else resolved compose.send/newline feed composer → else fall through to face.Apply. nav.Precedence names 'composer' above 'lanes' (tui/nav/nav.go:44) as DATA, but the shell's probe chain is what actually routes."
+    },
+    "backspace_root_cause": {
+      "chain": [
+        "ultraviolet (the terminal input layer) names the real backspace key 'backspace': keyTypeString[KeyBackspace]=\"backspace\" (tui/vendor/github.com/charmbracelet/ultraviolet/key.go, func Key.String/Keystroke; KeyBackspace = rune(ansi.DEL) = 0x7F). So tea.KeyPressMsg.String() == \"backspace\" for a real keypress.",
+        "rune's conversion DROPS that name: semantic.KeyFromPress builds Key{Code: p.Code, Name: namedByCode(p.Code)} (tui/semantic/action.go:99-110) and namedByCode maps ONLY enter/esc/tab/up/down (action.go:80-94) — no backspace, no left/right/home/end/pgup/del.",
+        "So a real backspace reaches the shell as nav.Key{Name:\"\", Code:0x7F} whose String() is \"\\x7f\".",
+        "composer.go:70 matches k.Name == \"backspace\" — satisfied only by the SYNTHETIC Named(\"backspace\") construction (whose keyCodeFor(\"backspace\") even returns Code 0 — the name is the only carrier). The frozen test TestComposerBackspaceEdits (composer_test.go:38-64) types exactly that synthetic spelling and passes.",
+        "A REAL backspace falls to the plain-rune branch (composer.go:72: Name==\"\" && Code!=0) and INSERTS the invisible DEL rune 0x7F into the text. Visible effect: nothing deletes; invisible control characters accumulate and ride the sent message into the model transcript.",
+        "Input3's `case \"backspace\"` (input3.go:99) has the identical spelling dependency — it would not fire on a real key either if fed through nav.Press."
+      ],
+      "verdict": "The defect is a key-NAMING layer gap, not a missing handler. Any fix — component adoption or hand-rolled — must correct the spelling layer (semantic's named-key table vs ultraviolet's), and the frozen test must drive REAL tea.KeyPressMsg{Code: tea.KeyBackspace} through the shell, not the synthetic spelling."
+    },
+    "paste": {
+      "what": "Bracketed paste arrives as tea.PasteMsg in Bubble Tea v2; main.go's Update switch handles KeyPressMsg/MouseClickMsg and lets PasteMsg fall to the default no-op — paste is silently DROPPED in the live face. The hand-rolled insert path also only handles single-rune keys; ultraviolet can deliver multi-rune Text per keypress (composed IME), which the composer would insert partially."
+    }
+  },
+  "gap_table": [
+    {"behavior": "backspace edits text (framework-owned)", "old_tui": "yes — Textual Input handles it", "go_face": "BROKEN on real keys (spelling fork; inserts 0x7F)", "ref": "rune_tui.py:422 / composer.go:70 + semantic/action.go:80"},
+    {"behavior": "input is its own bordered layer with its own focus styling", "old_tui": "yes — docked Input widget, height 3", "go_face": "no — plain rows inside the shared pane border", "ref": "rune_tui.py:1517 / lanes/render.go:74-82,139"},
+    {"behavior": "cursor motion (left/right/home/end)", "old_tui": "yes (framework)", "go_face": "no (Input3 has it, unwired)", "ref": "input3.go:81-98"},
+    {"behavior": "word ops / selection", "old_tui": "yes (framework)", "go_face": "no", "ref": "—"},
+    {"behavior": "paste (bracketed)", "old_tui": "yes (framework)", "go_face": "no — dropped at the shell switch", "ref": "main.go:553-639"},
+    {"behavior": "placeholder text", "old_tui": "'Type in {label}... (/ for commands, ↑↓ history)'", "go_face": "no (hint row only)", "ref": "rune_tui.py:1193 / input3.go:45"},
+    {"behavior": "up/down input-history recall with draft stash", "old_tui": "yes", "go_face": "machine exists (Input3) but unwired; default map binds up/down to nav.next/nav.prev instead", "ref": "rune_tui.py:451 / input3.go:140 / keymap.go:70-72"},
+    {"behavior": "history persisted across boots (per channel)", "old_tui": "yes — ~/.rune/input_history.json, max 200", "go_face": "no persistence anywhere in Go", "ref": "rune_tui.py:397"},
+    {"behavior": "/command autocomplete dropdown at the input", "old_tui": "yes (textual_autocomplete)", "go_face": "no (palette exists ctrl+p; D34 wants both roads)", "ref": "rune_tui.py:1197"},
+    {"behavior": "click focuses the input", "old_tui": "yes (channel click focuses input)", "go_face": "partial — D29 selection lights the chat pane; composer follows focus", "ref": "rune_tui.py:1229 / main.go:276-279"},
+    {"behavior": "enter sends / shift+enter newline, rebindable", "old_tui": "framework + bindings", "go_face": "yes (keymap compose.send/compose.newline) — KEEP", "ref": "keymap.go:74-75"},
+    {"behavior": "thinking collapsed-by-default, expandable", "old_tui": "yes (ThinkingBubble, click/ctrl+x)", "go_face": "yes (chatpane ctrl+t toggle; click on bubble not yet regioned)", "ref": "chat_bubble.py:196 / chatpane.go:65"},
+    {"behavior": "history transcript above the input, newest at bottom", "old_tui": "yes (VerticalScroll + projection window)", "go_face": "yes (chatpane bounded 400; boot restore via bridge rows)", "ref": "rune_tui.py:1190 / chatpane.go:49"}
+  ]
+}

research/factory-chat-presentation/03-outward.json

@@ -0,0 +1,116 @@
+{
+  "stage": "OUTWARD",
+  "summary": "Six live-verified external sources. The headline finding OVERTURNS a prior assumption: charm.land/bubbles/v2 v2.2.1 — the exact version already pinned in tui/go.mod — DOES ship textinput, textarea, viewport, key, spinner, and more. The vendored copy looks like a stub only because `go mod vendor` prunes packages nothing imports. Every established Go TUI studied delegates EDITING to a component (bubbles textarea/textinput, gocui TextArea, tview InputField) and hand-rolls only policy on top: history walk, suggestions popup, submit routing. The single closest precedent is Charm's own crush — a production LLM chat harness on rune's EXACT pinned stack using the bubbles v2 textarea as its composer.",
+  "sources": [
+    {
+      "name": "Go module proxy — charm.land/bubbles/v2",
+      "urls": [
+        "https://proxy.golang.org/charm.land/bubbles/v2/@v/list",
+        "https://proxy.golang.org/charm.land/bubbles/v2/@v/v2.2.1.zip"
+      ],
+      "verified": "2026-10-18, live download of the version list and the v2.2.1 zip; 106 files, 16 component packages",
+      "findings": [
+        "Available versions: v2.0.0-alpha.1 … v2.2.1. v2.2.1 IS the latest — the repo already pins the newest release.",
+        "The v2.2.1 zip ships cursor/, filepicker/, help/, key/, list/, paginator/, progress/, spinner/, stopwatch/, table/, textarea/, textinput/, timer/, tree/, viewport/ (+ internal memoization + runeutil). textinput.go and textarea.go are full components with the v2 API (Update over tea.KeyPressMsg/tea.PasteMsg, Focus/Blur, SetStyles, KeyMap of key.Binding).",
+        "The repo's tui/vendor/charm.land/bubbles/v2 contains only the root package because `go mod vendor` vendors ONLY imported packages — the modules.txt + vendor layout, not the module's true content. The prior visual round's 'stub pin, no viewport/spinner widgets' claim (research/factory-visual-round/03-outward.json bubbles_v2_2_1) was an observation of the pruned vendor tree, not of the module. Adding `import \"charm.land/bubbles/v2/textarea\"` requires NO go.mod change (already a direct require at v2.2.1) — only a re-run of go mod vendor to un-prune the tree.",
+        "UPGRADE_GUIDE_V2.md (in the zip): v1→v2 is tea.KeyMsg → tea.KeyPressMsg, style types per state, runeutil/memoization now internal; per-component migration tables exist for textinput and textarea. Both handle bracketed paste natively (textarea.go case tea.PasteMsg: insertRunesFromUserInput) and sanitize input runes (internal/runeutil strips control characters — a raw 0x7F cannot be inserted as text).",
+        "textinput (single-line) additionally ships inline suggestions (SetSuggestions + completionView + AcceptSuggestion/NextSuggestion/PrevSuggestion keys) — inline completion, not a dropdown."
+      ],
+      "lesson": "rune does not need to hand-roll editing at all: the component library it already pins ships the same class of input widget Textual gave the old TUI."
+    },
+    {
+      "name": "Bubble Tea v2 official chat example (input + viewport composition)",
+      "urls": ["https://github.com/charmbracelet/bubbletea/blob/main/examples/chat/main.go"],
+      "verified": "2026-10-18, raw source fetched; imports charm.land/bubbles/v2/{textarea,viewport,cursor}",
+      "findings": [
+        "Canonical composition: viewport (history) ABOVE, textarea (composer) BELOW, in one model. ta.Focus() at construction; textarea.Blink as Init.",
+        "KEY ROUTING LAW: the shell intercepts ctrl+c/esc and 'enter' (send) BEFORE the textarea sees them; 'default: Send all other keypresses to the textarea' — the textarea eats everything else, including backspace.",
+        "Enter-as-send is enforced by DISABLING the textarea's own newline binding: ta.KeyMap.InsertNewline.SetEnabled(false).",
+        "RESIZE LAW: on WindowSizeMsg, textarea.SetWidth(w) and viewport.SetHeight(h - m.textarea.Height()) — the input takes what it needs, history gets the rest.",
+        "Sticky scroll: viewport.GotoBottom() after every append; content wrapped to viewport width before SetContent.",
+        "Styling: Prompt '┃ ', ShowLineNumbers=false, CharLimit, cursor-line style cleared."
+      ],
+      "lesson": "This is the exact composition shape D34 rules (stable box at bottom, history above) — with a one-screen official example showing the routing and resize laws."
+    },
+    {
+      "name": "crush (charmbracelet/crush) — production Go LLM chat harness on rune's exact stack",
+      "urls": [
+        "https://github.com/charmbracelet/crush",
+        "https://github.com/charmbracelet/crush/blob/main/internal/ui/model/ui.go",
+        "https://github.com/charmbracelet/crush/blob/main/internal/ui/model/keys.go",
+        "https://github.com/charmbracelet/crush/blob/main/internal/ui/model/history.go",
+        "https://github.com/charmbracelet/crush/blob/main/internal/ui/model/textarea_selection_test.go"
+      ],
+      "verified": "2026-10-18, go.mod + four source files fetched raw",
+      "findings": [
+        "go.mod: charm.land/bubbles/v2 v2.2.1, bubbletea/v2 v2.1.0, lipgloss/v2 v2.0.6 — BYTE-IDENTICAL pins to rune's tui/go.mod. Crush is the existence proof that this stack runs a production chat composer.",
+        "Composer = bubbles v2 textarea configured: ShowLineNumbers=false, CharLimit=-1, SetVirtualCursor(false) (real hardware cursor), DynamicHeight=true with MinHeight/MaxHeight (grows while typing, capped); per-component KeyMap rebinding (SelectAll moved to ctrl+shift+a; CopySelection disabled in favor of crush's clipboard backend) — the component's keymap is policy-rebindable, same philosophy as rune's nav.KeyMap.",
+        "Shell-level keymap has an Editor section (SendMessage, Newline, HistoryPrev, HistoryNext, PasteText, CopySelection, CutSelection, SelectAll…) layered ABOVE the textarea: global keys (ctrl+p commands, ctrl+l models, ctrl+z suspend, ctrl+s sessions) are intercepted by the shell before the textarea sees them.",
+        "HISTORY: loadPromptHistory loads the 200 most recent user messages off-thread as a tea.Cmd; up-arrow walks history ONLY when the textarea is empty or the cursor is at the editor start (handleHistoryUp) — otherwise up/down move the cursor within the multi-line draft. This is the established resolution of the history-vs-cursor conflict in a multi-line composer.",
+        "SUGGESTIONS: a hand-rolled completions component (internal/ui/completions) for slash commands — NOT bubbles textinput's inline suggestions. Attachments render in a row ABOVE the textarea. Spinner (bubbles spinner.MiniDot) for busy state.",
+        "Mouse: clicks inside the textarea region are forwarded to the textarea (selection gestures); mouse selection tracked with a dedicated flag."
+      ],
+      "lesson": "The full chat-box pattern on our exact stack: bubbles textarea engine + shell-owned global keys + history-at-edges + hand-rolled completion popup + spinner. Crush hand-rolls policy, not editing."
+    },
+    {
+      "name": "lazygit (jesseduffield/lazygit) — prompt/confirmation input pattern",
+      "urls": [
+        "https://github.com/jesseduffield/lazygit/blob/master/pkg/gui/editors.go",
+        "https://github.com/jesseduffield/lazygit/blob/master/pkg/gui/controllers/prompt_controller.go",
+        "https://github.com/jesseduffield/lazygit/blob/master/pkg/gui/controllers/helpers/confirmation_helper.go"
+      ],
+      "verified": "2026-10-18, three source files fetched raw (stack: forked gocui, not bubbletea)",
+      "findings": [
+        "lazygit does NOT hand-roll editing: prompt/commit inputs wrap gocui's DefaultEditor.Edit + the view's built-in TextArea (editors.go handleEditorKeypress). Enter is intercepted by the wrapper for special meaning (multiline commit description types \\n; single-line prompt confirms).",
+        "FALL-THROUGH LAW: when the editor does not match a key, it returns false so GLOBAL keybindings still get it — the menuFilterEditor comment is explicit: 'Give the global keybindings a chance at the key, e.g. so that ctrl-c still quits while a menu is open.'",
+        "The prompt is a MODAL POPUP context (confirmation/prompt/suggestions are contexts with their own keybindings: enter=confirm, esc=cancel, toggle-panel switches to the suggestions list); CreatePopupPanel wires FindSuggestionsFunc.",
+        "Suggestions run ASYNC off the input keypress: the input text is captured on the UI thread, the find function runs on a worker, SetSuggestions applies on the UI thread — the same single-writer discipline as rune's bridge law.",
+        "Masked input (characterForMask) for password-type prompts."
+      ],
+      "lesson": "Framework-owned editing + modal input layer + unmatched keys fall through to globals + async suggestions. lazygit's 'input as a mode the shell enters' differs from rune's always-present box (D34 rules the box is permanent), but the fall-through law and async suggestions are directly transferable."
+    },
+    {
+      "name": "gh-dash (dlvhdr/gh-dash) — inputbox wrapping textarea + textinput",
+      "urls": [
+        "https://github.com/dlvhdr/gh-dash/blob/main/internal/tui/components/inputbox/inputbox.go",
+        "https://github.com/dlvhdr/gh-dash/blob/main/go.mod"
+      ],
+      "verified": "2026-10-18, go.mod + inputbox source fetched raw",
+      "findings": [
+        "Stack: charm.land/bubbles/v2 v2.0.0 + bubbletea/v2 v2.0.2 — components shipped since v2.0.0 (corroborates the proxy evidence).",
+        "InputBox wraps BOTH engines behind one component: *textarea.Model for multiline, *textinput.Model for single-line; the caller picks per use (comment dialog vs rename). Prompt rendered above; help line (ctrl+d submit · ctrl+c/esc cancel) below — an own-box input layer assembled from components.",
+        "KEY ROUTING: a suggestion popup (hand-rolled fuzzyselect) intercepts nav/selection keys WHEN VISIBLE (Prev/Next/Select), and a ToggleSuggestions key is matched at any time; EVERYTHING ELSE flows to updateInput → textarea/textinput Update — the input component is the default owner.",
+        "InsertSuggestion computes (newValue, newCursorPos) and SetValue + SetCursorColumn — suggestions splice text with cursor math, they don't just fill.",
+        "Per-state styling through component Styles (Focused.Text/Placeholder/CursorLine…)."
+      ],
+      "lesson": "A clean intermediate layer: one InputBox facade over the component engines, with suggestion-popup interception as a routing layer above the engine. This is the shape rune's composer facade should take."
+    },
+    {
+      "name": "k9s (derailed/k9s) — framework-widget filter",
+      "urls": ["https://github.com/derailed/k9s/blob/master/go.mod"],
+      "verified": "2026-10-18, go.mod fetched raw (forked derailed/tcell/v2 + derailed/tview)",
+      "findings": [
+        "k9s is built on a tview/tcell fork: its '/' filter input is tview's InputField — the framework owns editing, focus, and the border, exactly like the old Textual TUI's Input.",
+        "No hand-rolled editing code exists for the filter; the app's job is keybinding conflict avoidance (typing '/' opens the filter while other single-letter nav keys act only when the filter is closed)."
+      ],
+      "lesson": "Confirms the industry shape: an interactive harness's input is a FRAMEWORK widget with its own focus; the app layers key-routing policy. For rune, the moral equivalent of 'the framework's Input widget' on the charm.land stack is the bubbles component — hand-rolling is the outlier, not the norm."
+    },
+    {
+      "name": "atuin — checked and set aside",
+      "urls": ["https://github.com/atuinsh/atuin"],
+      "verified": "2026-10-18 (known-stack check)",
+      "findings": ["atuin's interactive search UI is written in Rust on crossterm, not Go — included for honesty since the brief named it; no Go lesson extractable beyond what crush/lazygit already cover."]
+    }
+  ],
+  "thinking_streams_prior_art": {
+    "what_exists": "Expandable reasoning blocks in terminal chat: crush renders reasoning-bearing models' thinking inline with the message stream (its chat components include streaming_markdown.go and collapsed tool/thinking widgets); the old Textual rune TUI's ThinkingBubble (collapsed summary + expand) is itself the pattern; oterm (ggozad/oterm, 'the terminal client for LLMs') turned out to be Python/Textual on check — same collapsed-expand pattern.",
+    "lesson": "The collapsed-by-default summary line + explicit expand control is the converged terminal idiom (screen-real-estate law: reasoning text is long, its content is secondary to the answer). rune's chatpane already implements exactly this shape (collapsed dim one-liner, ctrl+t toggle, spinner knob) — the gap is presentation polish (D35 runic glyph styling, per-bubble click region), not architecture. D31 (all-at-once) makes streaming-reasoning a non-goal for the TUI."
+  },
+  "cross_source_consensus": [
+    "EDITING BELONGS TO A COMPONENT: every surveyed Go app delegates backspace/cursor/paste/unicode to a library widget (bubbles textarea/textinput, gocui TextArea, tview InputField). None hand-roll.",
+    "POLICY BELONGS TO THE APP: history walk, suggestions, submit, focus — all hand-rolled above the component (crush completions + history-at-edges; lazygit async suggestions; gh-dash suggestion popup).",
+    "ROUTING IS A FIXED LADDER: shell globals (quit/palette) → suggestion popup (when open) → the input component (default owner of everything else) — with unmatched keys sometimes falling through (lazygit) or the component simply not acting on keys outside its keymap (bubbles: unmatched keys return unchanged state, so the shell CAN inspect nothing happened).",
+    "RESIZE LAW: input height is reserved first (fixed or dynamic-with-cap); the transcript viewport takes the remainder; new appends stick to bottom while the user is at bottom.",
+    "PASTE: handled by the component via tea.PasteMsg, never by the app's key switch."
+  ]
+}

research/factory-chat-presentation/04-applicability.json

@@ -0,0 +1,38 @@
+{
+  "stage": "APPLICABILITY",
+  "summary": "The constraints admit the industry pattern directly. The already-pinned charm.land/bubbles/v2 v2.2.1 ships the input components (verified from the module zip), so adopting the bubbles v2 textarea as the composer engine requires ZERO go.mod change — only a re-vendor. The key-spelling fork that causes the backspace defect must be fixed regardless of engine choice. Two viable architectures: ADOPT the bubbles v2 textarea as the editing engine behind a rune facade (crush pattern), or KEEP the hand-rolled Input3 and fix its spelling layer. A is recommended: it buys paste, IME, cursor motion, word ops, selection, and sanitization — the exact 'framework Input felt right' property of the old TUI — for the cost of a facade.",
+  "constraint_check": {
+    "no_new_cgo_deps": "PASS — bubbles v2 is pure Go, already a direct dependency at v2.2.1; importing subpackages adds no module requirement.",
+    "stdlib_vendored_only": "PASS — `go mod tidy && go mod vendor` re-run populates tui/vendor/charm.land/bubbles/v2/{textarea,textinput,viewport,key,...} from the SAME pinned version; go.mod stays byte-identical (it already requires charm.land/bubbles/v2 v2.2.1), so the codegen gate's go.mod byte-diff is untouched. Vendor tree grows ~9 component dirs — self-contained offline builds keep working.",
+    "single_writer_ui": "PASS — bubbles components are Elm models: mutation happens only in Update() on the Bubble Tea Update thread; View() is a pure render. crush runs this at production scale on the same stack. History loading runs off-thread as a tea.Cmd (crush loadPromptHistory pattern) — the same shape as rune's existing chatDispatch.",
+    "d31_all_at_once": "PASS — the textarea is a line-oriented editor with no streaming assumptions; D31 concerns response rendering, not input. The bubbles cursor blink is the only timed redraw in the composer (Blink cmd at ~530ms) — bounded, single-region, and exactly what the old TUI's Input had.",
+    "d34_rulings": "SLICE 1 (stable box at bottom, history above): textarea Min/MaxHeight + the bt-chat resize law deliver the stable box; chatpane stays the history above. SLICE 2 (history at boot): already live via bridge rows. SLICE 3 (waiting feedback + expandable thinking): chatpane already has the shapes; polish only. SLICE 4 (/commands + palette): palette live (ctrl+p); the input-line road needs the suggestion popup (below).",
+    "d35_rulings": "slice 4 (input history up/down + persistence — old-TUI HistoryInput is the DEFAULT ORACLE) and slice 7 (autocomplete popup) are the two this round directly serves; the facade implements the oracle semantics; the old ~/.rune/input_history.json file is READ for continuity (same path, same shape).",
+    "rebindable_keymap_law": "PASS with a seam — bubbles components carry their own key.Binding maps (rebindable per component, as crush demonstrates). rune's nav.KeyMap keeps owning SEND/NEWLINE (the shell intercepts them before the component, bt-chat pattern: disable InsertNewline, match enter at the shell); editing keys live in the component's map, which the facade can seed FROM nav spellings at construction. One vocabulary remains true for every ACTION rune already freezes (compose.send/compose.newline); editing keys gain first-class names in nav spelling for the help/palette surfaces.",
+    "chain_owned_keys_law": "RESOLVED BY ROUTING LADDER, not by the probe — while the chat box is the lit target (composer active), the ladder is: terminal-kill (ctrl+c) → shell chrome keys (esc-close, ctrl+p palette, ctrl+t thinking, ctrl+m models) → suggestion popup (when open) → the input engine (owns everything else INCLUDING the nav letters as text, per the 2026-10-18 plain-runes ruling). The chainOwnsKey probe on a clone disappears from the composing path entirely — precedence data (nav.Precedence) and the routing ladder agree: composer above lanes when focused. r/t/p/y stay live whenever the chat box is NOT the lit target (tasks lane, rail, chrome) — nothing changes there."
+  },
+  "options": [
+    {
+      "name": "A — ADOPT bubbles v2 textarea as the composer engine (RECOMMENDED)",
+      "shape": "A new tui/compose facade owning one textarea.Model per lane. The facade: exposes rune's Effect/Hint API (feedComposer, laneconc dispatch, and the identity hint stay untouched); seeds the textarea's KeyMap from the nav map; implements history (per-channel, persisted, draft-stash) AROUND the engine with the crush at-the-edges rule or the old-TUI always-walk rule (owner taste question TQ-2); renders through lanes as its own bordered box pinned to the chat pane bottom.",
+      "buys": "backspace/cursor-motion/word-ops/selection for free and CORRECT on real keys; bracketed paste (tea.PasteMsg) for free; rune-sanitization (no 0x7F insertion class of bug possible); IME/multi-rune Text handled; hardware cursor + blink; battle-tested resize/scroll math (DynamicHeight).",
+      "costs": "vendor tree grows; the facade must translate nav.Key ↔ tea.KeyPressMsg (the spelling fix makes this trivial); the composer render becomes the component's View() styled to the theme (visual-round tokens apply).",
+      "risk": "low — crush runs this exact configuration in production on identical pins."
+    },
+    {
+      "name": "B — KEEP hand-rolled Input3, fix the spelling layer",
+      "shape": "Wire Input3 (already built to the old contract §2.2/§2.3: 3-line viewport, placeholder, history walk, motion keys, backspace) into the shell after fixing semantic's named-key table; add paste handling; add persistence; add the suggestion popup.",
+      "buys": "no new vendored code; the machine is already tested against the old-TUI semantics.",
+      "costs": "rune re-implements what the pinned module already ships: paste, sanitizer, word ops, selection, cursor rendering, IME multi-rune, resize math — each a fresh defect surface of exactly the backspace class this round diagnosed (the spelling fork already bit Input3's own dead `case \"backspace\"`).",
+      "risk": "medium — the defect that prompted this research is evidence of the class of bug hand-rolling invites."
+    },
+    {
+      "name": "shared prerequisite — THE SPELLING FIX (either option)",
+      "shape": "semantic's namedByCode (tui/semantic/action.go:80-94) learns ultraviolet's key-name table (or nav.Press preserves uv's Keystroke spelling in Name). Frozen tests drive REAL tea.KeyPressMsg{Code: tea.KeyBackspace / KeyLeft / KeyRight / KeyHome / KeyEnd} through the SHELL, not synthetic Named(...) spellings — the current TestComposerBackspaceEdits passes only because it types the synthetic spelling.",
+      "why_required": "It is the root cause of the live backspace defect; component adoption does NOT fix it by itself (the shell must still spell keys correctly when seeding/rebinding component maps and when the facade translates)."
+    }
+  ],
+  "suggestion_popup": "Hand-rolled either way (crush's completions component, gh-dash's fuzzyselect both are): a popup list above the composer that appears when the text starts with '/', filters the ONE command vocabulary, intercepts up/down/enter/tab while open, and splices the completion. bubbles textinput's inline suggestions are a different idiom (ghost-completion, not a dropdown) — the old-TUI dropdown is the oracle.",
+  "history_persistence": "Reuse ~/.rune/input_history.json verbatim (same shape {channel: [str]}, cap 200, dedupe-most-recent) so existing owner history carries into the Go face — a read-compat win the old TUI already wrote.",
+  "viewport_question": "The transcript today (chatpane, bounded 400, newest-at-bottom window) already satisfies D34 slice 1/2 without a bubbles viewport; adopting viewport would buy scroll-position state (AtBottom/GotoBottom/SetContentLines) — optional, defer unless the build wave wants mouse-wheel scrollback in the chat pane."
+}

research/factory-chat-presentation/05-adversarial.json

@@ -0,0 +1,58 @@
+{
+  "stage": "ADVERSARIAL",
+  "summary": "Seven real breaks; the first two are the live defects' exact mechanisms, the rest are the integration edges the build wave must freeze tests against.",
+  "breaks": [
+    {
+      "name": "KEY-SPELLING FORK (the live backspace defect)",
+      "evidence": "ultraviolet names the real backspace 'backspace' (uv key.go keyTypeString; KeyBackspace=0x7F); rune's semantic.KeyFromPress maps only enter/esc/tab/up/down (tui/semantic/action.go:80-94), so a real backspace is Key{Name:\"\", Code:0x7F}, String() \"\\x7f\"; composer.go:70 matches Name==\"backspace\" — never true for a real key; the plain-rune branch then INSERTS 0x7F into the text, which rides sent messages to the model. The frozen test passes only because it types the synthetic Named(\"backspace\") (whose Code is even 0 — keyCodeFor lacks a backspace case).",
+      "mitigation": "The shared prerequisite fix (semantic learns uv's names / Press preserves Keystroke) + a shell-level frozen test driving REAL tea.KeyPressMsg{Code: tea.KeyBackspace} end to end: text deletes, no 0x7F in composer.Text(), no face-chain action fires. Also add left/right/home/end/delete/pgup/pgdn to the named table while there — the same fork will bite every one of them."
+    },
+    {
+      "name": "INPUT BOX NOT A SEPARATE LAYER (the second live defect)",
+      "evidence": "lanes/render.go chatContent renders composer rows INSIDE the CHAT pane's one border (drawPane wraps header+transcript+composer); region.chat covers both — the input has no own box, no own region, no focus styling distinct from the pane.",
+      "mitigation": "Split the chat lane into two stacked regions: the transcript pane (scrollable, selectable) and the composer BOX (own border, own region id e.g. region.composer, focus-styled when the chat lane is lit). With option A the box renders the textarea's View() (Prompt/Placeholder/styles from the visual tokens); click-in-region focuses the composer exactly as D29's lit-box law already routes."
+    },
+    {
+      "name": "PASTE (bracketed) SILENTLY DROPPED",
+      "evidence": "main.go's Update handles KeyPressMsg/MouseClickMsg; tea.PasteMsg falls to the default no-op. Terminal paste of multi-line text today: nothing.",
+      "mitigation": "Forward tea.PasteMsg to the composer (with option A the textarea inserts it natively, multi-line, with sanitization; with B, Input3 needs an InsertString path). Freeze: paste of \"a\\nb\" yields two lines; paste into a non-empty composer inserts at cursor."
+    },
+    {
+      "name": "IME / MULTI-RUNE KEY DELIVERY",
+      "evidence": "ultraviolet Key.Text can carry MULTIPLE runes per keypress (composed input); the hand-rolled insert path inserts one rune (k.Code) per key and ignores Text — composed/ligature input can arrive partially or as control-adjacent codes.",
+      "mitigation": "Option A handles it in the component (insertRunesFromUserInput over []rune(Text) + sanitizer). If B: insert the full Text runes, not k.Code. Freeze: a synthetic KeyPressMsg with Text=\"せ\" inserts one char; Text=\"ab\" inserts two."
+    },
+    {
+      "name": "RESIZE / DYNAMIC HEIGHT MATH",
+      "evidence": "The composer's height changes with content (3-line old contract; crush DynamicHeight 3..8). Every height change shifts the transcript's available rows and every pane region's Y coordinates — the visual round already proved hand-written click-region Y values break when render lines shift (research/factory-visual-round/05-adversarial.json).",
+      "mitigation": "One layout owner: on WindowSizeMsg AND on composer height change, recompute transcriptH = paneH - composerH and re-emit regions from the single Render pass (the bt-chat law: viewport.SetHeight(h - textarea.Height())). Regions derive from the same layout numbers the renderer used — never hand-written. Freeze: type past 3 lines → box grows to cap, transcript shrinks, click regions track."
+    },
+    {
+      "name": "SCROLL SYNC WHILE COMPOSING",
+      "evidence": "New transcript appends (bridge rows, completions) while the user types: a naive re-render yanks the view or, worse, the bounded chatpane window slides over the composer's stable position.",
+      "mitigation": "Composer box is fixed furniture (D34 slice 1) — its rows NEVER move due to transcript appends; only the transcript window scrolls. Stick-to-bottom only when already at bottom (sticky-scroll law from factory-chat-live 03-outward); chatpane's newest-at-bottom window already behaves this way. Freeze: append while composing → composer rows byte-identical before/after."
+    },
+    {
+      "name": "CHAIN-OWNED KEYS vs A COMPONENT THAT WANTS ALL KEYS",
+      "evidence": "bubbles textarea acts on keys in ITS keymap and passes everything else through unchanged (no swallow flag) — and rune's keymap binds up/down to nav.next/nav.prev, enter to compose.send, and the face chain owns r/t/p/y/j/k/m/h letters. Naively forwarding every key to the textarea first would let enter insert newlines and up/down move the cursor; naively resolving nav first would steal letters mid-sentence (the exact bug class the 2026-10-18 plain-runes ruling killed).",
+      "mitigation": "The fixed ladder (applicability): ctrl+c → chrome keys (esc/palette/ctrl+t/ctrl+m) → suggestion popup (when open) → SEND/NEWLINE matched against the NAV map at the shell (bt-chat: disable the textarea's InsertNewline so enter is unambiguous) → everything else to the engine as text/commands. The chainOwnsKey probe is deleted from the composing path (a clone-probe per keystroke was also a perf smell). Freeze: 'r' types while chat-lit; 'r' opens the rail when tasks-lit; enter sends; shift+enter newlines; esc closes chrome only."
+    },
+    {
+      "name": "SECONDARY (real but bounded)",
+      "items": [
+        "CURSOR RENDERING: the hardware cursor must sit in the composer only when chat-lit (crush SetVirtualCursor(false) = real cursor; bubbletea v2 carries cursor visibility/position in the View). Blur must hide it or the terminal cursor floats over the transcript. Frozen test: cursor visible iff composer focused.",
+        "HISTORY RECALL vs CURSOR MOTION: up/down cannot mean both 'walk history' and 'move cursor lines'. crush: history only when empty/at-start; old TUI: always history (single-line input made this free); Input3: up/down always history, shift+up/down cursor. Owner taste question TQ-2 — no silently-borrowed answer.",
+        "DEFAULT MAP CONFLICT: keymap.go binds Named(\"up\")/Named(\"down\") to nav.next/nav.prev — with a focused composer these must NOT resolve to lane motion (the ladder handles it, but the bindings stay live for the non-composing panes; document, don't rebind).",
+        "OLD FILE COMPAT: reading ~/.rune/input_history.json written by the Python TUI must not crash on absent/corrupt JSON (old TUI already tolerates it — degrade-not-crash).",
+        "BLINK TIMING: the Blink cmd adds ~2 renders/sec while focused — bounded, but the identity line/frozen-frame tests must not depend on frame-count equality while the composer is focused (they must compare stripped frames or unfocused)."
+      ]
+    }
+  ],
+  "verified_non_breaks": [
+    "Rebindability law survives: send/newline stay nav-map actions matched at the shell (bt-chat pattern); the component's own bindings are seeded to non-conflicting keys.",
+    "feedComposer / laneconc / chatBusy dispatch chain is untouched — the facade emits the same Effect{compose.send}.",
+    "chatpane claim law (msg_id dedupe, echo-claim) is independent of the composer engine.",
+    "D29 selection law unchanged: the lit box still routes typed input; the composer box becomes a region of the chat pane, and click resolution (most-specific-first) picks it.",
+    "Offline/hermetic tests: the facade is constructible with no bridge and no network, exactly as the composer is today."
+  ]
+}

research/factory-chat-presentation/06-synthesis.json

@@ -0,0 +1,75 @@
+{
+  "stage": "SYNTHESIS",
+  "recommended_architecture": "THE CHAT BOX: a three-layer input surface inside the chat lane — (1) the ENGINE is the already-pinned bubbles v2 textarea (option A), adopted because every surveyed Go harness delegates editing to exactly this class of component and the repo's own defect came from hand-rolling it; (2) the FACADE is a rune-owned wrapper (tui/compose) that keeps the Effect/Hint/lane API the shell already consumes, adds per-channel persisted history with the old-TUI oracle semantics, and renders as its OWN bordered box pinned to the bottom of the chat lane (region.composer) distinct from the selectable transcript pane; (3) the ROUTING LADDER in the shell is fixed and explicit: ctrl+c → chrome keys → suggestion popup → nav send/newline → engine-everything-else. The key-spelling fix lands FIRST and either way.",
+  "phases": [
+    {
+      "name": "PHASE 0 — THE SPELLING FIX (prerequisite, lands before any engine choice)",
+      "touches": [
+        "tui/semantic/action.go: namedByCode learns ultraviolet's full named-key table (backspace, delete, left, right, home, end, pgup, pgdn, insert, f-keys as needed) — or nav.Press preserves uv's Keystroke in Name",
+        "tui/cmd/rune-tui/main_test.go: shell-level frozen test driving REAL tea.KeyPressMsg{Code: tea.KeyBackspace} through Update — text deletes, composer.Text() never contains 0x7F, no face action fires; same for left/right/home/end",
+        "tui/nav: keyCodeFor gains the matched codes so Named(\"backspace\") round-trips a real Code (today it is 0)"
+      ],
+      "frozen_tests": [
+        "real-backspace-through-shell deletes and inserts nothing",
+        "old synthetic-spelling tests still pass (both spellings legal)"
+      ],
+      "verifies": "the live backspace defect dies at its root, independent of every later phase"
+    },
+    {
+      "name": "PHASE 1 — THE BOX (engine adoption + separate layer)",
+      "touches": [
+        "tui/go.mod: UNCHANGED (bubbles v2 already v2.2.1); run go mod tidy && go mod vendor to un-prune textarea/textinput/key into tui/vendor",
+        "new tui/compose: facade over textarea.Model per lane — ShowLineNumbers=false, CharLimit=-1, SetVirtualCursor(false), DynamicHeight with Min=3 (old contract) and Max per TQ-3, Prompt/Placeholder/Styles from the visual tokens; seeds component KeyMap from nav spellings; disables InsertNewline (shell owns enter)",
+        "tui/cmd/rune-tui/main.go: composer construction swaps to the facade; routing ladder replaces the chainOwnsKey probe while composing; tea.PasteMsg forwarded; Focus/Blur tracks the D29 lit box",
+        "tui/lanes/render.go: chat lane splits — transcript pane (region.chat) above, composer BOX (region.composer, own border, focus-styled) below; one layout owner recomputes heights on WindowSizeMsg AND composer-height change",
+        "tui/nav/composer.go+input3.go: the Effect/Hint surface survives as the facade's contract; the hand-rolled editing machines retire or reduce to the history store (TQ-5 decides disposition)"
+      ],
+      "frozen_tests": [
+        "backspace/cursor-motion/paste on REAL key spellings through the shell",
+        "enter sends (nav binding), shift+enter newlines, ctrl+p palette still opens while composing, esc closes chrome only",
+        "plain letters type while chat-lit; r/t/p/y still act while tasks-lit",
+        "resize: composer grows to cap, transcript shrinks, regions track; composer rows byte-stable across transcript appends",
+        "empty composer + enter = no-op; hint names the live keys across rebinds"
+      ],
+      "verifies": "the input is a real box that edits like the old TUI felt"
+    },
+    {
+      "name": "PHASE 2 — HISTORY + AUTOCOMPLETE (the D35 oracle)",
+      "touches": [
+        "tui/compose history: per-channel, persisted to ~/.rune/input_history.json (READ the Python-era file — same shape, cap 200, dedupe-most-recent); walk semantics per TQ-2; draft stash exact",
+        "suggestion popup: hand-rolled list above the composer (crush completions / gh-dash fuzzyselect pattern): '/' prefix triggers, filters the ONE command vocabulary, intercepts up/down/enter/tab while open, splices with cursor math",
+        "identity/palette surfaces gain the new named keys where relevant (help text)"
+      ],
+      "frozen_tests": [
+        "up/down walk per the chosen TQ-2 rule with stash/restore exact (old-TUI oracle tests)",
+        "history persists across a restart of the model (file round-trip, corrupt-file degrade-not-crash)",
+        "'/' opens suggestions, filter narrows, enter accepts, esc dismisses, letters keep typing while the popup is closed"
+      ],
+      "verifies": "D35 slices 4 and 7; the old-TUI input muscle memory carries over"
+    },
+    {
+      "name": "PHASE 3 — POLISH / DEFERRED",
+      "items": [
+        "thinking bubble presentation: runic glyph marker styling (D35 slice 6), per-bubble click region for expand (today ctrl+t global toggle)",
+        "bubbles viewport adoption for the transcript: only if mouse-wheel scrollback in the chat pane is wanted (chatpane suffices otherwise)",
+        "selection + clipboard in the composer (bubbles supports it; crush routes through its own clipboard backend)",
+        "masked-input variant for future password-type prompts (lazygit characterForMask pattern)"
+      ]
+    }
+  ],
+  "owner_taste_questions": [
+    "TQ-1 ENGINE: adopt bubbles v2 textarea (A, recommended — crush precedent on identical pins, buys paste/IME/selection/word-ops) or keep hand-rolled Input3 (B, zero new vendored code, but the repo re-owns the whole editing defect surface the backspace bug exemplifies)?",
+    "TQ-2 UP/DOWN SEMANTICS: old-TUI oracle (up/down ALWAYS walk history; cursor moves some other way — Input3 uses shift+up/shift+down) vs crush rule (up/down move the cursor in the draft; history only when the box is empty or the cursor is at the start)? The old TUI could always-walk because its input was single-line; a multi-line box makes always-walk a real choice with a cost.",
+    "TQ-3 BOX HEIGHT: fixed 3 lines (old contract) vs dynamic growth 3..8 with cap (crush; grows while typing a long message, then scrolls inside)",
+    "TQ-4 BOX PLACEMENT: composer as its own bordered box directly beneath the transcript pane inside the chat lane (recommended — old TUI's docked-Input shape) vs full-width bar beneath BOTH lanes (some chat harnesses pin the input under the whole layout)?",
+    "TQ-5 DISPOSITION of composer.go/input3.go once the facade lands: retire outright, or keep Input3's history store as the facade's memory (its walk semantics are already tested against the oracle)?"
+  ],
+  "research_gate": "this chain at PROCEED satisfies the research-first law for the chat-box build wave",
+  "risk_ranked": [
+    "spelling fork unfixed (every later phase inherits the 0x7F-insertion class) — phase 0 kills it",
+    "routing ladder regression (nav letters stolen mid-sentence, or enter inserting newlines) — frozen ladder tests pin both directions",
+    "region math drift on composer resize (visual round's proven break class) — single layout owner + derived regions",
+    "paste dropped (today's live behavior) — tea.PasteMsg forwarding with a frozen test",
+    "history file compat (Python-era JSON) — degrade-not-crash reader"
+  ]
+}

research/factory-chat-presentation/07-qualify.json

@@ -0,0 +1,23 @@
+{
+  "stage": "QUALIFY",
+  "verdict": "PROCEED",
+  "confidence": "high",
+  "rationale": "Every load-bearing fact was verified live this round: the pinned bubbles v2.2.1 ships the input components (module zip from the Go proxy — the 'stub' was vendor pruning, not module content); crush runs the exact composer pattern in production on byte-identical dependency pins; the official Bubble Tea v2 chat example fixes the composition and routing laws; the two live defects have precise, file:line root causes (the key-spelling fork and the shared-border rendering). The recommended architecture is the surveyed consensus shape, adapted to rune's laws without a single new dependency. Five taste questions are named for the owner; none blocks phase 0/1 (TQ-1 has a strong recommendation and the phases degrade gracefully if overruled).",
+  "conditions": [
+    "Phase 0 (spelling fix) must land FIRST and independently — it is the root cause of the live backspace defect and every later phase inherits it",
+    "Phase 1 lands the routing ladder and the box split TOGETHER with their frozen tests (partial landing leaves either the stolen-letters or shared-border defect live)",
+    "TQ-2 (up/down semantics) decided with the owner before phase 2 — the two rules produce different frozen tests and different muscle memory",
+    "go.mod must remain byte-identical to the codegen template (verified: importing already-required module packages does not touch it); re-vendoring is the only dep-tree change",
+    "Shell-level frozen tests must drive REAL tea.KeyPressMsg spellings — the synthetic Named(\"backspace\") spelling is exactly how the current defect hid"
+  ],
+  "named_unknowns": [],
+  "artifacts_index": [
+    "01-issue.json — problem, defects, questions, constraints",
+    "02-inward.json — old-Textual vs Go-face side-by-side, gap table, backspace root cause chain",
+    "03-outward.json — six live-verified sources with URLs and lessons; thinking-stream prior art",
+    "04-applicability.json — constraint check, options A/B, the shared spelling prerequisite, suggestion/persistence notes",
+    "05-adversarial.json — seven breaks with mechanisms and mitigations, verified non-breaks",
+    "06-synthesis.json — the Chat Box architecture, phases 0-3, five owner taste questions, risk ranking",
+    "07-qualify.json — this file"
+  ]
+}

research/factory-chat-presentation/README.md

@@ -0,0 +1,58 @@
+# factory-chat-presentation — how Go terminal apps build chat boxes for harnesses
+
+Research round answering the owner's direct ask: *"do research into how to setup chat
+boxes for harnesses in go"*. Triggered by two live defects: backspace does not edit the
+composer, and the input box is not a separate layer from the selectable windows.
+
+**Verdict: PROCEED** (07-qualify.json). The chain:
+
+| Artifact | What it holds |
+| --- | --- |
+| 01-issue.json | the problem, the two live defects, research questions, constraints |
+| 02-inward.json | old-Textual vs Go-face side-by-side; the 13-row gap table; the backspace root-cause chain |
+| 03-outward.json | six live-verified external sources with URLs + per-source lessons |
+| 04-applicability.json | constraint check; options A (adopt bubbles v2 textarea) vs B (keep Input3); the shared spelling prerequisite |
+| 05-adversarial.json | seven breaks with mechanisms and mitigations |
+| 06-synthesis.json | the Chat Box architecture, phases 0–3, five owner taste questions |
+| 07-qualify.json | PROCEED, high confidence, five conditions |
+
+## The three findings that matter most
+
+1. **The "no bubbles components" belief was wrong.** charm.land/bubbles/v2 v2.2.1 —
+   the exact version pinned in `tui/go.mod` — ships `textinput`, `textarea`,
+   `viewport`, `key`, `spinner` and more (verified by downloading the module zip from
+   proxy.golang.org). The vendored copy looked like a stub because `go mod vendor`
+   prunes packages nothing imports. Adopting the textarea requires **zero go.mod
+   change** — only a re-vendor.
+2. **The backspace defect is a key-spelling fork, not a missing handler.** ultraviolet
+   names the real key `"backspace"`; rune's semantic layer maps only five named keys
+   (enter/esc/tab/up/down — `tui/semantic/action.go:80`), so a real backspace arrives
+   as `Name:""/Code:0x7F`, misses the composer's `Name=="backspace"` case
+   (`tui/nav/composer.go:70`), and falls into the plain-rune branch which **inserts an
+   invisible DEL character** into the text. The frozen test passes only because it
+   types a synthetic spelling. The fix is prerequisite to everything else.
+3. **Every established Go TUI delegates editing to a component and hand-rolls only
+   policy.** crush (Charm's own LLM harness, byte-identical dependency pins to rune)
+   runs the bubbles v2 textarea as its composer with shell-owned global keys,
+   history-at-the-edges, and a hand-rolled slash-command completion popup. lazygit
+   wraps gocui's editor; gh-dash wraps both bubbles engines behind one InputBox; k9s
+   uses tview's InputField. The old Textual TUI "felt right" for the same reason: the
+   framework owned the editing.
+
+## The recommended architecture (06-synthesis)
+
+Three layers: the **engine** (bubbles v2 textarea behind a rune facade that keeps the
+Effect/Hint API), the **box** (own border, own region `region.composer`, pinned to the
+bottom of the chat lane beneath the selectable transcript pane), and a **fixed routing
+ladder** in the shell (ctrl+c → chrome keys → suggestion popup → nav send/newline →
+engine owns everything else). Phases: 0 spelling fix → 1 the box → 2 history +
+autocomplete (reads the Python-era `~/.rune/input_history.json`) → 3 polish.
+
+Five taste questions await the owner (06-synthesis): engine choice, up/down semantics
+(old-TUI always-walk vs crush at-the-edges), box height (fixed 3 vs dynamic 3–8),
+placement (beneath the chat lane vs full-width), and the disposition of the existing
+hand-rolled machines.
+
+Sources are listed with URLs in 03-outward.json. No repo code was changed in this
+round; the round is registered in docs/factory/research-registry.json under
+`chat-presentation`.

research/factory-checkpoint-saves/01-issue.json

@@ -0,0 +1,29 @@
+{
+  "stage": "ISSUE",
+  "round": "factory-checkpoint-saves",
+  "date": "2026-10-18",
+  "owner_order": "Owner asked: 'can you fully explain the issue first so i can diagnose approaches and also suggest a multitude of approaches after research on this specific issue.' D38 explicitly deferred checkpoint/save mechanics to this round.",
+  "rulings_that_bind": {
+    "D30": "cgo is exception-only in the Go core (boundary-law.md). Pure-Go dependencies are the default; a cgo SQLite driver (mattn/go-sqlite3) would need an exception case.",
+    "D36": "The chat/work dichotomy: chat pane and task pane operate on SEPARATE turns — two concurrent conversation streams through one core.",
+    "D38": "Every task initiation creates a MARKDOWN FILE, the source of truth for open tasks; completion crosses off and retires the file to a dated done-folder. 'Plain files over databases: human-readable, durable, portable.' The checkpoint/save mechanics decision was DEFERRED to this research round.",
+    "D39": "WHERE-FIXED ruling (this round, changes the synthesis target): 'keep the intention of what was meant to be finished in python and just move to go and fix the go version properly' — the authority ports to GO. The storage decision feeds the Go core's design directly. Python-side fixes drop to a stopgap appendix."
+  },
+  "problem_plain": "The Python operator persists ALL its state by rewriting ONE big JSON checkpoint (~/.rune/operator.json, measured 2,307,627 bytes) on every task lifecycle event. The write is open-then-truncate-then-stream with no atomicity: a crash mid-write leaves the file torn (half old, half new). Loading a torn file silently resets the operator to factory-default state — running tasks, pending approvals, everything gone. Under D36 (two concurrent streams) the write pressure doubles AND, once dispatch is no longer serialized, two writers can interleave into the same file, guaranteeing corruption. 99% of every write is rewriting immutable history (3,859 task records of which ~3,800 are terminal).",
+  "scope": {
+    "inward": "Measure the true cost and frequency of _save; map every subsystem sharing the one file; separate hot from cold state; nail the exact corruption-window mechanics; inventory the landed K25 journal/tail/compaction machinery and what it does NOT cover; map how the Go side reads this file today.",
+    "outward": "At least 5 live sources with URLs: SQLite WAL in comparable tools, atomic temp+rename patterns and fsync discipline, append-only event sourcing (git, leveldb), per-subsystem hot/cold splitting, write coalescing, Rust/Go embedded stores with honest maturity.",
+    "synthesis": "A decision matrix of approaches with honest trade-offs against the constraint set — NO single recommendation; the owner diagnoses. Per D39: lead with storage shapes for the GO core; fix-in-Python becomes an appendix stopgap; a migration axis (what already exists in Go) is first-class."
+  },
+  "constraints": [
+    "Two concurrent writers (chat + task streams, D36) — storage must survive interleaved writers, in one process or more",
+    "330s turns holding turn state in memory — a crash can strike anywhere inside a long turn; the pending-approval handoff must survive",
+    "Crash-anywhere safety — power loss, kill -9, Python exception mid-write; no torn-file total loss",
+    "Human-readable preference — D38 chose markdown task files: 'plain files over databases' where possible",
+    "No heavy deps — Python side is stdlib+vendored today; Go side: pure Go only unless D30 exception (no cgo)",
+    "Python authority today, Go reader today, Go authority by D39 ruling — the file/DB contract must be readable by both sides during migration",
+    "K25 machinery already landed (events.jsonl + AtomicStore hot checkpoints + per-message JSONL tails + compaction) — reuse beats replace",
+    "Unbounded growth must end — the task ledger grows forever today; every write gets slower and bigger"
+  ],
+  "verdict": "PROCEED (research only — no code changes)"
+}

research/factory-checkpoint-saves/02-inward.json

@@ -0,0 +1,61 @@
+{
+  "stage": "INWARD",
+  "date": "2026-10-18",
+  "method": "All numbers measured on this machine today against the LIVE ~/.rune/operator.json (2,307,627 bytes) and ~/.rune/hot/ checkpoint dir. Code citations are file:line in this checkout. No guesses.",
+  "the_write_path": {
+    "save_function": "src/rune/rune_operator.py:789-793 _save(): os.makedirs(...); open(self.storage_path, 'w') as f: json.dump(self.state.to_dict(), f, indent=2). That is ALL: open with 'w' TRUNCATES the file to zero at open, then json.dump streams the body in many small buffered writes. No temp file, no rename, no fsync, no lock, no backup, no rotation.",
+    "load_function": "src/rune/rune_operator.py:765-787 _load(): json.load; on ANY exception logs a warning and leaves self.state at the RuneState() DEFAULT — a torn file silently resets identity pointers, all task records, and the pending-approval slot to empty. No .bak to fall back to (ls ~/.rune confirms).",
+    "storage_path": "src/rune/rune_operator.py:488 — default ~/.rune/operator.json (measured present, actively written today)."
+  },
+  "measured_costs": {
+    "save_time": "median 25.0ms per write (min 23.8, max 29.1, N=15, benchmark replicating _save exactly on the real payload). With fsync added: median 24.7ms — fsync is nearly free here because the OS page cache absorbs it on this NVMe; that does NOT make it durable.",
+    "cpu_serialize": "json.dumps(indent=2) alone: 6.8ms — roughly a quarter of each save is pure CPU re-serialization.",
+    "load_time": "11.0ms json.load of the 2.2MB file — paid by every process start that constructs RuneOperator.",
+    "write_amplification": "The hot part of the file (60 open tasks) serializes to 22,984 bytes = 1.0% of the file. Every save rewrites the 99% that is immutable history: ~100x write amplification. At ~4 saves per task turn (see frequency) that is ~9MB written per turn to change ~6KB of live state.",
+    "torn_write_demo": "Killed a replica write 4ms into its ~25ms window: file stood at 1,978,182 of 2,307,627 bytes (86%) and json.load raised JSONDecodeError. The corruption window is the ENTIRE write duration; anything that interrupts it (kill -9, power loss, disk full, Python exception mid-dump) leaves the file permanently unreadable, and _load then silently resets all state."
+  },
+  "file_composition": {
+    "total_bytes": 2307627,
+    "top_level_keys": ["identity", "role", "current_task", "active_model", "tasks", "pending_task_id", "pending_request", "pending_runtime_state"],
+    "tasks_share": "tasks list serializes to 2,222,533 bytes = 96.3% of the file; 3,859 task records: 2503 completed, 1296 failed, 45 awaiting_approval, 9 running, 4 pending, 2 research_required.",
+    "cold_vs_hot": "Terminal records (completed+failed = 3,799) are COLD — they never change again but are rewritten on every save. The 51-60 open records plus identity/current-task/pending slots are HOT (~1%).",
+    "pending_runtime_state": "Currently null in the live file, but on the approval path it carries the FULL in-flight tool/approval payload (asdict(pending_approval) + pending_state at rune_operator.py:1270-1279) — the 330s-turn interruption handoff lives ONLY here.",
+    "growth": "Unbounded: every task ever run is appended and never archived. The file grew to 3,859 records; save cost grows linearly with lifetime task count."
+  },
+  "save_frequency": {
+    "call_sites": "rune_operator.py lines 698 (research escalation), 1035 (task created), 1100 (research_required), 1204 (running), 1279 (awaiting_approval), 1348 (assistant reply completed), 1384 (failed), 1436 (terminalize), 1842 (approval resolved) — 3-5 fire in a typical turn (create -> running -> completion/failure), more with approvals.",
+    "per_message": "The owner-facing statement 'every message' is accurate at turn granularity: every user message entering the core triggers at least the create+running+completion sequence = >=3 full 2.2MB rewrites.",
+    "concurrency_today": "core_server.py:199-207: ONE dispatch_lock (created core_server.py:222) wraps the ENTIRE send_task call for BOTH channels. The comment says why: 'the operator mutates state unsynchronized (state.tasks.append + current_task + _save)... a ThreadingHTTPServer would interleave two dispatches and corrupt the persisted state.' So today the two streams are SERIALIZED (and each holds the lock for the whole 90-330s model turn — the D36 blocking problem). The moment dispatch is unserialized per D36, two threads can run _save simultaneously on the same file: interleaved buffered chunks = guaranteed garbage JSON, not just crash-torn.",
+    "multi_process": "get_operator() is a module singleton (rune_operator.py:2836-2842); CLI entry points (status/send_task at 2845-2872) construct their OWN RuneOperator in a separate process against the same file — a second writer process exists TODAY whenever a CLI command runs beside the TUI core, with zero cross-process locking."
+  },
+  "what_landed_already_K25": {
+    "machines": {
+      "AtomicStore": "src/rune/orchestration/atomic.py:20-33 atomic_write(): tempfile.mkstemp in the SAME directory -> write -> flush -> fsync -> os.replace; temp unlinked on any exception. This IS the POSIX atomic pattern, in-repo, unused by _save.",
+      "DurableEventStore": "src/rune/orchestration/event_store.py — append-only JSONL envelopes (typed, body-free, payload_hash=sha256 of record), buffered + flushed before checkpoints move, RLock-guarded. Live: ~/.rune/events.jsonl = 8,019,042 bytes.",
+      "ConversationStateRepository": "src/rune/orchestration/conversation_state.py — per-message fsync'd JSONL tail append (conversation_tail.jsonl, 4,899 bytes live), hot window (conversation_messages.json 129,197 bytes), compaction every N appends folding tail into hot and COOLING older messages to per-channel files under hot/conversation_cool/ (1 channel file live), msg_id-deduped recovery replay, typed loud errors (CorruptStateCheckpointError). The docstring cites the 6372-message/1.7MB write-amplification break this fixed (research/factory-chat-live/05-adversarial.json break #5).",
+      "TaskStateRepository": "same file — task records in hot/task_state.json, transitions logged as envelopes."
+    },
+    "what_K25_does_NOT_cover": [
+      "operator.json itself — still the unsafe full rewrite; the K25 repos were added ALONGSIDE it, and _save still fires on every turn.",
+      "The pending-approval slot (pending_task_id/pending_request/pending_runtime_state) — lives ONLY in operator.json, the single global slot, unsynchronized.",
+      "The K25 hot checkpoints have the SAME hot/cold disease without the corruption window: hot/task_state.json = 1,590,342 bytes holding 3,851 records of which only ~51 are open — every task transition atomically rewrites 1.6MB (atomic_write makes it crash-safe, not cheap).",
+      "Cross-process safety: repos lock with an in-process RLock only; a CLI process and the core process can still race on the same hot files.",
+      "Event envelopes are body-free by design — events.jsonl proves a transition HAPPENED (payload_hash) but cannot rebuild record bodies; recovery still needs the checkpoint.",
+      "Nothing cools/archives terminal TASK records (conversations got cooling; tasks did not)."
+    ]
+  },
+  "go_side_today": {
+    "reads_operator_json": "src/go/operator-deep/gaps_lifecycle.go:405 LoadOperatorState parses the FULL operator.json schema (all 8 keys, per-task field whitelist, degrade-to-default on unparseable text — the same silent-reset contract as Python _load, in Go).",
+    "file_contract_aware": "gaps_lifecycle.go:374 InitConversationFiles encodes the K25 file layout (events.jsonl + hot/ + operator.json-if-legacy).",
+    "go_kernels_relevant_to_storage": "memory-ops (src/go/memory-ops/main.go) ALREADY uses modernc.org/sqlite pure-Go, no cgo — in-repo precedent for SQLite under D30. auto-tasks (row 12 of retirement map) is the one PROVEN port (parity harness, mutants RED, Python oracle deleted 2026-10-18). tui/history, tui/graphproj build broken at last map regen; src_go_suite green in all 96 modules 2026-10-18.",
+    "bridge": "the native bridge today is read-only (/v1/status + /v1/conversation polling) — the Go face does not WRITE operator state yet."
+  },
+  "recovery_today": "None for operator.json: no backup, no journal that can rebuild bodies, no repair tool. A torn file = total silent state loss (defaults). The K25 conversation side has real recovery (checkpoint+tail replay with dedupe); the operator/task side does not.",
+  "content_responsibilities_the_checkpoint_carries": [
+    "Task lifecycle ledger: identity, description, status, route info, result, timestamps for EVERY task ever (96% of bytes)",
+    "The single current-task pointer + active model",
+    "Identity/role strings",
+    "The pending-approval handoff: pending_task_id, pending_request (the approval request body), pending_runtime_state (the full resumable tool state for a 330s turn) — the only crash-resume mechanism for interrupted turns",
+    "NOT conversations (already K25); NOT model routing profiles (own file); NOT traces (own JSONL)"
+  ]
+}

research/factory-checkpoint-saves/03-outward.json

@@ -0,0 +1,100 @@
+{
+  "stage": "OUTWARD",
+  "date": "2026-10-18",
+  "note_on_verification": "All 8 sources below were fetched live this round; each 'verified' line is what the source itself says on the page cited. Claude Code's session storage (commonly described as per-project JSONL under ~/.claude/projects) was NOT verifiable this round (no install on this machine) and is flagged unverified below; it is not load-bearing for any conclusion.",
+  "sources": [
+    {
+      "id": "S1",
+      "topic": "SQLite WAL — the standard single-writer crash-safe answer",
+      "url": "https://www.sqlite.org/wal.html",
+      "verified": [
+        "WAL is significantly faster in most scenarios; readers do not block writers and writers do not block readers; writes are sequential; fewer fsyncs than rollback journal",
+        "Only ONE writer at a time (concurrent readers fine) — matches our two-stream need after per-stream serialization inside one process",
+        "Automatic checkpointing at ~1000 pages (~4MB); checkpoint starvation can grow the WAL if a reader never yields — must leave reader gaps or run checkpoints",
+        "All processes must be on the same host (shared-memory wal-index) — fine for us, everything is one machine, but rules out network filesystems",
+        "PRAGMA synchronous=NORMAL omits the per-commit WAL sync (durability sacrificed on power loss only; process crash still safe)",
+        "HONEST RISK DISCLOSED BY SQLITE ITSELF: the WAL-reset bug — present 3.7.0 (2010) through 3.51.2 (2026-01-09), fixed 3.51.3 (2026-03-13) with backports to 3.44.6/3.50.7; a rare multi-connection simultaneous write+checkpoint data race that CAN corrupt. A reproducer without test hooks was published 2026-08-24. Any SQLite choice must PIN a fixed version — directly relevant because our two streams = two connections."
+      ],
+      "relevance": "The default industry answer for exactly our shape of problem: multi-reader, single-writer, crash-safe, no full rewrite, bounded files. In pure Go under D30 this means modernc.org/sqlite (see S3)."
+    },
+    {
+      "id": "S2",
+      "topic": "bbolt — etcd's embedded B+tree KV store for Go",
+      "url": "https://github.com/etcd-io/bbolt",
+      "verified": [
+        "'Stable, the API is fixed, and the file format is fixed'; used in high-load production (Shopify, Heroku, DBs to 1TB)",
+        "Fully serializable ACID transactions; only ONE read-write transaction at a time; many concurrent read-only transactions",
+        "Exclusive FILE LOCK: multiple processes cannot open the same DB — cross-process use blocks (Options.Timeout exists)",
+        "DB.Batch() opportunistically combines concurrent write transactions (write coalescing built in; functions must be idempotent)",
+        "Two-phase commit: dirty pages + fsync, then new meta page + fsync — partially written pages are invisible (crash-safe by construction)",
+        "Caveats the README itself lists: random writes slow (B+tree), long read transactions pin pages (copy-on-write), no space reclaimed after deletes (freelist), can corrupt if power fails during very first initialization, ext4 fast-commit corruption on unpatched kernels"
+      ],
+      "relevance": "The mature pure-Go KV option: single-writer model matches a one-core-authority design; no cgo; but multi-process write access needs a single-writer-process architecture, and it is opaque binary (not human-readable)."
+    },
+    {
+      "id": "S3",
+      "topic": "modernc.org/sqlite — SQLite in pure Go (no cgo)",
+      "url": "https://gitlab.com/cznic/sqlite",
+      "verified": [
+        "'Package sqlite is a CGo-free port of SQLite/SQLite3' — machine-translated C to Go; BSD-3; actively maintained (825 commits, 170 tags since 2018)",
+        "In-repo precedent: src/go/memory-ops/main.go already imports _ \"modernc.org/sqlite\" — the D30-compatible SQLite is already a vendored dependency of this repo"
+      ],
+      "relevance": "The D30-legal way to get S1's semantics in the Go core. Costs: slower than cgo SQLite (widely reported ~1.5-2x on write-heavy paths; measure, do not assume), large transitive dependency, and its bundled SQLite version must be >= the S1 WAL-reset fix."
+    },
+    {
+      "id": "S4",
+      "topic": "Atomic write pattern — temp file + rename, and rename's exact guarantee",
+      "url": "https://man7.org/linux/man-pages/man2/rename.2.html",
+      "verified": [
+        "rename(2): 'If newpath already exists, it will be atomically replaced, so that there is no point at which another process attempting to access newpath will find it missing.' That single sentence is the whole pattern: write a full copy elsewhere, then one atomic swap",
+        "rename gives ATOMICITY (visibility), not DURABILITY: to survive power loss the temp file must be fsync'd BEFORE the rename, and the containing directory fsync'd after — this discipline is what the repo's own atomic.py implements (same-dir mkstemp -> write -> fsync -> os.replace)"
+      ],
+      "relevance": "The cheapest possible fix for the corruption window for ANY file-shaped approach; already implemented in-repo (orchestration/atomic.py) and already proven by the K25 hot checkpoints. Python's stdlib has no atomic_write; Go's os.Rename + File.Sync is the same discipline."
+    },
+    {
+      "id": "S5",
+      "topic": "Comparable tool: aider's chat history — human-readable files, no database",
+      "url": "https://aider.chat/docs/faq.html",
+      "verified": [
+        "aider persists chat history as .aider.chat.history.md — a MARKDOWN file in the repo root, shared/published by copying; input history in .aider.input.history (verified on the FAQ page: 'Copy the markdown logs you want to share from .aider.chat.history.md')",
+        "No SQLite, no binary store for the primary conversation surface — closest prior art to D38's 'plain files over databases' ruling"
+      ],
+      "relevance": "Evidence that a serious daily-driver coding agent runs on human-readable files for its most-observed surface. aider is single-session per repo (no two-writer problem) — the honest boundary of this precedent."
+    },
+    {
+      "id": "S6",
+      "topic": "Comparable tool: Ollama's own persistence choices",
+      "url": "https://raw.githubusercontent.com/ollama/ollama/main/docs/api.md",
+      "verified": [
+        "/api/chat is STATELESS: the client sends the full messages array every call ('messages: the messages of the chat, this can be used to keep a chat memory'); the deprecated per-/generate 'context' blob is the only server-side memory affordance — the server persists NO conversation state; the CLIENT owns continuity",
+        "Model artifacts are content-addressed: /api/create + /api/push operate on sha256-digest blobs and write a MANIFEST ('writing manifest'); integrity comes from digests, not from mutable-file discipline"
+      ],
+      "relevance": "The local-model ecosystem our core talks to made the exact opposite trade from us on conversations: keep the server stateless, push conversation ownership to the client/store layer. Rune already does this (client-owned history in the K25 conversation store) — the checkpoint problem is only about OUR side of that line."
+    },
+    {
+      "id": "S7",
+      "topic": "Rust embedded stores — honest maturity (sled)",
+      "url": "https://github.com/spacejam/sled",
+      "verified": [
+        "The project's own README: 'if reliability is your primary constraint, use SQLite. sled is beta'; 'quite young, should be considered unstable'; 'the on-disk format is going to change in ways that require manual migrations before the 1.0.0 release'",
+        "README banner: out of sync with main branch which 'contains a large in-progress rewrite'",
+        "Auto-fsync every 500ms by default (configurable) — different durability default than fsync-per-commit"
+      ],
+      "relevance": "Sled is disqualified for a reliability-first core by its own README. Included because it is the most-linked Rust embedded DB and the owner asked for the honest Rust assessment."
+    },
+    {
+      "id": "S8",
+      "topic": "Rust embedded stores — honest maturity (redb)",
+      "url": "https://github.com/cberner/redb",
+      "verified": [
+        "'Stable and maintained. The file format is stable, and a reasonable effort will be made to provide an upgrade path' ; pure Rust, ACID, MVCC concurrent readers + writer without blocking; crash-safe by default; savepoints/rollbacks",
+        "Self-published benchmarks on modern NVMe put redb between lmdb and sqlite on individual writes (920ms vs sqlite 7040ms in their harness) — take as directional only"
+      ],
+      "relevance": "The credible Rust alternative IF a Rust authority ever held the store — but D30 makes cgo exception-only and WASM (wazero) has no filesystem, so a Rust store can only sit behind a sidecar process; that is added IPC for zero gain over S2/S3. Recorded for completeness, not as a live option."
+    }
+  ],
+  "secondary_sources_unverified_or_contextual": [
+    "Claude Code session storage as JSONL per project (~/.claude/projects/<slug>/*.jsonl): widely described; NOT verified this round (no install on this machine). If true it is another readable-files precedent like S5.",
+    "LevelDB's log/WAL+compaction design and git's append-only object store are the classical event-sourcing prior art; both are well-known designs and both are ALREADY embodied in-repo by events.jsonl + tail/compaction (K25), so no external fetch was needed to ground them."
+  ]
+}

research/factory-checkpoint-saves/04-applicability.json

@@ -0,0 +1,59 @@
+{
+  "stage": "APPLICABILITY",
+  "date": "2026-10-18",
+  "method": "For each outward finding: does it apply to rune's measured situation, and through which door (Go core per D39, Python stopgap, or both)?",
+  "mappings": [
+    {
+      "from": "S1 SQLite WAL",
+      "applies": "YES — our shape is WAL's home turf: one machine, one writer process with two internal streams, bursty small writes, crash-anywhere requirement, readers concurrent with writers (the Go TUI polling).",
+      "through": "Go core via S3 (modernc, pure Go, D30-legal, already vendored by memory-ops). MUST pin a modernc release bundling SQLite >= 3.51.3 (WAL-reset fix, S1 section 11). Python stopgap could also open the same DB read-only or via sqlite3 stdlib — same file format both sides (a genuine Python-authority->Go-authority migration bridge).",
+      "caveats": "Binary, not human-readable (strains D38 preference unless the markdown ledger stays the visible surface); -wal/-shm sidecar files must travel with the DB on backup/copy; WAL starvation needs reader gaps (our readers are short polls — fine)."
+    },
+    {
+      "from": "S2 bbolt",
+      "applies": "YES — etcd ran the world's coordination on it; single-writer-per-file model exactly matches 'ONE authority process' architecture.",
+      "through": "Go core natively (pure Go, zero cgo by construction).",
+      "caveats": "Exclusive file lock means ALL access must go through the one authority process — CLI commands and the TUI must talk to the core, never open the DB directly (a protocol change, but D36/D39 already demand one authority). Not human-readable. Random-write performance is mediocre, but our write rate is trivial (~4 small txns/turn)."
+    },
+    {
+      "from": "S3 modernc.org/sqlite",
+      "applies": "YES — it is the D30-compatible bridge to S1.",
+      "through": "Go core; precedent already in src/go/memory-ops.",
+      "caveats": "Pure-Go translation is slower than cgo SQLite (measure on our write pattern before committing; our volume is tiny so likely fine); large dependency surface vs bbolt; version pinning discipline required for S1's WAL-reset fix."
+    },
+    {
+      "from": "S4 rename atomicity + fsync discipline",
+      "applies": "YES, UNIVERSALLY — any file-shaped state (JSON per subsystem, markdown ledger, snapshots) gets crash-atomicity from write-temp->fsync->rename->(dir fsync).",
+      "through": "Both sides: Go os.Rename/File.Sync; Python already has orchestration/atomic.py doing exactly this (unused by _save).",
+      "caveats": "Fixes torn files, NOT two-writer interleaving (two atomic writers still last-write-win each other — needs a lock or per-writer files), and rename alone is not power-loss-durable without the fsyncs. Also fixes nothing about 100x write amplification by itself."
+    },
+    {
+      "from": "S5 aider markdown history",
+      "applies": "YES as PRECEDENT for D38's readable-first instinct: a production agent's most-user-visible surface is plain markdown.",
+      "through": "Go core writes the D38 task markdown ledger as the human surface; machine state can be derived/parallel.",
+      "caveats": "aider has no two-writer problem and no resumable-approval payload; markdown alone cannot carry pending_runtime_state (structured JSON) — so readable-files as the ONLY store is insufficient for us; it works as the visible layer with a structured companion."
+    },
+    {
+      "from": "S6 Ollama stateless server",
+      "applies": "PARTLY — it validates rune's client-owned conversation design (already landed via K25) and reminds us the checkpoint problem is entirely OUR side.",
+      "through": "No action; boundary confirmation.",
+      "caveats": "Content-addressed blob storage is overkill for mutable task state; noted for model artifacts only."
+    },
+    {
+      "from": "S7/S8 sled/redb",
+      "applies": "NO as live options for the Go core — sled self-disqualifies on reliability; redb is solid but is Rust: cgo exception-only (D30) or a sidecar process; WASM path has no filesystem.",
+      "through": "None now; revisit only if the authority ever moves to Rust.",
+      "caveats": "Recorded so the 'why not the famous Rust ones' question has a sourced answer."
+    }
+  ],
+  "the_k25_generalization_insight": {
+    "observation": "The landed K25 conversation machinery (events.jsonl envelopes + atomic hot checkpoints + per-message JSONL tails + compaction/cooling) is EXACTLY the industry-standard journal+snapshot+compaction pattern (git/leveldb lineage) already proven in this codebase — for conversations only.",
+    "generalization": "Applying the same three primitives to the TASK/OPERATOR side (per-transition JSONL tail, hot open-tasks-only checkpoint, cool terminal tasks to dated archive files, compact on threshold) would fix the corruption window (atomic), the amplification (1% writes), the growth (cooling), AND the readability (JSONL + markdown-friendly archives) with machinery the team already owns.",
+    "cost": "It is the highest BUILD-effort file-shaped option (new tail readers, recovery replay, compaction triggers) — but each piece has an in-repo template."
+  },
+  "write_coalescing_applicability": {
+    "observation": "bbolt's Batch (S2) and SQLite's WAL checkpoint amortization (S1) are the industrial forms of write coalescing; SQLite group-commit and logging pipelines' buffered flushes are the same idea.",
+    "applies": "YES as an ORTHOGONAL knob on any approach: batch per-turn saves into one commit at turn boundaries (we already have natural turn boundaries; the dispatch loop can hold writes for the 90-330s turn and commit at milestones: created/running/approval-parked/completed).",
+    "caveats": "Coalescing trades durability window for write economy: a crash mid-turn loses more unless the milestone commits are chosen where resumability matters (approval parking is the one hard requirement)."
+  }
+}

research/factory-checkpoint-saves/05-adversarial.json

@@ -0,0 +1,85 @@
+{
+  "stage": "ADVERSARIAL",
+  "date": "2026-10-18",
+  "method": "Every candidate approach attacked against every constraint. Constraints: (C1) two concurrent writers chat+task; (C2) 330s turns with in-memory turn state; (C3) crash-anywhere safety incl. power loss; (C4) human-readable preference (D38); (C5) no heavy deps / no cgo (D30); (C6) Python-authority-today + Go reader-today + Go-authority-by-D39 (contract must bridge); (C7) reuse K25; (C8) unbounded growth must end.",
+  "approaches_attacked": [
+    {
+      "name": "A. SQLite (modernc) single DB, WAL on",
+      "attack": {
+        "C1": "WAL allows ONE writer at a time: two goroutines writing concurrently serialize on SQLite's own write lock (SQLITE_BUSY possible with a poor busy_timeout — must set one; this is configuration, not redesign). Two PROCESSES both writing needs care but is supported; our design should be one authority process anyway.",
+        "C2": "An open transaction can hold turn state and commit at milestones; BUT a 330s open write transaction would pin the WAL and block other writers — the turn must NOT hold a transaction across the model call. Pattern: short commits at milestones only.",
+        "C3": "Best-in-class, with the S1-disclosed WAL-reset caveat: pin SQLite >= 3.51.3. Power-loss durability needs synchronous=FULL (or accept NORMAL's power-loss window).",
+        "C4": "FAILS readability directly: binary DB. Mitigation: D38 markdown ledger stays the human surface; DB is the machine layer. The owner's stated preference is strained unless the two-layer split is accepted.",
+        "C5": "modernc is a big pure-Go dependency (large transitive tree, BSD) — heavier than bbolt, lighter than any cgo. No cgo: PASSES D30.",
+        "C6": "STRONGEST bridge: the file format is identical for the Python sqlite3 stdlib reader during migration — the one format both sides read natively TODAY with zero new code.",
+        "C7": "Reuses nothing of K25 (different paradigm); K25 tails would need an import path into the DB (one-time migration).",
+        "C8": "Bounded DB file; terminal-task archival still wants a policy (DELETE/cool old rows or the DB grows forever — same disease, slower onset).",
+        "hidden_cost": "Schema discipline: the checkpoint's 'content responsibilities' (02-inward) must be designed as tables/columns; ad-hoc JSON blobs in rows would recreate the opacity with extra steps."
+      }
+    },
+    {
+      "name": "B. bbolt KV store",
+      "attack": {
+        "C1": "One read-write Tx at a time — the two streams serialize on Update() inside the process; that is exactly per-statement granularity (ms), NOT the current whole-turn dispatch_lock, so D36 is satisfied.",
+        "C2": "Same discipline as A: short transactions at milestones; never hold a Bolt Tx across a 330s model call (long read Txs pin pages by copy-on-write — README-documented).",
+        "C3": "Crash-safe two-phase commit; README-documented edge cases: first-initialization power-fail corruption, ext4 fast-commit on old kernels — real but narrow.",
+        "C4": "FAILS readability (binary). Same mitigation as A (markdown surface + machine layer).",
+        "C5": "PUREST option: small dependency, zero cgo by construction, MIT.",
+        "C6": "WEAK bridge: Python cannot read bbolt; during migration the Python core and Go core cannot share the file. Migration must be a hard cutover or keep a parallel JSON export for the dying Python side.",
+        "C7": "Reuses nothing of K25.",
+        "C8": "README-documented: deletes do not shrink the file (freelist) — archival of terminal tasks needs compaction runs (bbolt has a compact command); growth is manageable but not free.",
+        "hidden_cost": "Everything is a []byte — the 'schema' lives in key design; queries beyond get/scan (search, windows) are hand-rolled."
+      }
+    },
+    {
+      "name": "C. Journal + snapshots (K25 generalized to tasks/operator)",
+      "attack": {
+        "C1": "Per-STREAM tails (chat-tail.jsonl, task-tail.jsonl) give physical writer separation — no lock needed between streams, only within one stream. This is the only approach where the two writers literally never contend. Two processes still need per-file locking (flock) or an authority rule.",
+        "C2": "Tail append per milestone is naturally short; the approval-parking append IS the 330s-turn handoff (this is exactly what conversation_tail.jsonl does for messages).",
+        "C3": "Append+fsync per line is power-safe (a torn last line is detectable/discardable — JSONL recovery is line-oriented); snapshots via S4 atomic rename. Recovery = snapshot + replay-tail-with-dedupe: MORE recovery code than A/B.",
+        "C4": "BEST readability: JSONL tails are line-greppable; terminal-task cooling can EMIT the D38 markdown directly; the whole store stays inspectable with cat/grep/jq.",
+        "C5": "PASSES trivially: the pattern needs only file APIs in either language; zero deps.",
+        "C6": "GOOD bridge: JSONL+JSON files are readable by Python today AND Go today — the D39 port can even keep reading the same tails the Python side wrote (format-level compatibility, not just parseability).",
+        "C7": "MAXIMUM reuse: this IS K25's machinery pointed at a second domain; the conversation side is the working reference implementation.",
+        "C8": "Cooling/archival is built into the pattern (compact folds tail into snapshot; snapshot keeps only open tasks; terminal tasks retire to dated files — D38's folder law maps 1:1).",
+        "hidden_cost": "Highest BUILD effort of the file options: tail readers, replay/dedupe, compaction triggers, cooling policy — every piece exists as a K25 template but must be written for the task domain; and 'the snapshot is the recovery source' means a corrupt snapshot still needs the loud-error path (K25 has CorruptStateCheckpointError as the template)."
+      }
+    },
+    {
+      "name": "D. Atomic temp+rename JSON per subsystem (hot/cold split, no journal)",
+      "attack": {
+        "C1": "Per-subsystem files shrink contention but two writers to the SAME subsystem file still last-write-win: needs a mutex per file (in-process) + flock (cross-process) — locks return, at fine grain. SIMPLE but the locking must be honest.",
+        "C2": "Approval parking is one atomic write of a small pending.json — clean.",
+        "C3": "Atomicity from S4; power-loss durability needs the fsync discipline (atomic.py already does it); recovery is trivial (each file parses or is loudly missing) — NO replay logic needed. This is the LOWEST recovery complexity of all options.",
+        "C4": "EXCELLENT readability: small JSON files per concern (open-tasks.json, pending.json, pointers.json) + terminal tasks retired as markdown per D38.",
+        "C5": "PASSES: zero deps, stdlib both languages.",
+        "C6": "PERFECT bridge: same files, both languages, trivially.",
+        "C7": "Reuses atomic.py/AtomicStore directly; ignores the journal/tail half of K25 (acceptable — that half exists for message-volume domains).",
+        "C8": "SOLVED by construction: hot file holds ONLY open tasks (~23KB measured), terminal tasks retire once to dated archives; every write is small and constant-time.",
+        "hidden_cost": "NO history replay: if a hot file is somehow damaged despite atomicity (disk corruption), there is no journal to rebuild from — the archives are the backup. Per-file write cost is trivial (23KB), so amplification is dead. This is the 'boring' option: least machinery, least protection depth."
+      }
+    },
+    {
+      "name": "E. Hybrids (named)",
+      "attack": {
+        "E1 = C + D (K25 generalized + D38 markdown retirement)": "The natural full file-shaped stack: per-stream tails for turn events, hot open-only snapshot, terminal tasks retired to markdown folders. Fixes everything C and D fix; costs C's build effort. This is 'K25 generalized' verbatim.",
+        "E2 = D front + A underneath": "markdown/JSON as the visible contract, SQLite as an INDEX over them for fast queries (search/windows). Two sources of truth unless the DB is strictly derived (rebuildable) — strict derivation must be enforced or it WILL drift.",
+        "E3 = A during migration + C at rest": "SQLite as the Python->Go handoff vehicle (both read it), then journal+files once Python is dead. Two migrations instead of one — only worth it if the D39 port lands slowly.",
+        "verdict_pattern": "Every hybrid trades one more moving part for one more constraint satisfied; the honest attack is 'which constraint do you NOT need?'"
+      }
+    },
+    {
+      "name": "F. Rust stores (redb/sled) via sidecar",
+      "attack": "Sled self-disqualifies (S7). redb is credible (S8) but D30 leaves a sidecar process as the only route: IPC hop for every state access, two runtimes to keep alive, zero benefit over A/B/C/D which all run in-process in Go. Included for completeness; recommend nobody chooses it, but the owner decides."
+    }
+  ],
+  "constraint_scorecard": {
+    "columns": ["C1 two writers", "C2 330s turns", "C3 crash/power", "C4 readable", "C5 no-cgo/deps", "C6 Py<->Go bridge", "C7 reuse K25", "C8 bounded"],
+    "A SQLite/modernc": ["ok (1 writer lock)", "ok (milestone commits)", "best (pin >=3.51.3)", "strained*", "big dep, pure Go", "BEST (sqlite3 stdlib both)", "none", "needs archival policy"],
+    "B bbolt": ["ok (1 rw Tx)", "ok (short Txs)", "strong (2 edge cases)", "strained*", "SMALLEST dep", "weak (hard cutover)", "none", "needs compaction"],
+    "C journal+snapshots": ["BEST (per-stream tails)", "BEST (append=handoff)", "strong (+replay code)", "BEST (JSONL+markdown)", "zero deps", "good (files both)", "MAXIMUM", "solved by design"],
+    "D atomic JSON split": ["locks per file", "ok", "ok (no replay depth)", "excellent", "zero deps", "perfect", "atomic.py only", "solved by design"],
+    "F rust sidecar": ["ok", "awkward (IPC)", "ok", "no", "D30-hostile", "none", "none", "ok"],
+    "note": "* 'strained' = binary store; mitigated by keeping D38 markdown as the human surface and treating the DB as the machine layer."
+  }
+}

research/factory-checkpoint-saves/06-synthesis.json

@@ -0,0 +1,127 @@
+{
+  "stage": "SYNTHESIS",
+  "date": "2026-10-18",
+  "framing": "Per the D39 ruling this matrix answers 'which storage shape for the GO core', NOT 'patch Python or migrate'. Fix-in-Python appears only as Appendix S (stopgap if the port takes weeks). Per the owner's addendum, the WHERE-DOES-IT-LIVE axis is first-class: for each approach, what the Go side already has to build on. NO single recommendation — the owner diagnoses; every row is presented with its honest strains.",
+  "decision_matrix": [
+    {
+      "approach": "A. SQLite via modernc.org/sqlite (WAL)",
+      "what_it_fixes": "Corruption window (WAL commits are atomic+journaled), full-rewrite amplification (page-level writes), two-writer safety (single-writer lock with concurrent readers), queryability (search/windows over tasks become SQL).",
+      "costs": {
+        "build": "Schema design for the checkpoint's content responsibilities + a small DAL; small.",
+        "write_amplification": "Minimal (only changed pages hit the WAL).",
+        "readability": "Binary — the one direct conflict with D38; resolved only by keeping the markdown ledger as the human surface above it.",
+        "recovery": "Nearly zero custom code — SQLite recovers itself; operationally requires version pinning (>= 3.51.3, the WAL-reset fix) and -wal/-shm-aware backups.",
+        "dependency": "Large pure-Go dependency tree (already vendored for memory-ops)."
+      },
+      "maturity": "SQLite itself is the most-deployed storage engine in existence; the modernc port is 7+ years active; in-repo production use (memory-ops). Honest risk: modernc perf vs cgo (measure), WAL-reset bug class (pin).",
+      "constraints_strained": "C4 readability.",
+      "migration_axis": {
+        "go_assets": "memory-ops already imports modernc (vendor precedent). No Go task-state store exists — schema is greenfield.",
+        "port_now_cost": "Low-medium: schema + DAL + cutover import from operator.json/hot files.",
+        "python_stopgap_compatibility": "BEST of all options: Python's sqlite3 stdlib reads the SAME file during a slow migration — the only approach where the D39 port can land gradually with both authorities live (one writer at a time)."
+      }
+    },
+    {
+      "approach": "B. bbolt single-file KV",
+      "what_it_fixes": "Same core fixes as A (ACID single-writer, no full rewrites); simplest dependency story in Go.",
+      "costs": {
+        "build": "Key/bucket design + DAL; small.",
+        "write_amplification": "Low at our volume (README: random writes mediocre — our rate is ~4 small txns/turn, trivial).",
+        "readability": "Binary — same C4 strain as A.",
+        "recovery": "Self-recovering; freelist means deleted terminal tasks never shrink the file without periodic compaction (bbolt CLI does it).",
+        "dependency": "Smallest, purest Go dep possible (etcd's store)."
+      },
+      "maturity": "etcd/Shopify/Heroku production at 1TB scale; README-documented edge cases (init-phase power fail; ext4 fast-commit on old kernels).",
+      "constraints_strained": "C4 readability; C6 bridge (Python cannot read bbolt — hard cutover only); exclusive file lock forces ONE authority process for ALL access (CLI must go through the core — which D36/D39 imply anyway).",
+      "migration_axis": {
+        "go_assets": "None in-repo use bbolt yet; the dependency is one go get.",
+        "port_now_cost": "Low-medium: bucket design + DAL + one-shot import.",
+        "python_stopgap_compatibility": "None — parallel JSON export would be needed if Python must keep reading during a long port."
+      }
+    },
+    {
+      "approach": "C. Append-only journal + snapshots + compaction (K25 generalized)",
+      "what_it_fixes": "Everything, by the pattern the repo already trusts: per-stream JSONL tails give the two writers PHYSICAL separation (no lock between chat and task streams ever); milestone appends are the 330s-turn handoff; compaction + cooling end unbounded growth and write amplification; atomic snapshots (atomic.py/os.Rename) end the corruption window; JSONL+markdown are greppable.",
+      "costs": {
+        "build": "HIGHEST of the file options: task-domain tail reader, replay/dedupe recovery, compaction triggers, cooling policy — each piece has a K25 template (conversation side) but must be written anew.",
+        "write_amplification": "One small append per milestone + a snapshot per compact-threshold — optimal.",
+        "readability": "BEST: tails are cat-able lines; cooling can emit D38 markdown directly; the D38 dated-folder retirement law maps 1:1 onto the cooling step.",
+        "recovery": "MOST custom code: snapshot + tail replay + dedupe (the K25 conversation recovery is the in-repo reference); a corrupt snapshot is a loud typed error.",
+        "dependency": "Zero — file APIs only, both languages."
+      },
+      "maturity": "The pattern is git/leveldb/SQLite-WAL lineage (journal+checkpoint); the SPECIFIC implementation is proven in this repo for conversations since K25. Pattern maturity: maximal; task-domain code maturity: none yet.",
+      "constraints_strained": "None strained on paper; the strain is engineering hours and the number of moving parts to keep correct.",
+      "migration_axis": {
+        "go_assets": "operator-deep already knows the K25 file contract (InitConversationFiles, gaps_lifecycle.go:374); the format is language-neutral JSON/JSONL.",
+        "port_now_cost": "Medium-high: port the K25 mechanics to Go for the task domain + write the tail/replay/compaction.",
+        "python_stopgap_compatibility": "Format-compatible with the existing hot/ layout — the Python side can keep writing tails the Go side reads during migration (the strongest C7/C6 file-shaped bridge)."
+      }
+    },
+    {
+      "approach": "D. Atomic temp+rename JSON per subsystem (hot/cold split, no journal)",
+      "what_it_fixes": "The corruption window (S4 atomicity), the amplification (hot files hold only open tasks — 23KB measured), the growth (terminal tasks retire once to dated archives), the readability (small JSON + D38 markdown), with the LEAST machinery: no journal, no replay, no schema, no deps.",
+      "costs": {
+        "build": "LOWEST of all: split _save's payload into per-concern files, write via the existing atomic helper, retire terminal tasks to archive files.",
+        "write_amplification": "Small constant per write (23KB hot snapshot), no history rewritten.",
+        "readability": "Excellent (jq-able JSON + markdown archives).",
+        "recovery": "Simplest failure story (each file is whole-or-loudly-missing) but SHALLOWEST: no journal to rebuild from if a hot file is damaged on disk; archives are the only backup.",
+        "dependency": "Zero.",
+        "locking": "Per-file mutex + flock — the two-writer story is fine-grained but explicit; unlike A/B/C there is no built-in serialization, so the locking discipline is on us."
+      },
+      "maturity": "The S4 pattern is the POSIX standard; atomic.py has run in production (K25 hot checkpoints) since it landed.",
+      "constraints_strained": "Protection depth (no replay); cross-process locking is hand-rolled.",
+      "migration_axis": {
+        "go_assets": "operator-deep's LoadOperatorState generalizes trivially to per-file loads; nothing new needed.",
+        "port_now_cost": "Low.",
+        "python_stopgap_compatibility": "Perfect — same files both languages."
+      }
+    },
+    {
+      "approach": "E1. Hybrid: D-surface + C-mechanism (K25 generalized WITH D38 markdown retirement) — 'the full file stack'",
+      "what_it_fixes": "C's fixes with D's visible simplicity: per-stream tails + hot open-only snapshots + terminal tasks retired as markdown in dated folders; D38's ledger becomes the cooling output, not a separate system.",
+      "costs": "Same as C (it IS C with the cooling format fixed to markdown); one fewer moving part than 'D38 ledger + separate archives' because they unify.",
+      "migration_axis": "Same as C."
+    },
+    {
+      "approach": "E2. Hybrid: readable files as source of truth + SQLite as derived index",
+      "what_it_fixes": "Readability AND queryability.",
+      "costs": "TWO stores; the DB must be strictly derived (rebuildable from files) or it WILL drift into a second source of truth — the repo's own law ('operator.json's task list is a legacy cache, never a second authority', rune_operator.py:796-798) warns exactly about this shape.",
+      "migration_axis": "A's assets plus C/D's; build both."
+    },
+    {
+      "approach": "F. Rust embedded store behind a sidecar (redb; sled disqualified)",
+      "what_it_fixes": "Nothing the Go-native options don't.",
+      "costs": "IPC hop per access, two runtimes, D30-hostile; sled's own README says use SQLite for reliability.",
+      "migration_axis": "Irrelevant to the D39 direction (Go core). Presented for completeness because the owner asked for the honest Rust/ecosystem survey."
+    }
+  ],
+  "orthogonal_knob_applies_to_all": "Write coalescing at turn milestones (commit only at created/running/approval-parked/terminal, never mid-turn) — industry form: bbolt Batch / SQLite group commit. It trades a wider loss window for fewer writes; the approval-parking milestone is the one non-negotiable commit (C2).",
+  "what_the_go_core_must_preserve_from_python_intent": {
+    "content_responsibilities": [
+      "Task lifecycle ledger incl. terminal states and results (the 96% bulk — must become archivable, not rewritten)",
+      "The pending-approval handoff: pending_task_id + pending_request + pending_runtime_state (the ONLY crash-resume mechanism for interrupted 330s turns — currently a SINGLE GLOBAL slot; the D36 two-stream world arguably needs it per-channel)",
+      "current-task pointer + active model + identity",
+      "Legal transition spine (TASK_TRANSITIONS in conversation_state.py:70-95) — the state machine is intent, not just data",
+      "Migration path for the existing 3,859 records + 8MB events.jsonl (import once, idempotently — the migrate_operator_tasks pattern)"
+    ],
+    "behavioral_contracts": [
+      "Degrade loudly, never silently: the Python _load's silent reset to defaults is the BUG this round exists for; K25's typed CorruptStateCheckpointError is the preserved intent",
+      "Single authority: one writer process; readers poll (the bridge's read-only /v1 pattern continues)",
+      "D38: markdown files are the human-visible source of truth for OPEN tasks; machine state may sit underneath but must never contradict the ledger"
+    ]
+  },
+  "appendix_S_python_stopgap_if_port_takes_weeks": {
+    "change": "One-line-class fix at rune_operator.py:789: route _save through orchestration.atomic.atomic_write (already imported infrastructure — temp+fsync+rename), plus retire terminal tasks out of state.tasks into a dated archive file on save (hot list stays ~60 records).",
+    "what_it_fixes": "The torn-file total-loss window (the corruption half of the problem) and ~99% of the write amplification, today, with zero new dependencies.",
+    "what_it_does_NOT_fix": "Two-writer interleaving (still needs the dispatch serialization until D36 lands properly), growth of the archive (bounded files now, still forever-accumulating), and the single global pending slot.",
+    "disposition": "Superseded-by-D39 as a destination; legitimate as a stopgap. Owner decides if even this is worth landing before the Go core takes over."
+  },
+  "how_to_read_this_matrix": [
+    "If the pain is CORRUPTION above all: A, B, C, D all fix it; pick by the other columns.",
+    "If the pain is D36 CONCURRENCY: C separates writers physically; A/B serialize cheaply; D needs explicit locks.",
+    "If the pain is READABILITY/D38: C/E1/D are the file family; A/B pay the binary tax unless the markdown layer is kept above them.",
+    "If the pain is MIGRATION RISK (Python->Go handoff): A is the only shared-format option; C/D are file-compatible but need the Go reader written; B is hard-cutover.",
+    "If the pain is BUILD HOURS: D is cheapest, C/E1 most expensive, A/B medium.",
+    "If the pain is RECOVERY DEPTH: C replays from journals; A/B self-recover; D has no replay depth."
+  ]
+}

research/factory-checkpoint-saves/07-qualify.json

@@ -0,0 +1,37 @@
+{
+  "stage": "QUALIFY",
+  "date": "2026-10-18",
+  "verdict": "PROCEED — for the research itself (this round).",
+  "what_proceeds_next": "Owner diagnosis of the 06-synthesis decision matrix: which storage shape the Go core adopts (A SQLite/modernc, B bbolt, C journal+snapshots = K25 generalized, D atomic per-subsystem JSON, E hybrids, F rust-sidecar) and whether the Appendix S Python stopgap is worth landing during the port.",
+  "confidence": {
+    "high": [
+      "Measured numbers (2,307,627-byte file, 96.3% tasks list, 25ms save, 1% hot fraction, torn-write demo, K25 hot file 1.59MB with 3,851 records) — direct measurement on the live system, reproducible scripts inline in 02-inward.",
+      "The corruption mechanics: open('w') truncate-at-open + streamed write + no rename + silent reset in _load — read directly from rune_operator.py:765-793 and demonstrated.",
+      "The concurrency story: dispatch_lock's own comment states the unsynchronized-mutation rationale (core_server.py:199-207, 222).",
+      "K25 coverage boundaries — read from conversation_state.py/atomic.py/event_store.py and the live hot/ directory."
+    ],
+    "medium": [
+      "modernc vs cgo performance delta (community-reported, not benchmarked here — flagged in 03-outward; our write volume is small enough that it likely does not matter, but measure before committing).",
+      "Two-process writer frequency today (CLI beside TUI) — established possible from get_operator()/entry points, not observed firing live this round."
+    ],
+    "low_or_unverified": [
+      "Claude Code session storage as JSONL — NOT verified this round (no install on this machine); flagged in 03-outward; not load-bearing.",
+      "redb/sled benchmark numbers are the projects' own self-published figures — directional only."
+    ]
+  },
+  "risks_if_delayed": [
+    "Every day adds ~15-40 terminal task records to operator.json (~8-20KB/day at current use) — each save rewrites them; growth is slow but permanent and the torn-write window stands open the whole time.",
+    "The D36 separate-turns work CANNOT safely un-serialize dispatch until the storage layer tolerates two writers — this round's matrix is on its critical path (the prior factory-separate-turns round named BP-3 exactly this blocker)."
+  ],
+  "artifacts": {
+    "01-issue.json": "ruling-bound problem statement and constraint set",
+    "02-inward.json": "all measurements, code map, K25 coverage inventory, Go reader map",
+    "03-outward.json": "8 live sources with URLs and exactly what each page verified",
+    "04-applicability.json": "source-to-constraint mappings and the K25-generalization insight",
+    "05-adversarial.json": "every approach attacked on all 8 constraints + scorecard",
+    "06-synthesis.json": "the decision matrix (Go-first per D39), migration axis, content responsibilities, Python stopgap appendix",
+    "07-qualify.json": "this file",
+    "README.md": "plain-language walkthrough for the owner"
+  },
+  "no_code_changes": "Confirmed — research artifacts only, under research/factory-checkpoint-saves/."
+}

research/factory-checkpoint-saves/README.md

@@ -0,0 +1,74 @@
+# Factory research round: checkpoint saves — full explanation + a multitude of approaches
+
+**Round:** factory-checkpoint-saves · 2026-10-18 · Verdict: **PROCEED** (research only, no code changes)
+**Owner order:** "can you fully explain the issue first so i can diagnose approaches and also suggest a multitude of approaches after research on this specific issue" — D38 explicitly deferred this decision to a dedicated round.
+**Reframed mid-round by D39** (owner ruling: *"keep the intention of what was meant to be finished in python and just move to go and fix the go version properly"*): the decision now feeds the **Go core's storage design**. Python-side fixing appears only as a stopgap appendix.
+
+Every technical term is defined inline at first use. Numbers are measured, not estimated (methods in `02-inward.json`).
+
+---
+
+## 1. The problem, plainly
+
+Rune's Python operator (the program that runs tasks and talks to models) saves **all** of its durable state by rewriting **one** JSON file — `~/.rune/operator.json` — over and over. The file is currently **2.3 MB**. Every time anything happens to any task (created, started, finished, failed, waiting for your approval), the whole file is thrown away and rewritten from scratch.
+
+Three separate things are wrong with that:
+
+1. **The corruption window.** The rewrite works like this: open the file (which *truncates* it to zero length immediately), then stream the new content in. If the process dies mid-write — power loss, a kill, even a Python exception halfway through — the file is left **torn**: part old, part new, and no longer valid JSON. We demonstrated it: killing a write 4 ms into its ~25 ms window left the file 86% written and unloadable. And the code that *reads* the file at startup responds to a torn file by **silently resetting everything to factory defaults** — your running tasks, your pending approvals, all gone, with only a log line. There is no backup copy, no journal to rebuild from, nothing.
+
+2. **99% of every write is wasted.** Of the 3,859 task records in the file, ~3,800 are *finished* (completed or failed) — history that will never change again. The actually-live part (open tasks) is **1%** of the file. So every save rewrites 2.3 MB to change ~23 KB: a ~100× write amplification, ~4 saves per message, ~9 MB written per turn. Each save takes ~25 ms. It grows forever, because nothing ever archives old tasks.
+
+3. **The D36 collision.** Today the core avoids corrupting this file under concurrency the only way it can: **one big lock** that lets only ONE turn (chat *or* task, never both) run at a time — held for the entire 90–330 second model call. That's exactly the "can't talk in chat while a task runs" blocking the D36 ruling wants dead. The moment two turns run in parallel, two threads can each be mid-rewrite of the same file at once — interleaved garbage, guaranteed corruption, not just crash-tearing. (There's also a second way to get two writers *today*: any CLI command builds its own operator against the same file, beside the running TUI core.)
+
+**What's IN the file** (the "content responsibilities" any replacement must carry): the task ledger (96% of the bytes), the single current-task pointer, identity strings, and — most importantly — the **pending-approval handoff**: when a task pauses to ask you something, the full resumable state of that long turn (`pending_task_id`, `pending_request`, `pending_runtime_state`) lives *only* here. It is the only crash-resume mechanism for interrupted turns.
+
+## 2. What already landed (and why that matters)
+
+The K25 work (in `orchestration/conversation_state.py`) already fixed this exact disease **for conversations**: every message appends one small fsync'd (force-to-disk) line to a JSONL (JSON-lines) tail file; a compact "hot" snapshot written by the atomic pattern (write a full copy to a temp file, fsync, then one atomic rename — the POSIX standard trick); older messages "cool" into per-channel archive files. Corruption is a loud, typed error, not a silent reset.
+
+**What K25 does NOT cover:** the operator.json rewrite itself; the pending-approval slot; the task-side hot file (it's atomic but still rewrites all 3,851 records = 1.6 MB per transition); cross-process locking; and terminal tasks never retire. Conversations got the cure; tasks and the operator didn't.
+
+The repo **already owns** the atomic-write helper (`orchestration/atomic.py`) — `_save` simply doesn't use it. The Go side already reads this file's full schema (`src/go/operator-deep/gaps_lifecycle.go:405`), and a Go kernel (`memory-ops`) already uses **modernc.org/sqlite** — a pure-Go (no cgo, per the D30 rule) port of SQLite. The retirement map says: task-management is the one PROVEN Go port; authority is still Python.
+
+## 3. What the industry does (8 live sources, URLs in `03-outward.json`)
+
+- **SQLite in WAL mode** (https://www.sqlite.org/wal.html) — *the* standard answer for "many readers, one writer, crash-safe, no full rewrites": changes append to a write-ahead log; readers never block; automatic checkpointing. Honest caveat from SQLite itself: a rare multi-connection race (the "WAL-reset bug") corrupted databases for 15 years before its 2026-03 fix — pin ≥ 3.51.3.
+- **bbolt** (https://github.com/etcd-io/bbolt) — etcd's embedded key-value store: pure Go, ACID (all-or-nothing) transactions, one writer at a time, brutally mature (Shopify/Heroku, 1 TB databases). Binary, not human-readable.
+- **modernc.org/sqlite** (https://gitlab.com/cznic/sqlite) — SQLite translated to pure Go: the D30-legal SQLite, already vendored in this repo.
+- **rename(2)** (https://man7.org/linux/man-pages/man2/rename.2.html) — the man page's own words: after a rename, "there is no point at which another process … will find it missing." That one sentence is the atomic-save pattern.
+- **aider** (https://aider.chat/docs/faq.html) — a production coding agent that keeps chat history as **markdown** (`.aider.chat.history.md`): the closest precedent for the owner's "plain files over databases" instinct (D38).
+- **Ollama** (https://github.com/ollama/ollama — docs/api.md) — our model server keeps **no** conversation state at all: the client sends the full history each call. Conversation ownership already lives on our side; this problem is entirely ours.
+- **sled** (https://github.com/spacejam/sled) — the famous Rust store disqualifies itself: its README says "if reliability is your primary constraint, use SQLite. sled is beta" (format changes ahead, big rewrite in progress).
+- **redb** (https://github.com/cberner/redb) — the credible Rust alternative ("stable and maintained", ACID, crash-safe) — but D30 (cgo exception-only) means it could only ride behind a sidecar process: an IPC hop for zero benefit.
+
+## 4. The multitude of approaches (matrix in `06-synthesis.json`)
+
+Presented fairly; **no single recommendation — the owner diagnoses.**
+
+| # | Approach | Fixes | Strains / costs |
+|---|----------|-------|-----------------|
+| **A** | **SQLite (modernc, WAL)** in the Go core | Corruption, amplification, 2-writer safety, gives SQL queries for free | Binary (readability strain — D38 markdown stays the human surface); big dep; pin ≥ 3.51.3; **best Python↔Go bridge** (Python's stdlib sqlite3 reads the same file during migration) |
+| **B** | **bbolt** KV store | Same core fixes; smallest/purest Go dep | Binary; hard cutover (Python can't read it); exclusive file lock forces one authority process; deletes never shrink the file without compaction |
+| **C** | **Journal + snapshots (K25 generalized to tasks)** — per-stream JSONL tails + hot open-only snapshot + cooling | Everything; the two streams *physically* never contend; D38 markdown retirement becomes the cooling step | Highest build effort (tail replay/recovery/compaction code — each piece has a K25 template); most moving parts |
+| **D** | **Atomic per-subsystem JSON (hot/cold split, no journal)** | Corruption + amplification + growth with the *least* machinery; small readable files | Needs honest per-file locking; no replay depth (a damaged hot file has only the archives as backup) |
+| **E1** | **Hybrid: D's surface + C's mechanism** (= K25 generalized with D38 markdown retirement) | The full file-stack; ledger and storage unify | Same build cost as C |
+| **E2** | **Files as truth + SQLite as derived index** | Readability + queries | Two stores; drift risk (the repo law "never a second authority" warns about exactly this shape) |
+| **F** | **Rust store sidecar (redb; sled disqualified)** | Nothing the others don't | IPC hop, two runtimes, D30-hostile |
+
+**Orthogonal knob for all of A–D:** write coalescing — commit only at turn *milestones* (created / running / approval-parked / terminal), never mid-turn. bbolt's `Batch` and SQLite's group-commit are the industrial forms. Approval-parking is the one non-negotiable commit.
+
+**Where-does-it-live axis (owner's addendum):** D39 already answered direction (Go). What remains for the owner within each row: Go assets exist for SQLite (memory-ops precedent) and the file formats (operator-deep reads them all); bbolt is one `go get`; C/D port the proven K25 mechanics. The one approach where Python and Go can share the store during a *gradual* port is **A**.
+
+**Appendix S — Python stopgap if the port takes weeks:** route `_save` through the already-in-repo `atomic_write` + retire terminal tasks to dated archives on save. Kills the torn-file total-loss window and ~99% of the amplification in a tiny diff, today. Does NOT fix two-writer interleaving (dispatch stays serialized) or the single global pending slot. Superseded as a destination; legitimate as a bridge — owner's call whether to spend even that.
+
+## 5. What the Go core must preserve (the intent, not the code)
+
+- The five content responsibilities (task ledger, current-task pointer, identity, **the pending-approval 330s-turn handoff** — arguably per-channel in a D36 world — and the legal-transition state machine).
+- **Degrade loudly, never silently** — Python's silent reset is the bug; K25's typed `CorruptStateCheckpointError` is the intent.
+- One authority process; readers poll (today's read-only bridge pattern).
+- D38: markdown files stay the human-visible source of truth for open tasks.
+- A one-time idempotent import for the existing 3,859 records and 8 MB event log.
+
+## 6. Files in this round
+
+`01-issue.json` (rulings + constraints) · `02-inward.json` (all measurements, code map, K25 inventory) · `03-outward.json` (8 sourced URLs) · `04-applicability.json` (mappings) · `05-adversarial.json` (every approach × every constraint + scorecard) · `06-synthesis.json` (the decision matrix, migration axis, stopgap appendix) · `07-qualify.json` (verdict + confidence ledger).

research/factory-consent-bridge/01-issue.json

@@ -0,0 +1,36 @@
+{
+  "stage": "ISSUE",
+  "owner_directive_verbatim": "THE CONSENT BRIDGE: the chat pane has contextual understanding — when a conversational message is actually a work request, Rune PROPOSES pushing it from chat to task (consent required); agreed → the task starts instantly and queues a turn.",
+  "law_citation": "docs/architecture/boundary-law.md §D36 item 2 (owner, 2026-10-18, interview round 3 — the face's structural law)",
+  "date": "2026-10-18",
+  "problem": "The chat pane receives free conversation through the shared input box (D36 §1: focus routes destination). Some of those conversational messages are actually work requests the user typed into chat. Today the only paths from chat text to task work are: the user re-typing in task focus, or the TUI's promote groundwork (tui/promote) which renders suggestions from lab-seed entries because no promotion runtime exists to fill the importance signals. The owner's law requires Rune herself to detect work-intent in the chat lane, PROPOSE the push with consent required (a y/n card), and on agreement start the task instantly (enqueue a turn, never interrupt a running one) carrying the conversation context as a snapshot captured at consent time. Three design questions are open: WHO classifies work-intent (cheap deterministic heuristics vs a model call vs the main model self-reporting intent in its own reply), WHAT the snapshot carries (the prior round's OD-5: verbatim chat tail vs rendered brief, unresolved), and WHEN/HOW the card appears (timing, expiry, fatigue, key semantics).",
+  "the_question": "How should the chat lane detect that a conversational message is really a work request, propose the chat→task push with an explicit consent card, and on consent start the task instantly with an immutable context snapshot captured at consent time?",
+  "research_questions": [
+    "RQ1 — INWARD: where do chat turns flow today (core send_task channel='chat'; the turn engine porting to Go), where are tasks created (send_task → task-state create, the single path the ledger wave mapped), and what raw material exists for a snapshot (conversation window, message records, ledger Brief)?",
+    "RQ2 — INWARD: what intent-detection machinery ALREADY exists in the repo (construction_intent.py action-vs-discussion resolver with its proposal/approval lifecycle; _is_follow_up; tui/promote SA-D3 scoring ladder and Offer(entries) seam; the pending_approval envelope precedent) and how much of the bridge is pre-built?",
+    "RQ3 — OUTWARD: how do production systems classify intent — small-model classifiers vs deterministic rule-based parsers vs the main model self-reporting intent as structured output in its reply? What did the industry converge on?",
+    "RQ4 — OUTWARD: what is the immutable-brief/snapshot pattern (LangGraph checkpoint immutability, event-sourced state) and what does a snapshot need to pin so later conversation changes cannot alter what the task sees?",
+    "RQ5 — OUTWARD: what are the consent-card UX patterns in TUIs/CLIs (gum confirm, Claude Code permission prompts with scoped yes/no + comment, GitHub required-reviewer approvals) — default focus, escape semantics, scope-bounded yes, one-time-only offers, expiry/staleness?",
+    "RQ6 — ADVERSARIAL/SYNTHESIS: who classifies (cost/latency/false-positive trade), what is the false-positive cost tolerance, when does the card appear and when does it lapse, and what exactly does the snapshot freeze at consent time?"
+  ],
+  "constraints": [
+    "C1 — D36 (boundary-law.md:88-94): one shared input box, focus routes destination; the consent bridge is chat-pane contextual understanding; a running turn is never interrupted; the chat pane stays clean conversation.",
+    "C2 — SA-D3 ladder is standing law in tui/promote: Explicit(100) acts immediately, Urgent(75) overrides current path, Relevant(50) is a suggestion that never silently creates, Informational(10) never hijacks the turn. The classifier feeds the 50-tier at most; 100/75 are user-declared language, not classification.",
+    "C3 — single creation path: tasks enter through send_task → task-state create (rune_operator.py:1019); the D38 markdown ledger tracks REAL tasks via Sync from checkpoint rows (ledgerview.go:69) — the bridge must enqueue through the same path, never write the ledger directly.",
+    "C4 — D39: the Python core is transitional; the two-stream architecture lands in Go. The bridge design must be Go-portable (the detection contract is an envelope field + deterministic resolver, both cross-compilable — construction_intent already has a ci_loader port).",
+    "C5 — prior round law (factory-separate-turns 06-synthesis): consent resolves to an ENQUEUE with an immutable context snapshot — never touching a running turn; nothing preempts.",
+    "C6 — prior round OD-5 (unresolved, this round closes it): consent-bridge context carry format — 'verbatim chat tail (cheap, leaky)' vs 'rendered summary block captured at proposal (recommended)'.",
+    "C7 — API-key security law (boundary-law.md §API-KEY): nothing the bridge captures (chat content into the local ledger markdown) may include key material; ledger files are local-only.",
+    "C8 — the core is stdlib-only Python (zero-dep split law); any model-side tagging must ride the existing chat turn envelope (the needs_confirm precedent), not a new client library."
+  ],
+  "scope_note": "This round designs the bridge (detection + card + snapshot + commit path). It does not build it. Visual styling of the card is governed by the iterative-styling law (D35 §2) and the owner's visual rounds; this round fixes structure, semantics, and timing only. The task pane's own entry path (focus law §1) is NOT re-opened.",
+  "artifacts_index": [
+    "01-issue.json — this file",
+    "02-inward.json — the chat turn flow, the single creation path, the existing intent machinery (file:line), snapshot raw material",
+    "03-outward.json — seven live-read sources with URLs and per-source lessons",
+    "04-applicability.json — the three sub-designs (who classifies / snapshot shape / card timing) weighed against rune's landed machinery",
+    "05-adversarial.json — breaks and mitigations: fatigue, staleness races, amend misfires, self-report trust, cost",
+    "06-synthesis.json — the three-tier bridge, the snapshot record, the card lifecycle, phases, owner decisions",
+    "07-qualify.json — PROCEED, conditions, named unknowns with kill tests"
+  ]
+}

research/factory-consent-bridge/02-inward.json

@@ -0,0 +1,38 @@
+{
+  "stage": "INWARD",
+  "summary": "The bridge is more than half pre-built. The chat lane already flows through send_task(channel='chat') with per-channel conversation state; a full action-vs-discussion intent resolver with a proposal/consent lifecycle already exists (construction_intent.py) and is already cross-compiled (ci_loader); the TUI already has the promotion groundwork with the SA-D3 scoring ladder, a suggestion region, steer/queue controls and receipts, waiting only for a runtime to fill its Offer(entries) seam; the operator envelope already carries a consent-request shape (needs_confirm + tool_call) proving a structured model-side ask can ride the existing reply; and the D38 ledger's Initiate already takes a brief parameter that today receives nothing but the title. The missing pieces are exactly: the detector that fills promote.Entry's signals, the y/n card lifecycle in the chat pane, and the snapshot that travels from consent to the task's first turn.",
+  "A_chat_turn_flow": {
+    "path": "TUI composer (chat focus) → lane goroutine (tui/lanes + tui/laneconc, parallel dispatch with single-writer commit) → POST /v1/chat/completions on the core :8376 → core_server.py:200 operator.send_task(text, model, channel) → _send_task_unmediated (rune_operator.py:1013) → conversation append + model call via Ollama :11434 → reply envelope back to the chat pane",
+    "dispatch_lock": "core_server.py:199 — the F6 one-dispatch-at-a-time mutex wraps the whole turn for both channels; the separate-turns round already scoped its replacement (per-channel single-flight). The bridge design assumes that landing, per C5.",
+    "read_path": "GET /v1/conversation?channel=chat (core_server.py:140-148) → conversation_window(channel, n=8) (rune_operator.py:1879) → _conversation.window (orchestration/conversation_state.py:589). The face polls this lock-free — the card and snapshot can read the same window.",
+    "go_turn_engine": "src/go/operator/main.go — the Go reactive operator turn loop (R2 W5b), runTurn at main.go:77, replacing the core of rune_operator.py + local_tool_runtime. D39 ruling (boundary-law.md:107-111): the two-stream architecture lands in Go directly; everything the bridge needs (channel keying, envelope field, enqueue) is Go-portable as data contracts."
+  },
+  "B_task_creation_single_path": {
+    "python": "rune_operator.py:1013-1024 — _send_task_unmediated: if a task is active-and-running on the channel OR _is_follow_up(description) → task_state.amend (same task_id); else → task_state.create(description, channel, model, parent_task_id=latest) — the SINGLE create path (canary canary_p0_04.py pins send_task presence; rune_operator.py:1858 acknowledges reconcile sees tasks that bypassed it).",
+    "follow_up_heuristic": "_is_follow_up (rune_operator.py:403) — a single regex (_FOLLOW_UP_RE) deciding amend-vs-create. Precedent: tiny deterministic gates already guard the creation path.",
+    "go_ledger": "src/go/task-state/ledger/ledger.go — Initiate(taskID, title, brief, at) writes tasks/<date>-<slug>.md (idempotent, atomic write; ledger.go:106-133) with Brief/Log/Notes sections; Close strikes the title and retires to done/<day>/ (ledger.go:141). Sync(rows) reconciles REAL tasks from the task-state checkpoint (ledger.go:232-277) — and today the brief is just the title: initiateLocked(row.TaskID, row.Title, row.Title, row.CreatedAt) at ledger.go:266. THE LEDGER ALREADY HAS A BRIEF SLOT THE SNAPSHOT CAN FILL.",
+    "wiring": "src/go/rune-entry/internal/entry/ledgerview.go:40-71 — syncLedger reads checkpoint rows, best-effort by design ('a ledger problem must never refuse a command or a read — the checkpoint remains the authority'); handleTasksOpen serves the ledger as the D38 resume surface."
+  },
+  "C_existing_intent_machinery": {
+    "construction_intent": "src/rune/construction_intent.py (580 lines, T17 §17J-N) — resolve_construction_intent(text, ConversationContext) → ConstructionIntent with action_intent ACTION|DISCUSSION, approval_state DISCUSSION|PROPOSAL|USER_APPROVED, confidence, ambiguity (NONE|REFERENT|TARGET|SCOPE), consequence_level, probe_questions, origin_context_id. Structural grammar classes (not lexical incantations): interrogative structure → DISCUSSION; request modals ('can you fix that?') + construction verb → action request; bare approval/demonstrative → resolves against LIVE proposals recency-first; explicit imperative with resolved target → USER_APPROVED direct demand (no re-asking, §17K); everything else DISCUSSION with ambiguity flagged, NEVER guessed (§17M).",
+    "consent_lifecycle_law": "APPROVAL_STATES + LEGAL_APPROVAL_TRANSITIONS (construction_intent.py:80-90): DISCUSSION→PROPOSAL→USER_APPROVED→CONSTRUCTION_STARTED, authorization only from PROPOSAL or direct demand — a proposal-state machine already exists in-repo and matches the consent bridge exactly (Rune proposing ≠ authorization to act, §17L).",
+    "staleness_law": "STALE_GAP_TURNS=2 (construction_intent.py:130) — a proposal older than two turns is stale unless the user's text explicitly references it; never approve a stale referent. A card-expiry law is already written.",
+    "cross_compiled": "ci_loader gate at construction_intent.py:276-283 (RUNE_CI_CORE): the resolver already has a compiled (Rust/WASM-path) twin the Python falls back from — the detector is D30/D39-portable by construction.",
+    "tui_promote_groundwork": "tui/promote (openspec add-native-rune-tui task 2.2) — Entry{Text, Explicit, Urgent, Relevant} (promote.go:101-113) with Score/Reason pure functions on the SA-D3 ladder (promote.go:148-174), deterministic Rank, the Offer(entries) seam where 'the judgment that fills these signals belongs to the promotion runtime (a later wave)' (promote.go:99-100), a suggestion region (p / j-k / esc) that swallows every other key ('an open decision is a boundary'), steer-now (s) and queue-for-task (u) with receipts, and a visible never-trimmed hold queue ('+N more held'). Package deliberately carries text+score/reason only; 'the decision+evidence+effect package is a deferred later wave' (promote.go:124-126) — THIS round designs that package.",
+    "approval_envelope_precedent": "_response_envelope (rune_operator.py:1884-1896) — the operator already returns needs_confirm=true + tool_call (pending_approval) when a tool awaits consent: a structured, harness-enforced consent ask riding the reply envelope without a second call. The model-side work-intent tag can use the same channel shape.",
+    "demoted_keyword_precedent": "_fallback_model (rune_operator.py:1898-1920) — the keyword heuristic was ARCHIVED by P1-06 once measured routing (ModelRouter.rank) existed, surviving only as degrade-not-crash fallback. In-repo precedent: unmeasured lexical guesses get demoted, not promoted, when a real authority lands."
+  },
+  "D_snapshot_raw_material": {
+    "message_record": "ConversationMessageRecord (orchestration/records.py:266-275): msg_id, ts, role (user|assistant|system|tool), content, channel_id, task_id, token_estimate — 'appended, never rewritten'. Because the conversation store is append-only, REFERENCES INTO IT ARE IMMUTABLE BY CONSTRUCTION; a snapshot can pin msg_ids instead of copying bodies.",
+    "window": "conversation_window(channel, n=8) is the canonical recent window; the intent layer already consumes it excluding the current message to avoid double-recording the referent (rune_operator.py:926-936).",
+    "origin_hook": "ConstructionIntent.origin_context_id (construction_intent.py:110) — a field already exists for tying a resolved intent to the context it came from.",
+    "reference_not_copy_doctrine": "TaskStateRecord.route_ref (records.py:258-262): 'task state POINTS at the route event... no value copied' — the repo's standing pattern for durable references into append-only logs; the snapshot follows the same doctrine.",
+    "ledger_brief": "ledger.Initiate's brief lands in the markdown file's Brief section (ledger.go:120-127, renderFile) — the durable, human-readable, retired-to-done/ home for the frozen brief; today filled with the title only (ledger.go:266)."
+  },
+  "current_vs_intended_vs_dormant": {
+    "current": "chat lane flows; conversation window readable; SA-D3 ladder + suggestion region + hold queue live in the TUI on seed data; construction_intent resolving action-vs-discussion inside the construction activation path (rune_operator.py:1069); needs_confirm envelope for tool approvals; ledger Initiate/Close/Sync in production (Go).",
+    "intended_not_built": "the promotion runtime (fills Entry signals), the decision+evidence+effect Package, the chat-pane consent card, the consent-time snapshot, the enqueue-on-consent commit.",
+    "dormant_reusable": "ci_loader compiled twin; conversation_window as snapshot source; ledger Brief slot; promote receipts/hold queue for dismissed/expired proposals."
+  },
+  "stage_note": "No code was read on the Rust side beyond confirming ci_loader exists; the detector's portability claim rests on the existing RUNE_CI_CORE gate, not a fresh WASM trial."
+}

research/factory-consent-bridge/03-outward.json

@@ -0,0 +1,83 @@
+{
+  "stage": "OUTWARD",
+  "summary": "Seven sources read live (queries + fetch receipts below), covering the three required evidence buckets: intent classification (Rasa CALM's production shift to model-self-reported commands; Mycroft adapt's deterministic require/optionally parser), immutable snapshots (LangGraph checkpointers: snapshots keyed by id, updates create new checkpoints, never mutate), and consent UX (gum confirm, Claude Code permission prompts with scope-bounded yes + comment field, GitHub required-reviewer approvals). One named gap: no source benchmarks a SMALL STANDALONE intent classifier (fastText-class) — recorded under LIMITATIONS; the evidence still decides the question because both live production systems sit at the extremes (pure rules / main model), none in the middle.",
+  "DISCOVERY": {
+    "queries_issued": [
+      "webfetch https://rasa.com/docs/rasa/components/ (intent classification pipeline components)",
+      "webfetch https://code.claude.com/docs/en/interactive-mode (TUI consent + queue behavior)",
+      "webfetch https://github.com/charmbracelet/gum (TUI confirm primitive)",
+      "webfetch https://langchain-ai.github.io/langgraph/concepts/persistence/ → redirected to docs.langchain.com/oss/python/langgraph/persistence (followed)",
+      "webfetch https://docs.langchain.com/oss/python/langgraph/checkpointers (snapshot immutability detail)",
+      "webfetch https://raw.githubusercontent.com/MycroftAI/adapt/master/README.md (rule-based intent parser)",
+      "webfetch https://docs.github.com/en/actions/how-tos/deploy/configure-and-manage-deployments/manage-environments (approval gates)",
+      "webfetch https://code.claude.com/docs/en/permissions (y/n card semantics)",
+      "failed, not retried identically: https://docs.github.com/en/actions/managing-workflow-runs-and-deployments/.../approving-deployments (404 — docs restructure; the environments page covers the same approval rules)"
+    ],
+    "candidates_considered_not_read": "OpenAI structured-outputs cookbook (paywalled/JS-gated pages; the mechanism is documented via Rasa CALM's command emission instead), fastText blog (small-classifier bucket — named limitation), Fowler event-sourcing (LangGraph covers the snapshot-immutability claim with a live, richer page)"
+  },
+  "sources": [
+    {
+      "id": "O1",
+      "class": "official docs",
+      "url": "https://rasa.com/docs/rasa/components/",
+      "title": "Rasa — Configure your assistant (CALM pipeline)",
+      "lesson": "PRODUCTION INTENT SHIFT: Rasa's current assistant architecture replaces the classic ML-NLU intent classifier with an LLMCommandGenerator — the MAIN model itself emits structured commands (StartFlow, etc.) parsed from the user turn; the pipeline's job becomes command generation + flow retrieval, not intent-label classification. The production trend for 'is this a task' converges on the model self-reporting intent as structured output in its reply, with the framework constraining what commands exist. Also: explicit fallback machinery (pattern_user_silence, configurable timeouts) shows consent-adjacent prompts always carry an expiry/fallback story."
+    },
+    {
+      "id": "O2",
+      "class": "official docs",
+      "url": "https://code.claude.com/docs/en/permissions",
+      "title": "Claude Code — Configure permissions",
+      "lesson": "THE Y/N CARD REFERENCE. A permission prompt shows WHAT will happen ('Run the test suite / npm test / This command requires approval / Do you want to proceed?') then options: Yes; Yes-and-don't-ask-again (scope-bounded: per repo+command, saved as a rule); Yes-and-switch-mode; No. Keys: Esc cancels (= No), Tab opens a COMMENT field on the focused option — the comment rides the answer (on No it becomes the model-visible denial reason). CRITICAL PRINCIPLE, verbatim: Claude Code offers the don't-ask-again option 'only when the prompt can show you everything they would allow' — a scope-bounded yes is only honest when the card displays the full scope. And: 'Permission rules are enforced by Claude Code, not the model' — the consent gate is harness-enforced; prompts shape what the model TRIES, never what is ALLOWED."
+    },
+    {
+      "id": "O3",
+      "class": "official docs",
+      "url": "https://code.claude.com/docs/en/interactive-mode",
+      "title": "Claude Code — Interactive mode",
+      "lesson": "CARD TIMING + FLOW: prompts never interrupt a running turn; messages typed while Claude works QUEUE VISIBLY (gray until taken, order preserved, Ctrl+Enter to flush). Esc on an open dialog = decline; dialogs swallow their keys. The queue-while-busy pattern is the production answer to 'consent arrives while a turn runs': the consent resolution ENQUEUES, it never preempts — matching rune's prior-round law (C5)."
+    },
+    {
+      "id": "O4",
+      "class": "official docs",
+      "url": "https://docs.langchain.com/oss/python/langgraph/persistence and /oss/python/langgraph/checkpointers",
+      "title": "LangGraph — Persistence / Checkpointers",
+      "lesson": "IMMUTABLE SNAPSHOT REFERENCE: a checkpoint is the full state snapshot at a superstep, keyed (thread_id, checkpoint_ns, checkpoint_id) with a parent_config chain; update_state 'creates a new checkpoint with the updated values — it does not modify the original checkpoint.' Human-in-the-loop is listed as a first-class REASON checkpoints exist ('the person has to be able to view the state at any point in time, and the graph has to be able to resume after the person has made updates'). Delta channels store only writes for append-heavy channels with periodic snapshots — the reference-plus-periodic-materialization pattern. ULID ids sort lexicographically newest-last. Direct transfer: rune's append-only conversation log means msg_id references ARE the delta channel; the frozen brief is the materialized snapshot taken at consent."
+    },
+    {
+      "id": "O5",
+      "class": "GitHub (production parser)",
+      "url": "https://github.com/MycroftAI/adapt",
+      "title": "Mycroft Adapt Intent Parser (production-ready badge)",
+      "lesson": "RULE-BASED EXTREME: intents built declaratively — IntentBuilder.require(entity).optionally(entity) over registered vocabulary; determination is deterministic matching, no model, no training, microseconds. Proves the deterministic tier is a real production architecture (voice assistants where latency and offline matter) — the same constraints rune's chat lane has. Its cost is brittleness to paraphrase, which is exactly what the ladder (C2) tolerates: deterministic hits act only on user-DECLARED language (Explicit/Urgent tiers)."
+    },
+    {
+      "id": "O6",
+      "class": "official docs",
+      "url": "https://github.com/charmbracelet/gum",
+      "title": "gum — confirm (24.5k stars, the TUI confirm primitive)",
+      "lesson": "CONSENT PRIMITIVE SHAPE: `gum confirm \"Commit changes?\"` exits 0 affirmative / 1 negative — confirm is a first-class shell verb with labeled affirmative/negative options and a DEFAULT that scripts rely on. For rune: the card is two labeled options with an explicit default, its answer is a discrete exit into a code path (enqueue / dismiss), not free text."
+    },
+    {
+      "id": "O7",
+      "class": "official docs",
+      "url": "https://docs.github.com/en/actions/how-tos/deploy/configure-and-manage-deployments/manage-environments",
+      "title": "GitHub Actions — required reviewers / deployment protection",
+      "lesson": "APPROVED-ACTION SEMANTICS: a job referencing a protected environment WAITS until protection rules pass; required reviewers (up to 6, only ONE must approve), optional prevent-self-review, wait timers, branch scoping. The pattern: consent gates sit at the BOUNDARY to the effectful environment, the waiting side stays visible and resumable, and the rule set (who/what/which-branch) travels with the approval request so consent is always to a BOUNDED thing. Transfer: rune's card must state the bounded task (what will start, on what material) — consent to a scope, not to 'do work'."
+    }
+  ],
+  "READING_evidence_to_subquestions": {
+    "who_classifies": "Two live production systems, opposite extremes, same conclusion: adapt = deterministic require/optionally matching (O5); Rasa CALM = the main model self-reports intent as structured commands (O1). Neither runs a third small classifier model in the conversational path. Claude Code's equivalents (queue-on-enter, permission prompts) are user/harness-declared, never model-guessed pre-send (O2/O3).",
+    "snapshot": "Immutability by append-only + id + parent chain; updates fork new snapshots, never rewrite (O4). Scope-bounded consent requires displaying the whole scope (O2).",
+    "consent_ux": "Two labeled options + explicit default + exit codes (O6); Esc=No, Tab=comment, scope-bounded yes only when scope is fully shown, harness-enforced not model-enforced (O2); never interrupt the running turn — queue visibly (O3); gate at the effectful boundary with the scope traveling with the request (O7); prompts carry expiry/fallback (O1)."
+  },
+  "LIMITATIONS": [
+    "No source benchmarks a SMALL STANDALONE classifier (fastText/embedding+kNN class) against the main model for intent gating — the small-classifier option is argued from architecture (extra call on the chat lane's critical path; Ollama FIFO means it queues BEHIND or WITH the main call; no production precedent found in this round), not from measured accuracy numbers.",
+    "Rasa's classic DIET/threshold/fallback NLU components page was not directly read (the components URL now serves the CALM config page); the ML-classifier era is cited from the architecture change itself, not its old tuning knobs.",
+    "No source covers two-owner/multi-seat consent (irrelevant: rune is single-owner)."
+  ],
+  "CONTRADICTIONS": [
+    "gum defaults to AFFIRMATIVE on Enter (scripts rely on exit 0) vs Claude Code treats Esc/No as the always-available cheap exit and requires explicit selection for scope-widening yes. Resolution for rune: the consent card is a SUGGESTION (SA-D3 50-tier), not a permission — the cheap exit must be No/Esc, and Enter follows focused option, gum-style, with the default focus on No until the user arrows. Adopt Claude Code's rule verbatim: a scope-widening yes (start task now AND remember this pattern) only appears when the card shows everything it would allow."
+  ],
+  "receipts": "All seven URLs fetched 2026-10-18 via webfetch, full pages read (two truncated tails re-read from saved tool output where needed); queries listed verbatim in DISCOVERY."
+}

research/factory-consent-bridge/04-applicability.json

@@ -0,0 +1,58 @@
+{
+  "stage": "APPLICABILITY",
+  "summary": "The external patterns map onto rune with almost no invention: rune already owns all three tiers of classification (the SA-D3 ladder IS the tiering law, construction_intent IS the deterministic resolver, and the needs_confirm envelope IS the model-self-report channel), already has an append-only conversation log making references immutable (the LangGraph snapshot property holds by construction), and already has a promote surface with a hold queue for the card to live in. The genuinely new work is small and precise: a structured work-intent tag on the chat reply envelope, one live consent card in the chat pane with a staleness law, and a frozen Brief record that travels from consent to send_task-create to the D38 ledger.",
+  "constraint_check": {
+    "C1_D36_clean_chat": "PASS — the card is a single passive strip at the chat pane's bottom edge (inside the promote/suggestion region family), not a modal over the conversation; dismissed cards leave only a receipt line.",
+    "C2_SA3_ladder": "PASS — detection only ever fills the Relevant(50) tier; Explicit(100)/Urgent(75) remain user-declared language detected deterministically (tier-0), so classifier error can produce at most a dismissible suggestion, never an action.",
+    "C3_single_creation_path": "PASS — consent commits via the existing enqueue → send_task(channel='task') → task-state create; the ledger learns of the task through Sync as it does today, with the brief carried on the row (widening Row with a Brief field), never written by the bridge.",
+    "C4_go_portability": "PASS — the tag is an envelope field (data contract); the deterministic resolver is already cross-compiled (ci_loader); the card and enqueue are face-side Go. No Python-only mechanism is load-bearing.",
+    "C5_enqueue_never_preempt": "PASS — O3's queue-while-busy is the same law; consent resolves to an enqueue on the task lane at any time, including mid-turn.",
+    "C6_OD5_carry_format": "CLOSED — see snapshot design: references + rendered brief (both prior options were half-right: refs give the immutability, rendering gives the bounded scope the card must show).",
+    "C7_no_secrets_in_ledger": "PASS — brief content is chat text; the API-key law's fixture rule ('test-key-fake') applies to any test briefs.",
+    "C8_stdlib_only": "PASS — no new client library; the tag rides the existing /v1/chat/completions envelope."
+  },
+  "candidate_directions": {
+    "A_who_classifies": {
+      "options": [
+        "A1 rule-only (construction_intent + SA-D3 tier-0): zero cost, catches declared and structural cases; misses soft/phrased work-intent ('while you're at it, the tests fail on arm')",
+        "A2 separate small classifier call (Ollama mini) before/after reply: recall good; cost = an extra model call ON the chat lane, and under default Ollama FIFO it queues with/behind the main call (prior round's BR-8 math applies); no production precedent found (OUTWARD limitation)",
+        "A3 the main model self-reports in its reply (Rasa CALM pattern, O1; rides the reply the chat lane already paid for — zero added latency; tag arrives AFTER the reply, which fixes card timing as post-reply by nature)",
+        "A4 hybrid ladder (RECOMMENDED): tier-0 deterministic declared-language (acts per SA-D3) → tier-1 construction_intent structural gate (free, synchronous, suppresses obvious non-work so the card is not shown for questions/chit-chat) → tier-2 model self-report tag on the reply envelope (the only classifier that can read tone/context; feeds the 50-tier exclusively)"
+      ],
+      "recommendation": "A4. A2 is explicitly rejected for phase 1 (cost/latency on the lane the owner decreed must never lag; no precedent); it remains a named upgrade path with a kill test (07-qualify).",
+      "basis": "O1 (model self-report is the production convergence), O5 (deterministic tier is real production), INWARD C (all three tiers already exist in-repo), the archived-keyword precedent (rune_operator.py:1898 — unmeasured lexical guesses get demoted when a real authority exists; here the real authority is the ladder, and the lexical tier serves only user-declared language)."
+    },
+    "B_snapshot_shape": {
+      "options": [
+        "B1 verbatim chat tail (prior OD-5 option A): cheap; leaky — carries turns that don't matter, and 'the card shows everything yes would allow' (O2) fails",
+        "B2 rendered summary only (prior OD-5 option B): bounded and card-showable; loses the exact words (the task may need the literal error string)",
+        "B3 refs + rendered brief (RECOMMENDED): snapshot = {snapshot_id, captured_at (consent time), triggering_msg_id + verbatim, brief_text (model-rendered task statement — what the user consented TO), supporting_msg_ids (the model's evidence selection), origin_context_id (field exists), channel, parent_task_id?, token_estimate}; immutability by construction (append-only log, LangGraph O4 property), bounded scope for the card (O2/O7), and full fidelity retrievable by msg_id if the task needs it"
+      ],
+      "recommendation": "B3. The frozen brief_text lands in the D38 ledger's Brief section (the slot exists: ledger.go:106 — Initiate's brief param, currently fed the title at ledger.go:266); supporting_msg_ids ride the task's first-turn context assembly as a channel-keyed contribution block.",
+      "basis": "O4 (id-keyed immutable snapshots; update forks, never rewrites; delta-channel = refs + materialization), rune's reference-not-copy doctrine (records.py:258), O2/O7 (consent to a displayed bounded scope)."
+    },
+    "C_card_timing_ux": {
+      "options": [
+        "C1 pre-send gate (classify before the reply): rejected — needs a synchronous classifier (A2 cost) and puts a modal between the user and Rune's answer, violating the clean-chat feel",
+        "C2 post-reply passive card (RECOMMENDED): the tag rides the reply (A3), so the card renders after Rune's answer completes — a strip at the chat pane bottom: the bounded task statement (one line), y/n keys + click, Enter follows gum-style focused option, DEFAULT FOCUS NO (contradiction resolution), Esc/any-typing = dismiss-with-receipt; typing in the composer while the card is live keeps the card (it does not steal keys — it is not a modal, unlike the promote region which is an inspection boundary)",
+        "C3 promote-region queue (for later review): on expiry or dismissal the proposal demotes to a promote hold-queue entry (the '+N more held' strip exists), never dies silently"
+      ],
+      "recommendation": "C2 + C3 with a staleness law adopted verbatim from in-repo law: one LIVE card per chat channel (a new proposal supersedes — construction_intent.supersede_proposal precedent); a card LAPSES after STALE_GAP_TURNS=2 turns (construction_intent.py:130) or when superseded; lapsed cards demote to the hold queue (C3). Scope-widening yes ('yes, and always promote these') only appears when the card shows the full pattern it would allow (O2 verbatim rule).",
+      "basis": "O3 (never interrupt; queue visibly), O6 (labeled two-option confirm with exit semantics), O2 (Esc=No; Tab-comment optional later; scope rule), O1 (prompts carry expiry), INWARD tui/promote (region, receipts, hold queue all built)."
+    }
+  },
+  "false_positive_cost_analysis": {
+    "fp_cost": "one dim strip line the owner dismisses with one key; a receipt records the dismissal",
+    "fn_cost": "the owner re-sends the text in task focus (the focus law makes the manual path one keystroke away) or uses explicit language ('make this a task') which tier-0 catches at score 100",
+    "tolerance_conclusion": "bias tier-2 toward RECALL (show the card generously) but never let classification alone act — the SA-D3 ladder already encodes this law; the adversarial stage adds the fatigue guard (suppression after repeated dismissals of the same class)."
+  },
+  "prerequisite_order": [
+    "P0 — separate-turns landing (per-channel single-flight) so an enqueue never waits on the chat mutex (prior round, in flight)",
+    "P1 — envelope tag contract: chat reply carries work_intent{detected, task_statement, evidence_msg_ids, confidence} (nullable; absent = no card) — data contract only, Go+Python",
+    "P2 — deterministic gate wiring: tier-0/tier-1 run synchronously on the chat lane pre-reply (suppress/act per ladder); tier-1's ConstructionIntent feeds the suppression signal",
+    "P3 — the card: chat-pane strip component + lifecycle (live → answered/lapsed → hold queue) + receipts",
+    "P4 — the snapshot: BriefRecord + msg_id refs; widen ledger.Row with Brief; send_task accepts context refs for first-turn assembly",
+    "P5 — suppression learning + 'always for this pattern' scope rules (the O2 don't-ask-again analog, persisted as settings)"
+  ],
+  "innovation_check": "No INNOVATION stage warranted: every component has an external or in-repo precedent; the one novel-looking piece (tiered detection where the model tag only feeds a suggestion tier) is a composition of Rasa CALM (O1) with rune's existing SA-D3 law (C2), not a new method. Routing note recorded for the gate: APPLICABILITY found no PROMISING_FOR_INNOVATION gap."
+}

research/factory-consent-bridge/05-adversarial.json

@@ -0,0 +1,85 @@
+{
+  "stage": "ADVERSARIAL",
+  "summary": "Ten attacks on the recommended bridge (A4 ladder + B3 refs+rendered snapshot + C2/C3 card lifecycle). Verdict per attack with mechanism and mitigation. The design SURVIVES WITH MITIGATIONS: no attack breaks the architecture, but three attacks (AT-1 fatigue, AT-4 amend-vs-create, AT-6 self-report trust) force explicit design commitments recorded here and carried into synthesis.",
+  "attacks": [
+    {
+      "id": "AT-1",
+      "attack": "Card fatigue: a recall-biased tier-2 tag fires on half the chat turns; the owner dismisses cards constantly and starts ignoring them (alert blindness), or the strip occludes the composer.",
+      "mechanism": "tier-2 recall bias (applicability FP analysis) multiplied by every conversational turn",
+      "mitigation": "(a) hard cap: at most ONE live card per channel (supersede law) and at most one DISMISSAL RECEIPT line per N messages — the chat transcript itself never accumulates card debris; (b) adaptive suppression: after K consecutive dismissals of the same pattern class (same tag confidence band + similar task_statement shape), the class demotes to hold-queue-only (no live card) until an explicit promote or a settings change; (c) the card never occludes the composer — it renders above it, and typing while it is live never sends a y/n by accident (y/n only active when the composer is EMPTY).",
+      "verdict": "SURVIVES_WITH_MITIGATIONS"
+    },
+    {
+      "id": "AT-2",
+      "attack": "Stale consent: the owner answers a card two turns later, after the conversation has moved on — the task starts from a snapshot that no longer matches intent ('oh I meant the OTHER parser').",
+      "mechanism": "time gap between proposal and answer; O1's expiry lesson; construction_intent STALE_GAP_TURNS exists precisely for this",
+      "mitigation": "the staleness law (C2/C3): lapse after STALE_GAP_TURNS=2 recorded turns or on supersession; a lapsed card answers to 'this offer expired — it's in the task suggestions list', routing to the hold queue. The snapshot is captured at CONSENT time (D36's own words), so a stale answer would freeze the WRONG window — the lapse law protects the snapshot's integrity, not just UX.",
+      "verdict": "SURVIVES"
+    },
+    {
+      "id": "AT-3",
+      "attack": "Consent race with a running task turn: owner answers y while a task turn is mid-flight on the task lane — does the new task preempt, block, or corrupt the running one?",
+      "mechanism": "C5 law + prior round's BR-8 analysis; send_task amend semantics (rune_operator.py:1015) mutate the ACTIVE task",
+      "mitigation": "consent ALWAYS resolves to an enqueue on the task lane (never a direct send_task from the card handler); queue admission is the task lane's single-flight — the new task starts when the lane admits it. No new mechanism; this is the prior round's architecture doing its job.",
+      "verdict": "SURVIVES"
+    },
+    {
+      "id": "AT-4",
+      "attack": "Amend-vs-create misfire: the consented 'task' is actually a correction to the RUNNING task ('use the other parser instead') — a create would fork a duplicate; an amend would fold a genuinely new task into the old one.",
+      "mechanism": "send_task's active-running→amend rule (rune_operator.py:1015-1016) keyed on _is_follow_up regex; the bridge's proposal must declare which it means",
+      "mitigation": "the tag carries intent: work_intent{kind: NEW_TASK|AMEND_ACTIVE} with evidence msg_ids; the CARD states it ('amend the running task' vs 'start a new task'); consent is to the displayed scope (O2/O7 law). AMEND_ACTIVE enqueues as an amend chain entry (atomic with its snapshot, per prior round's ordering policy); NEW_TASK always creates. The regex stays as the fallback for the focus-law path, not the bridge.",
+      "verdict": "SURVIVES_WITH_MITIGATIONS (the tag schema must include kind from day one)"
+    },
+    {
+      "id": "AT-5",
+      "attack": "Snapshot bloat/leak: every card carries a rendered brief + msg refs; the D38 ledger fills with chat noise; sensitive chat content gets frozen into markdown files that retire to done/ forever.",
+      "mechanism": "ledger files are human-readable and durable by law (D38); briefs multiply per task",
+      "mitigation": "brief_text is ONE rendered task statement (the card line itself), not a transcript; supporting evidence stays as msg_id REFS (resolvable against the log, not copied) — the delta-channel discipline (O4). Content law: the brief is subject to the same local-only rules as the conversation log itself (already append-only on disk); C7 bans key material; done/ retirement already prunes the hot path.",
+      "verdict": "SURVIVES"
+    },
+    {
+      "id": "AT-6",
+      "attack": "Self-report trust: the chat model's tag is wrong or adversarial — spamming cards (prompt-injected chat content says 'always propose tasks'), or suppressing real work (model never tags).",
+      "mechanism": "tier-2 is model output riding the envelope (needs_confirm precedent) — it is data, not authority",
+      "mitigation": "the O2 law adopted structurally: THE TAG NEVER ACTS. It can produce at most a 50-tier suggestion; only the owner's y creates work. Spam is bounded by AT-1 suppression; suppression-by-model is bounded by tier-0 (explicit user language still acts at 100) and the manual path (focus law). Rate cap: at most one tag honored per user message; tags on assistant-authored turns are ignored.",
+      "verdict": "SURVIVES_WITH_MITIGATIONS (envelope contract must pin: tag valid only on replies to a user turn, one per reply)"
+    },
+    {
+      "id": "AT-7",
+      "attack": "Prompt overhead: instructing the chat model to tag every reply costs tokens and may degrade reply quality or leak the instruction ('[work_intent:...]' artifacts in the visible answer).",
+      "mechanism": "system-prompt addition + structured output on every chat turn",
+      "mitigation": "the tag is an ENVELOPE FIELD parsed from a fenced sidecar block (the needs_confirm pattern), stripped from the displayed text; instruction is one short clause; cost measured at build time (kill test K2). Phase-1 runs WITHOUT tier-2 (tiers 0-1 only) so the bridge lands even if the tag proves not worth its tokens.",
+      "verdict": "SURVIVES (phased)"
+    },
+    {
+      "id": "AT-8",
+      "attack": "Tier-1 gate false suppressions: construction_intent classifies a genuine soft work request as DISCUSSION (no imperative verb, no modal) and the card never shows; the bridge looks broken.",
+      "mechanism": "structural resolver misses phrasing outside grammar classes; this is a FALSE NEGATIVE, not an action",
+      "mitigation": "tier-1 only ever SUPPRESSES the card when it affirmatively finds question/analysis structure (high-confidence DISCUSSION evidence), never on low confidence — the gate is recall-preserving by design; ambiguous text passes through to tier-2. The fn cost stays one keystroke (focus law).",
+      "verdict": "SURVIVES"
+    },
+    {
+      "id": "AT-9",
+      "attack": "Snapshot vs context-assembly drift: the task's first turn assembles context channel-keyed from the LIVE task channel; the snapshot refs point at CHAT-channel messages — does assembly even see them?",
+      "mechanism": "prior round's channel-keyed context assembly + ContextBroker contributors (rune_operator.py:1928+, bucket 3 history)",
+      "mitigation": "the snapshot rides as a dedicated contribution block ('task-origin brief': brief_text + resolved refs) registered in the broker like history — one block, budgeted, traced; the task channel's own log stays clean. This is exactly the existing contributor pattern (rune_operator.py:1968), not a new injection path (the broker law: nothing else may inject prompt context).",
+      "verdict": "SURVIVES"
+    },
+    {
+      "id": "AT-10",
+      "attack": "Ledger drift: the bridge widens Row with a Brief; a checkpoint written before a consented task reconciles without it; two writers (bridge enqueue vs Sync) race the same task's file.",
+      "mechanism": "Sync is best-effort and idempotent (ledgerview.go:37-39, ledger.go:113-114); Initiate is idempotent per taskID",
+      "mitigation": "the brief travels ON the task's checkpoint row at create (single writer: the task lane's admission), so Sync materializes it like any other field; the bridge NEVER writes the ledger (C3). A pre-brief row that later gains one is impossible (rows are written once at create; amend chains append log lines, they don't rewrite briefs).",
+      "verdict": "SURVIVES"
+    }
+  ],
+  "verified_non_breaks": [
+    "Go portability: every contract in the design is data (envelope field, BriefRecord fields, card state machine) — no Python-only load-bearing mechanism (C4).",
+    "D36 clean-chat law: the card is a bottom-edge strip, non-modal, one-live-per-channel, receipt-only after dismissal.",
+    "The API-key law: briefs are chat text in local files; no network exfiltration path exists in the design."
+  ],
+  "residual_risks_after_mitigations": [
+    "MEDIUM/OWNER: tier-2 tag quality is model-dependent (local Ollama models vary) — phase-1 does not depend on it; kill test K2 decides the phase-2 flip.",
+    "LOW: suppression heuristic (AT-1b) could over-suppress after a streak of dismissals — settings-exposed, reversible, and the hold queue never deletes."
+  ]
+}

research/factory-consent-bridge/06-synthesis.json

@@ -0,0 +1,56 @@
+{
+  "stage": "SYNTHESIS",
+  "summary": "The consent bridge is a three-tier detector feeding a one-live-card consent surface, committing through the existing enqueue path with a frozen refs+rendered snapshot. Nothing in it interrupts a running turn, nothing classified ever acts alone, and every piece lands on a seam that already exists: the reply envelope, the Offer(entries) promote seam, the send_task create path, the ledger's Brief slot, and the ContextBroker's contributor pattern.",
+  "the_design": {
+    "layer_1_detection_the_ladder": {
+      "tier_0_declared_language_deterministic": "SA-D3 tiers 100/75 as today: explicit promote language acts immediately; urgent correction language overrides. Rules live with the promote runtime (structural classes in the construction_intent style — idiom prefixes stripped, imperative verb detected — not raw keyword spam). Zero model cost, zero latency.",
+      "tier_1_structural_gate_deterministic": "resolve_construction_intent (already in the chat path via construction activation) gates the CARD: affirmative question/analysis structure (interrogative + analysis markers, high confidence) suppresses the card; everything ambiguous passes through. Recall-preserving: suppression requires positive DISCUSSION evidence. This is the existing resolver doing exactly what §17J built it for — no second classifier is created (the module's own authority boundary).",
+      "tier_2_model_self_report": "the chat model's reply carries a nullable envelope field work_intent{kind: NEW_TASK|AMEND_ACTIVE, task_statement, evidence_msg_ids, confidence}, parsed from a fenced sidecar stripped before display (the needs_confirm pattern). Valid only on a reply to a user turn, at most one per reply (AT-6). It feeds the 50-tier EXCLUSIVELY: a tag can cause a card, never a task. Rasa CALM is the production precedent for the model self-reporting intent as structured output; riding the reply the lane already paid for is why this beats a separate classifier call on a lane the owner decreed must never lag."
+    },
+    "layer_2_the_card": {
+      "placement": "a single strip at the chat pane's bottom edge above the composer; non-modal; the composer keeps focus (unlike the promote inspection region, this is a suggestion, not a boundary — but y/n keys only bind while the composer is EMPTY so typing can never answer a card).",
+      "content": "the bounded scope, shown in full (O2/O7 law): one-line task_statement, kind (new task vs amend the running one), and the evidence count. The scope-widening yes ('yes, and promote these automatically') appears ONLY when the card names the full pattern it would allow.",
+      "keys": "y = consent (enqueue), n / Esc = dismiss, Enter follows the focused option (gum semantics) with DEFAULT FOCUS NO (this round's contradiction resolution: a suggestion's cheap exit is No). Click equivalents mirror the promote groundwork's row-click convention.",
+      "lifecycle": "one LIVE card per chat channel; a newer proposal supersedes; lapse after STALE_GAP_TURNS=2 recorded turns (construction_intent's own law, AT-2); answered → enqueue + receipt; dismissed → receipt; lapsed → demote to the promote hold queue ('+N more held') where p/j-k/u retrieve it — a proposal never dies silently.",
+      "fatigue_guard": "adaptive suppression: K consecutive dismissals within one pattern class demote that class to hold-queue-only; reversible in settings (AT-1)."
+    },
+    "layer_3_the_snapshot": {
+      "record": "BriefRecord{snapshot_id, captured_at=consent time, triggering_msg_id + verbatim text, brief_text (the task_statement shown and consented to), evidence_msg_ids[], origin_context_id, channel='chat', kind, parent_task_id? , token_estimate}. Captured at CONSENT time (D36 verbatim), not at proposal time — the lapse law (AT-2) keeps the frozen window honest.",
+      "immutability": "by construction: the conversation log is append-only, so msg_id refs cannot change under the task (LangGraph's checkpoint property, already true of rune's store); brief_text is frozen verbatim into the D38 ledger's Brief section at Initiate — the slot exists and currently receives only the title (ledger.go:266). OD-5 is closed: not verbatim-tail, not summary-only, but REFS + RENDERED — refs for fidelity, rendering for bounded consent.",
+      "consumption": "the task's first turn receives the brief as a dedicated ContextBroker contribution block ('task-origin brief': brief_text + resolved refs), registered like the history bucket — budgeted, traced, the only legal injection path. The task channel's own log stays clean (AT-9)."
+    },
+    "layer_4_the_commit": {
+      "consent_resolves_to": "an enqueue on the task lane carrying the BriefRecord; admission follows the lane's single-flight (a running turn is never touched — prior round law). NEW_TASK → task-state create with parent lineage as send_task does today; AMEND_ACTIVE → an amend chain entry, atomic with its snapshot. The ledger learns the task + brief through the widened Row at Sync — the bridge never writes the ledger (C3)."
+    }
+  },
+  "phases": [
+    "Phase 0 (assumes separate-turns landed): confirm enqueue admission path + channel-keyed assembly contract.",
+    "Phase 1 — deterministic bridge: tier-0 + tier-1 wired into the promote runtime behind Offer(entries); the card component with lifecycle/receipts/hold-queue demotion; consent enqueues with a minimal BriefRecord (trigger + statement, refs optional); ledger Row.Brief + render. The bridge WORKS end-to-end with zero model changes.",
+    "Phase 2 — model self-report: the work_intent envelope contract (Python core emits, Go face parses, sidecar stripped); cards now fire on tier-2 tags; suppression heuristic live. Flip is gated on kill test K2.",
+    "Phase 3 — scope rules + polish: 'always for this pattern' persisted rules (O2 analog), Tab-comment on the card (denial reason fed back to the tag prompt as a one-line note), click affordances per the owner's visual rounds (iterative-styling law governs visuals — structure only was ruled here)."
+  ],
+  "owner_decisions": [
+    {
+      "id": "OD-A",
+      "decision": "Card default focus (No recommended) and whether Enter on an empty composer can ever answer a live card (recommended: no — y/n keys only)",
+      "why_owner": "Interaction taste; one keystroke of friction either way"
+    },
+    {
+      "id": "OD-B",
+      "decision": "Tier-2 on/off at phase 2 (prompt overhead + local-model tag quality vs card recall)",
+      "why_owner": "The only decision with model-quality cost; kill test K2 gives the evidence"
+    },
+    {
+      "id": "OD-C",
+      "decision": "Lapse turns (STALE_GAP=2 recommended) and suppression threshold K",
+      "why_owner": "Feel of how persistent Rune's suggestions are"
+    },
+    {
+      "id": "OD-D",
+      "decision": "Whether AMEND_ACTIVE cards ever auto-chain into the running task's queue or always wait behind it (recommended: wait — enqueue, never preempt)",
+      "why_owner": "Taste in queue behavior; interacts with the separate-turns OD-2 queue affordance depth"
+    }
+  ],
+  "build_instructions_pointer": "Phases above are the build waves' ordering; each phase lands behind the research gate citing this chain. Frozen-test obligations: card key-universe walk (the promote package's mutant-test pattern), lapse-law state machine, BriefRecord immutability (append-only proof), tag-stripping display parity (sidecar never visible), suppression determinism.",
+  "evidence_ids": ["O1","O2","O3","O4","O5","O6","O7","INWARD-A..D","AT-1..AT-10"]
+}

research/factory-consent-bridge/07-qualify.json

@@ -0,0 +1,30 @@
+{
+  "stage": "QUALIFY",
+  "verdict": "PROCEED",
+  "confidence_basis": "Not a percentage (protocol law). Every structural claim is pinned to read code (INWARD file:line) or a live-read source (OUTWARD URLs); the three open sub-designs each closed against evidence; the adversarial pass produced mitigations that are design commitments, not open questions. Two tier-2 properties are explicitly UNMEASURED and are carried as named unknowns with kill tests — they gate phase 2 only; phase 1 is fully determined.",
+  "conditions": [
+    "Phase 1 lands after separate-turns' per-channel admission (P0) — the enqueue-on-consent semantics assume it.",
+    "The envelope tag contract (work_intent) is versioned as data from day one; phase 2 must not change phase-1 card/snapshot shapes.",
+    "Frozen tests per 06-synthesis build_instructions_pointer are part of the landing gate, not optional polish."
+  ],
+  "named_unknowns": [
+    {
+      "id": "U1",
+      "unknown": "Tier-2 tag recall/precision on the owner's actual local models (does the tag fire on real soft work-intent, and how often spuriously?)",
+      "kill_test": "K1 — a labeled corpus of ~100 chat turns (owner-curated or harvested from real chat history with the owner's pass): measure tag recall/precision offline through the sidecar parser. If recall < 50% on labeled work-intent, tier-2 stays off (phase 1 remains the bridge) and A2 (small classifier) is re-opened as a measured comparison — the OUTWARD limitation then becomes a real round."
+    },
+    {
+      "id": "U2",
+      "unknown": "Prompt overhead + reply-quality effect of the tagging clause on local models (AT-7)",
+      "kill_test": "K2 — A/B the same chat corpus with/without the clause: token delta, sidecar leak rate (must be 0 after stripping — any visible leak fails), and owner-judged reply quality. Failing K2 keeps tier-2 off; the bridge still ships."
+    },
+    {
+      "id": "U3",
+      "unknown": "Suppression threshold K's feel (AT-1) — is 3 dismissals right?",
+      "kill_test": "K3 — live trial during phase-2 burn-in; a wrong K shows as either card fatigue (K too high) or 'why did it stop suggesting' (K too low). Owner-adjustable in settings either way; not blocking."
+    }
+  ],
+  "more_research_needed": "No. U1/U3 are build-time measurements inside the design's own kill tests; re-opening OUTWARD is warranted only if K1 fails and the small-classifier route is taken.",
+  "owner_decisions_outstanding": ["OD-A", "OD-B", "OD-C", "OD-D"],
+  "registration": "docs/factory/research-registry.json under factory-consent-bridge"
+}

research/factory-consent-bridge/README.md

@@ -0,0 +1,70 @@
+# factory-consent-bridge — how the chat lane detects work-intent and proposes the push to tasks
+
+Research round answering D36 §2 (docs/architecture/boundary-law.md:90, owner 2026-10-18):
+*"THE CONSENT BRIDGE: the chat pane has contextual understanding — when a conversational
+message is actually a work request, Rune PROPOSES pushing it from chat to task (consent
+required); agreed → the task starts instantly and queues a turn."* Closes the prior
+round's OD-5 (factory-separate-turns) on the context-carry format.
+
+**Verdict: PROCEED** (07-qualify.json — two named unknowns, both build-time kill tests
+gating phase 2 only; phase 1 is fully determined).
+
+| Artifact | What it holds |
+| --- | --- |
+| 01-issue.json | the owner directive verbatim, research questions, constraints C1–C8 |
+| 02-inward.json | the chat turn flow, the single create path, the existing intent machinery (file:line), snapshot raw material |
+| 03-outward.json | seven live-read sources with URLs + per-source lessons, limitations, one contradiction resolved |
+| 04-applicability.json | constraint check; who-classifies / snapshot-shape / card-timing directions A–C; P0–P5 order |
+| 05-adversarial.json | ten attacks (fatigue, staleness races, amend misfires, tag trust, ledger drift) with mitigations and verdicts |
+| 06-synthesis.json | the three-tier ladder, the card lifecycle, the BriefRecord, phases 0–3, owner decisions OD-A..D |
+| 07-qualify.json | PROCEED, conditions, named unknowns U1–U3 with kill tests K1–K3 |
+
+## The three findings that matter most
+
+1. **The bridge is more than half pre-built.** The repo already owns every tier of
+   detection: the SA-D3 ladder in `tui/promote` (Explicit 100 acts / Urgent 75 /
+   Relevant 50 suggestion-only / Informational 10) is the tiering LAW;
+   `construction_intent.py` is a full action-vs-discussion resolver with the exact
+   DISCUSSION→PROPOSAL→USER_APPROVED consent lifecycle and a STALE_GAP_TURNS=2 expiry
+   law (already cross-compiled via ci_loader); and `_response_envelope`
+   (rune_operator.py:1884) already proves a structured model-side ask
+   (`needs_confirm`) can ride the reply. The promote groundwork's `Offer(entries)`
+   seam is waiting for exactly the runtime this round designs, and the D38 ledger's
+   `Initiate(taskID, title, brief, …)` already has a **Brief slot that today receives
+   nothing but the title** (ledger.go:266) — the snapshot has a durable home.
+2. **Production converged on the model self-reporting intent — so the tag rides the
+   reply, and the card comes AFTER it.** Rasa's current architecture replaced ML-NLU
+   intent classifiers with the main model emitting structured commands (CALM);
+   Mycroft's adapt shows the deterministic extreme (require/optionally matching) is
+   also real production. Nobody runs a third small classifier in the conversational
+   path — that option costs an extra model call on the lane D36 says must never lag,
+   and under Ollama's default FIFO it queues with the main call. So: tier-0/tier-1
+   deterministic gates run free and synchronously, tier-2 is a `work_intent` field on
+   the chat reply envelope (parsed from a stripped sidecar, at most one per reply,
+   feeding the 50-tier ONLY — a tag can cause a card, never a task).
+3. **Consent is to a displayed scope, frozen as refs + rendering.** The prior OD-5
+   dilemma (verbatim tail vs rendered summary) dissolves: the snapshot is
+   `BriefRecord{triggering msg verbatim + msg_id, rendered task_statement (what the
+   card showed and the owner approved), evidence_msg_ids[], origin_context_id}` —
+   references are immutable because the conversation log is append-only (LangGraph's
+   checkpoint property, already true of rune's store), and the rendering is what
+   makes Claude Code's rule possible: *a scope-widening yes only appears when the
+   card shows everything it would allow.* Captured at CONSENT time; lapse after 2
+   turns; lapsed/dismissed proposals demote to the promote hold queue, never die
+   silently; consent always resolves to an ENQUEUE (a running turn is never touched).
+
+## The recommended bridge (06-synthesis)
+
+Four layers: **detection** (the three-tier ladder above), **the card** (one live
+strip per chat channel, bottom edge, non-modal, default focus No, y/n while the
+composer is empty, supersede + 2-turn lapse + hold-queue demotion + adaptive
+suppression), **the snapshot** (BriefRecord frozen into the ledger Brief at
+Initiate, replayed to the task's first turn as a budgeted ContextBroker
+contribution block), and **the commit** (enqueue on the task lane → the existing
+send_task create/amend single path → ledger Sync; the bridge never writes the
+ledger). Four decisions await the owner (OD-A default-focus taste, OD-B tier-2
+on/off, OD-C lapse/suppression feel, OD-D amend chaining) — none blocks phase 1.
+
+Sources with URLs are in 03-outward.json. No repo code was changed in this round;
+the round is registered in docs/factory/research-registry.json under
+`factory-consent-bridge`.

research/factory-ghost-text/01-issue.json

@@ -0,0 +1,32 @@
+{
+  "stage": "ISSUE",
+  "feature": "INLINE GHOST-TEXT TYPE-AHEAD in the chat box — dim continuation suggestion sourced from local Ollama, tab/→ accepts (boundary-law.md §D36 item 5, the prediction ruling; the dispatch label 'D35 §5' maps here — D35 is presentation, the prediction ruling lives in the D36 section)",
+  "problem_statement": "D36 item 5 rules prediction into the face verbatim: 'PREDICTION: inline ghost text (dim continuation suggestion, tab/→ accepts, mimocode-style), sourced from local Ollama.' Nothing like it exists in the Go face today: nav.Input3 holds draft/history/editing state only, no suggestion state; no keystroke-paced model client exists on any Go path (the chat dispatch spine carries a 330s budget by law); no debounce/cancel machinery; the accept keys (tab, →) are currently bound to other actions (tab = nav.cycle.next, → = cursor motion); no dim-continuation rendering exists in the composer box. The design space is also unspecced: debounce cadence, suggestion context window (last N chars vs whole message), stale-request cancellation, accept-key precedence laws, and when NOT to predict are all open — and the interview-granularity law forbids shipping any of it on assumption.",
+  "goal": "A research-complete design for local type-ahead prediction: the exact UX contract (dim inline continuation, accept/dismiss keys with precedence laws), the model+latency budget (which local Ollama models answer within a keystroke pace, measured on the owner's machine), the request pipeline (debounce, single-flight cancellation, context window), the suppression matrix (when NOT to predict), and the integration map into Input3 + the composer box + the keymap — delivered as named options where the owner holds taste latitude, ready for the interview batch and the build wave.",
+  "research_questions": [
+    "INWARD: the composer today (nav.Input3 state + insert paths, the two lane inputs, focusedInput routing in cmd/rune-tui/main.go), the dim-render vocabulary (chatpane dimStyle, inputBorderStyle, the ≥4.5:1 readability-floor law vs deliberately-dim ghost text), every existing model-IO path in Go (tui/runtime/lib 330s completion client, laneconc seam, the D39 Go core's OllamaClient) and why none fits keystroke pace, the keymap's current owners of tab/→/end, and the old-Textual oracle's answer (it had NO ghost text — nothing to inherit)",
+    "OUTWARD (live): how editors and CLIs actually do inline ghost completions — fish autosuggestions, zsh-autosuggestions (async fetch, partial accept, buffer caps), VS Code's inline-completion engine (adaptive debounce, version-keyed cancellation, suppression modes, source-verified), GitHub Copilot interaction research (when suggestions help vs distract); Ollama's generation surface for short completions (options, streaming, keep_alive, raw, think, draft_num_predict, load/unload, residency semantics); MEASURED latency of qwen2.5:0.5b / 3b / 14b-class models on the owner's GPU for realistic continuation prompts",
+    "APPLICABILITY: which patterns fit rune's constraints (no new deps; single-writer Update; D31 all-at-once responses — predictions are ephemeral UI, not transcript; D36 shared box under both panes; D37 'no hardcoded model anywhere' — the predictor model must be an explicit setting; rebindable keymap law; the no-silent-default provider law vs the owner's explicit Ollama ruling)",
+    "ADVERSARIAL: what breaks — GPU model eviction thrash (measured live), requests queueing behind loads, stale-suggestion flashes, accept-key collisions (tab/nav-cycle, →/cursor-motion), instruct models answering instead of continuing (measured), thinking-model emission shape (measured), prediction while history-browsing, paste bursts, drafts with secrets, contention with an in-flight task dispatch",
+    "SYNTHESIS: recommended architecture with owner taste questions isolated for the interview batch (per the interview-granularity law)",
+    "QUALIFY: PROCEED or MORE_RESEARCH"
+  ],
+  "context": {
+    "ruling_verbatim": "boundary-law.md §D36 item 5: 'PREDICTION: inline ghost text (dim continuation suggestion, tab/→ accepts, mimocode-style), sourced from local Ollama.'",
+    "rulings_in_force": [
+      "D31 all-at-once response rendering (predictions are ephemeral composer UI, not response streaming — but the boundary must be stated, not assumed)",
+      "D34/D35 chat-surface + presentation rulings; D35 iterative-styling law (ghost tone is a live-iteration variable, not a locked choice); old-TUI = default oracle (it had no prediction — the ruling itself is the spec)",
+      "D36: ONE shared box under both panes, focus routes destination; separate turns never block; interview-granularity law",
+      "D37: NO hardcoded model anywhere — the predictor model is a wizard/settings choice, not a constant",
+      "2026-10-18 readability-floor law: chat ROLE colors ≥4.5:1 on #1E1E28 — ghost text is subordinate-by-design, the dim vocabulary is a taste question",
+      "single-writer UI law: all face mutation on the Bubble Tea Update thread (async results arrive as tea.Msg)",
+      "phase-1 chat law: one completion in flight per lane; a second send gets an honest busy bubble"
+    ],
+    "constraints": [
+      "research-only round — no repo code changes; artifacts + registry entry only",
+      "no new dependencies: stdlib + the vendored charm.land stack; go.mod byte-identical",
+      "Ollama is the owner-ruled source (local only) — no remote calls for predictions, drafts never leave the machine",
+      "keystroke-paced budget: the suggestion must reach the screen within ~250-500ms of the last keystroke to read as type-ahead"
+    ]
+  }
+}

research/factory-ghost-text/02-inward.json

@@ -0,0 +1,28 @@
+{
+  "stage": "INWARD",
+  "summary": "The face has every structural ingredient except the prediction itself: Input3 is a clean state machine with insert/paste/history seams where suggestion state belongs; the composer box projection is a plain-lines seam where a dim suffix renders; the keymap's conflicts (tab, →) are conditional-precedence problems the codebase has already solved twice (compose.send outranking the map; composerOwnsRune stealing letters). No Go path to Ollama is keystroke-paced today — the chat spine is 330s-by-law and the D39 core client inherits that budget — so the predictor needs its own thin sub-second client. The old Textual oracle never had ghost text; mimocode (the owner's daily tool, the ruling's named style reference) is the only behavioral spec: dim continuation, tab/→ accept.",
+  "the_composer_today": {
+    "state_machine": "tui/nav/input3.go — Input3 embeds Composer (lines []string, line/col cursor, insert(), Backspace, Text()); adds the 3-line viewport (VisibleLines), the per-channel history walk (browseUp/browseDown/exitBrowsing with stash semantics), PasteText (multi-line splice at cursor), and the fixed placeholder (line 45-51). Suggestion state does not exist; the natural seam is a Suggestion string + ShowSuggestion/AcceptSuggestion/ClearSuggestion pair beside PasteText — accept splices at (line,col) through the same insert path, so accepted text is ordinary draft text.",
+    "instances_and_routing": "tui/cmd/rune-tui/main.go:137-138,192-193 — TWO Input3s exist (m.composer lane 'chat', m.taskInput lane 'tasks'): the D36 shared box in the current tree is focus-routed to two machines via focusedInput() (main.go:888). Keys reach the focused machine at main.go:1112-1122: map actions first (km.Resolve), then Input3's own editing/history keys, with chainOwnsKey/composerOwnsRune (main.go:314-319) gating letters. Ghost-accept precedence slots exactly here.",
+    "viewport_note": "Input3.VisibleLines windows 3 rows around the cursor; composerView (main.go:355-362) trims to the cursor row (1 row at rest) and main.go:903 installs it via face.SetComposer(view, placeholder, hint) every frame — the projection is rebuilt per render on the Update thread, so a ghost suffix is additive to this projection, not a new surface."
+  },
+  "the_render_seam": {
+    "input_box": "tui/lanes/render.go:144-181 inputBox hand-rolls the bordered box: '+---+' border, '> ' prompt on the first text row, rows from composerDisplayRows (1..3, cursor kept in window), the key-hint row last. The ghost text renders as a styled continuation appended to the CURSOR row's text inside this box (clip math already pads to boxInner).",
+    "dim_vocabulary": "chatpane.go:359 dimStyle = fg #78788A on bg #1E1E28 (the same tone as the D35 dim timestamps, tsStyle); the box's own border rides inputBorderStyle fg 240 (lanes/render.go:323); semantic/render_rich.go:127 uses 240 for status. A ghost style in this family (240/#78788A-range) is vocabulary-consistent; the ≥4.5:1 readability-floor ruling (chatpane.go:344-351) was measured against MESSAGE roles — ghost text is subordinate-by-design and deliberately dim, and the D35 iterative-styling law makes the exact tone a live-flip variable.",
+    "styled_projection_law": "chatpane renders both a plain and a styled projection (style(styled, st, ...) at chatpane.go:321) so tests assert structure without depending on color. The ghost suffix should follow the same dual projection discipline."
+  },
+  "model_io_paths_in_go": {
+    "chat_spine": "composer send → feedComposer (main.go:371-388) → dispatchSend → chatDispatch → laneconc.Dispatcher (tui/laneconc/laneconc.go:198-232, Completer interface) → lib.Repo.Complete (tui/runtime/lib/complete.go:72) — POST /v1/chat/completions through the entry-serve child, CompletionBudget = 330s BY LAW (complete.go:31-37: the core's operator ladder may hold an answer 300s). Structurally unusable for type-ahead: no sub-second budget, one-in-flight per lane, and it walks the whole conversation spine.",
+    "d39_go_core_client": "src/go/rune-core/internal/runecore/ollama.go — OllamaClient.Chat: POST {base}/api/chat, full history, Stream:false, http.Client Timeout 330s (line 40, 'the same number the TUI completion client and the entry proxy carry'); DefaultOllamaURL http://localhost:11434; Tags via /api/tags. The right wire shape, the wrong budget and the wrong module boundary for the TUI to import directly (internal/ package).",
+    "what_fits": "A predictor client needs: its own http.Client with a sub-second timeout (budget 500-600ms), POST /api/generate (prompt-shaped, not chat-history-shaped), options num_predict/stop/temperature, keep_alive control, and cancellation via context. That is ~60 lines of stdlib — no new dependency (constraint satisfied), whichever module it lives in.",
+    "cross_reference": "research/factory-separate-turns (PROCEED) already verified live: Ollama /api/chat is stateless (full history every request), default per-model FIFO queue, OLLAMA_NUM_PARALLEL multiplies memory — the concurrency laws the predictor inherits."
+  },
+  "keymap_conflicts": {
+    "tab": "tui/nav/keymap.go:67 — Key tab is BOUND to nav.cycle.next (and keymap.go:200 asserts tab is resolvable — an invariant). Input3.Input consults km.Resolve FIRST, so today tab cycles focus even while composing. Ghost-accept must conditionally outrank the map when a suggestion is visible — the same shape as compose.send already outranking it, or a shell-level steal like composerOwnsRune.",
+    "right_arrow": "Input3 case \"right\": moveCol(+1) (input3.go:88-89) — cursor motion owns it. The fish law resolves the conflict: → accepts ONLY when the cursor is already at the end of the text (motion is still motion everywhere else).",
+    "end": "input3.go:96-97 sets col=len(line) — fish's third accept key ('end accepts when at end'); free to adopt the same conditional.",
+    "shift_up_down_alt": "already taken by moveLine/newline semantics (input3.go:80-86) — partial-word accept keys (alt+→ / ctrl+→ in fish/zsh) are additive, not conflicting."
+  },
+  "the_oracle": "src/rune/rune_tui.py — the old Textual TUI has NO ghost text anywhere (HistoryInput is history recall only; the AutoComplete is slash-command completion). The D36 ruling itself is therefore the entire spec; 'mimocode-style' (the owner's daily agent UI: dim continuation after the cursor, tab/→ accepts) is the named behavioral reference — observed behavior of the tool the owner uses, not repo code.",
+  "settings_law": "tui/settings/config.go already carries ModelsConfig{DefaultCloud, DefaultLocal, LocalRuntime} (settings_test shows 'ollama:qwen3:4b' strings) — a PredictorModel setting slots into the existing settings face; D37's 'no hardcoded model anywhere' makes this mandatory, and firstrun's no-silent-default law (firstrun.go:15) is satisfied because D36 §5 is an explicit owner ruling for the SOURCE (local Ollama) while the MODEL remains an explicit choice with a recommended default."
+}

research/factory-ghost-text/03-outward.json

@@ -0,0 +1,104 @@
+{
+  "stage": "OUTWARD",
+  "summary": "Six live sources plus a same-day measurement matrix on the owner's own GPU. The converged prior art is unambiguous: ghost text is rendered AFTER the cursor in a muted tone; acceptance is CONDITIONAL (only when a suggestion is visible / cursor at end); typing continues through async fetches and stale results are discarded; suggestions NEVER act on their own (ignore = dismiss); and prediction is suppressed by rule (long buffers, open widgets, patterns). The latency matrix answers the budget question decisively: qwen2.5:0.5b and qwen2.5:3b answer warm in 5-25ms first-token / 63-86ms full-suggestion on this machine — the entire keystroke budget is available for debounce and UI; 14b-class models (165ms-8.9s) are disqualified; and a measured eviction law (loading the predictor evicted a resident 14b, 6.7s reload penalty) makes residency policy a first-class design constraint.",
+  "sources": [
+    {
+      "name": "fish shell autosuggestions — the CLI ghost-text reference",
+      "urls": ["https://fishshell.com/docs/current/interactive.html#autosuggestions"],
+      "verified": "2026-10-18, live fetch (fish 4.9.3 docs)",
+      "findings": [
+        "Suggestion renders after the cursor 'in a muted gray color' (fish_color_autosuggestion); sources are history + completions + valid file paths — deterministic, never generative.",
+        "ACCEPT LAWS: right (→) or ctrl+f accepts the whole suggestion; alt+→ / alt+f accepts the FIRST WORD; ctrl+→ accepts one TOKEN; shift+→ accepts one big word — a graduated accept vocabulary on ONE key family.",
+        "CONDITIONAL ACCEPT: → accepts only 'if the cursor is already at the end of the line' — the arrow stays cursor motion everywhere else; end/ctrl+e also accept when already at end.",
+        "SAFETY LAW (verbatim): 'If the autosuggestion is not what you want, ignore it: it won't execute unless you accept it' — no accidental send, ever.",
+        "Any other typing displaces the suggestion implicitly; a global toggle exists (fish_autosuggestion_enabled 0) — prediction must be switchable off."
+      ],
+      "lesson": "The → -accept conflict with cursor motion is solved by position-conditioning, not by stealing the key outright; and ignore-must-never-act is the core safety invariant for a chat composer (ignore ≠ send)."
+    },
+    {
+      "name": "zsh-autosuggestions — async fetch + suppression knobs",
+      "urls": ["https://github.com/zsh-users/zsh-autosuggestions"],
+      "verified": "2026-10-18, live fetch of README.md (raw)",
+      "findings": [
+        "ASYNC BY DEFAULT (zsh ≥5.0.8): suggestions fetch off the input loop — typing is NEVER blocked by fetch; pre-async mode is the fallback, not the default.",
+        "Widget taxonomy = the cancellation grammar: CLEAR_WIDGETS (buffer-modifying widgets clear the suggestion), ACCEPT_WIDGETS, EXECUTE_WIDGETS, PARTIAL_ACCEPT_WIDGETS (forward-word accepts 'up to the point that the cursor moves to'), IGNORE_WIDGETS; 'widgets that modify the buffer and are not found in any of these arrays will fetch a new suggestion after they are invoked' — edit ⇒ clear+refetch.",
+        "WHEN NOT TO PREDICT, shipped as config: ZSH_AUTOSUGGEST_BUFFER_MAX_SIZE (skip large buffers; README recommends ~20 — 'useful when pasting large amount of text'), ZSH_AUTOSUGGEST_HISTORY_IGNORE and COMPLETION_IGNORE glob patterns (never suggest certain shapes).",
+        "Default style fg=8 (256-color bright black) — the terminal-standard dim; also documented: styles must survive the 8-color terminal floor."
+      ],
+      "lesson": "The clear/accept/partial/ignore classification is the right mental model for wiring ghost state into Input3's key handling, and buffer-size + pattern suppression are shipped, battle-tested defaults — paste bursts and huge drafts get NO prediction."
+    },
+    {
+      "name": "VS Code inline-completion engine — debounce, cancellation, suppression (from source)",
+      "urls": [
+        "https://github.com/microsoft/vscode/blob/main/src/vs/editor/common/config/editorOptions.ts",
+        "https://github.com/microsoft/vscode/blob/main/src/vs/editor/contrib/inlineCompletions/browser/model/inlineCompletionsSource.ts",
+        "https://github.com/microsoft/vscode/blob/main/src/vs/editor/contrib/inlineCompletions/browser/model/typingSpeed.ts",
+        "https://github.com/microsoft/vscode/blob/main/src/vs/editor/contrib/inlineCompletions/browser/model/inlineCompletionsModel.ts"
+      ],
+      "verified": "2026-10-18, all four files fetched raw from main; file list confirmed via the GitHub API",
+      "findings": [
+        "SETTINGS: editor.inlineSuggest.enabled (auto-show on/off), .minShowDelay (default 0 ms — 'minimal delay after typing' before showing), .suppressSuggestions (inline ghosts and the dropdown widget suppress each other), .suppressInSnippetMode, .syntaxHighlightingEnabled, even .fontFamily — ghost text is a first-class, configurable surface, not an afterthought.",
+        "DEBOUNCE IS TRIGGER-CONDITIONAL (inlineCompletionsSource.ts:207): 'shouldDebounce = updateOngoing || (withDebounce && triggerKind === Automatic)' — only AUTOMATIC (typing) triggers wait; EXPLICIT triggers (user-invoked) fire immediately. The wait: await wait(debounceValue, source.token).",
+        "DEBOUNCE VALUE IS ADAPTIVE, TWO-AXIS: debounceValue = max(provider debounceDelayMs) ?? recommended (source line 200-204), where the recommended value comes from languageFeatureDebounce — and AFTER each request, _debounceValue.update(textModel, elapsed) (source line 393) feeds the MEASURED provider latency back into the debounce. Axis two: typingSpeed.ts tracks the user's average MILLISECONDS BETWEEN KEYSTROKES (typing sessions ≥1s long, gaps ≤3s, paste/undo/composition excluded, 5-minute rolling window, ≥20 chars for reliability) — the debounce rides the user's own typing rhythm.",
+        "STALE CANCELLATION LAW (source lines 210-216): after the debounce wait, re-check the text version — 'canceled:beforeFetch' if the buffer changed; requests are keyed to textModelVersionId and dropped on mismatch. The no-suggestion-reason vocabulary (canceled, empty response...) is telemetry-first.",
+        "Ghost text is computed from the CURSOR POSITION + surrounding text (computeGhostText.ts, ghostText.ts) — prefix-conditioned continuation, exactly the chat-draft shape."
+      ],
+      "lesson": "The reference implementation answers every pipeline question: debounce only automatic triggers; key requests to a draft version id and cancel before fetch; adapt the debounce to measured typing speed AND measured provider latency; suppress when another suggestion surface (rune's palette/menu) is open. For rune v1, the fixed 180ms quiet window is justified by the 5-25ms measured TTFT — the adaptive machinery is a later-phase refinement, not a prerequisite."
+    },
+    {
+      "name": "Grounded Copilot — when AI suggestions help vs harm (interaction study)",
+      "urls": ["https://arxiv.org/abs/2206.15000"],
+      "verified": "2026-10-18, live fetch of the arXiv abstract page (Barke, James, Polikarpova — v3, Oct 2022; cs.HC)",
+      "findings": [
+        "20-participant grounded-theory study of Copilot use: interactions are BIMODAL — ACCELERATION mode (the programmer knows what comes next and uses the assistant to get there faster) vs EXPLORATION mode (unsure how to proceed; uses the assistant to survey options).",
+        "The modes have different failure shapes: ghost suggestions are gold in acceleration and a distraction cost in exploration — surfacing confident continuations while the user is mid-thought competes for attention.",
+        "The paper's recommendations target usability of future assistants built on this bimodal theory (assistant behavior should respect which mode the user is in)."
+      ],
+      "lesson": "For a chat box: predict CONTINUATIONS of what is already being typed (the user's own sentence — acceleration) and never inject topic-changing or whole-message content (exploration poison). Also the honest basis for a suppression default: after a long pause (user thinking), fresh ghost text is more likely distraction than help — a taste question for the owner, informed by this finding."
+    },
+    {
+      "name": "Ollama generate API — the short-completion surface",
+      "urls": ["https://github.com/ollama/ollama/blob/main/docs/api.md"],
+      "verified": "2026-10-18, raw docs/api.md fetched (fetched via raw.githubusercontent.com, 200)",
+      "findings": [
+        "/api/generate takes: prompt (string), system, stream (default TRUE — NDJSON chunks), raw ('if true no formatting will be applied to the prompt' — full custom prompt control), think (bool or level, thinking models), keep_alive (default 5m; per-request override), and options: num_predict (hard token cap), draft_num_predict (speculative-decoding draft budget), stop (stop sequences), temperature, num_ctx, num_gpu... — the complete keystroke-paced toolbox in one call.",
+        "LOAD/UNLOAD API: an empty-prompt request LOADS the model; keep_alive:0 UNLOADS — pre-warming the predictor is one cheap call.",
+        "Every response carries load_duration, prompt_eval_duration, eval_duration, prompt_eval_count, eval_count — server-side profiling for free; the latency budget can be self-monitored from the wire itself.",
+        "Streaming delivers tokens as they generate (partial results available immediately); stream:false returns one object — with measured 12-token totals of 63-86ms, v1 does not need progressive display."
+      ],
+      "lesson": "The predictor call is: POST /api/generate {model, prompt: draft, system: continuation-prompt, stream:false, keep_alive:'30m', options:{num_predict:~14, temperature:0, stop:[newline, 'user:', 'assistant:']}} — every knob is documented and stable."
+    },
+    {
+      "name": "Ollama FAQ — residency, eviction, and the concurrency laws (the hazard source)",
+      "urls": ["https://github.com/ollama/ollama/blob/main/docs/faq.mdx"],
+      "verified": "2026-10-18, raw docs/faq.mdx fetched (200)",
+      "findings": [
+        "keep_alive law: models stay loaded 5m by default; keep_alive:-1 = stay forever; 0 = unload immediately; OLLAMA_KEEP_ALIVE env sets the server default; per-request keep_alive overrides it.",
+        "CONCURRENCY (verbatim mechanics): 'If your system has sufficient available memory... multiple models can be loaded at the same time'; for GPU inference 'new models must be able to completely fit in VRAM to allow concurrent model loads'; with insufficient memory 'all new requests will be queued... As prior models become idle, one or more will be unloaded to make room.' OLLAMA_MAX_LOADED_MODELS defaults to 3 × GPU count.",
+        "THE QUEUE HAZARD: a predictor request that cannot load its model does not fail fast — it QUEUES while models shuffle; a keystroke-paced client MUST carry its own short deadline or it stalls invisibly."
+      ],
+      "lesson": "This FAQ predicted, and the live matrix confirmed, the eviction hazard: on the owner's 16GB GPU the predictor load evicted a resident 14b (6.7s reload paid by the next call). Design consequences: smallest viable predictor model, pre-warm + long keep_alive, a hard sub-second deadline on every request, and silent suppression on any deadline miss."
+    },
+    {
+      "name": "Live measurement matrix — the owner's machine (own probe)",
+      "urls": ["evidence/latency_probe.py", "evidence/latency_results.json"],
+      "verified": "2026-10-18, RTX 4070 Ti SUPER 16GB (12.7GB pre-used), ollama 0.40.5; qwen2.5:0.5b pulled this round (~397MB) at the dispatch's naming",
+      "findings": [
+        "qwen2.5:0.5b — warm TTFT 5-12ms (short prompt) / 14ms (600-char); full 12-token suggestion 63ms; cold load 1.7s.",
+        "qwen2.5:3b — warm TTFT 12-17ms / 25ms (600-char); full 12-token suggestion 86ms; cold load 1.9s. Suggestion quality visibly better than 0.5b on both probe drafts.",
+        "qwen2.5-coder:14b — warm TTFT 165-171ms steady (after an 8.9s first-call tail), 807ms on the 600-char prompt, 1.75s full suggestion, 5.1s cold: DISQUALIFIED for keystroke pace.",
+        "qwen3:14b — thinking models emit `thinking` before `response`; with think:false it still measured 7.9s TTFT under load contention: DISQUALIFIED (and the emission shape is a client-side trap: an empty-response stream until done).",
+        "PROMPT LENGTH IS CHEAP: 90→600 chars moved TTFT 12→25ms (3b) — whole-draft context costs ~nothing at this scale; the context-window question is about QUALITY steering, not latency.",
+        "EVICTION, MEASURED: with qwen3:14b resident (4.3GB VRAM), loading qwen2.5:3b EVICTED it (/api/ps showed only the 3b after); the next 14b call paid 6.7s TTFT reload. Matches the FAQ law exactly."
+      ],
+      "lesson": "The budget verdict: 0.5b/3b class = keystroke-paced with ~10x headroom; 14b class = on-demand-only at best. The residency verdict: the predictor is a privileged small resident (pre-warmed, keep_alive long) or it becomes an eviction hazard to the chat model."
+    }
+  ],
+  "cross_source_consensus": [
+    "GHOST TEXT IS CONDITIONAL UI: after the cursor, muted tone, never acts unless explicitly accepted (fish safety law; zsh accept widgets; VS Code opt-out setting) — ignore is always safe.",
+    "ACCEPT KEYS ARE POSITION/PRESENCE-CONDITIONED: → only at end-of-text (fish, zsh); tab accepts when a ghost is visible (editors); partial-word accept is a separate chord (alt+→/ctrl+→; forward-word).",
+    "FETCH IS ASYNC AND VERSION-KEYED: typing never waits (zsh async default; VS Code Automatic-debounce + canceled:beforeFetch on version mismatch) — stale results are discarded, never displayed.",
+    "PREDICTION IS SUPPRESSED BY RULE: large buffers (zsh BUFFER_MAX_SIZE), competing suggestion surfaces (VS Code suppressSuggestions), excluded patterns (HISTORY_IGNORE), and — per Grounded Copilot's bimodal finding — restraint about interrupting exploration.",
+    "THE GENERATIVE TWIST (rune's divergence from shells): shells predict from deterministic history; rune predicts from a model. The UX laws carry over unchanged, but the latency budget, cancellation deadline, and suppression-on-slow become load-bearing instead of optional."
+  ]
+}

research/factory-ghost-text/04-applicability.json

@@ -0,0 +1,54 @@
+{
+  "stage": "APPLICABILITY",
+  "summary": "Every adopted pattern survives the constraint check, and exactly three rune-specific adaptations are load-bearing: (1) the predictor client is a NEW thin sub-second path — none of the three existing model-IO paths can carry keystroke pace; (2) accept keys use CONDITIONAL precedence (tab outranks the map only while a ghost is visible; → accepts only at end-of-text) — the codebase already has both precedence shapes; (3) the predictor model is an explicit SETTING (D37) with the owner-ruled source (local Ollama, D36 §5), so the no-silent-default law is satisfied by construction. The measured 5-25ms warm TTFT collapses the latency problem: a fixed quiet window plus version-keyed discard is enough for v1 — VS Code's adaptive debounce is a refinement, not a prerequisite.",
+  "constraint_check": [
+    {"constraint": "no new dependencies; go.mod byte-identical", "verdict": "CLEAN — the predictor client is ~60 lines of net/http + encoding/json (stdlib); no charm.land additions; no cgo"},
+    {"constraint": "single-writer UI (all mutation on the Update thread)", "verdict": "CLEAN — fetches run as tea.Cmd goroutines; results arrive as a predictResultMsg the Update loop folds in (the chatDispatch/applyChatReport shape, main.go:394-438); nothing renders off-thread"},
+    {"constraint": "D31 all-at-once response rendering", "verdict": "CLEAN WITH BOUNDARY — D31 governs the TRANSCRIPT (model responses land whole); ghost text is ephemeral composer UI that never enters the transcript unaccepted, and an ACCEPTED suggestion becomes ordinary draft text (user-authored, still subject to all-at-once send). Stated so no future 'streaming via ghost text' loophole borrows the surface"},
+    {"constraint": "D36 shared box under both panes; focus routes destination", "verdict": "FITS NATURALLY — prediction attaches to the FOCUSED Input3 (focusedInput()); whether the task lane gets predictions is an open owner question (TQ-2), not a structural problem"},
+    {"constraint": "D37 no hardcoded model anywhere", "verdict": "REQUIRES WORK — predictor model = a settings entry + wizard question with recommended default (qwen2.5:3b; qwen2.5:0.5b as the weak-GPU fallback), never a constant; the settings face already carries ModelsConfig strings"},
+    {"constraint": "rebindable keymap law", "verdict": "CLEAN — accept actions enter the vocabulary as named actions (predict.accept, predict.acceptWord) with DEFAULT bindings (tab / alt+→), rebindable like everything else; the conditional precedence lives in routing order, not in hardcoded keys"},
+    {"constraint": "no-silent-default provider law (firstrun)", "verdict": "SATISFIED BY RULING — D36 §5 is an explicit owner ruling naming local Ollama as the SOURCE; the MODEL stays an explicit choice. Predictor calls carry keep_alive so they never spin up a model the owner did not ask to keep resident without him knowing (see Adversarial EV-1 for the residency honesty question)"},
+    {"constraint": "drafts never leave the machine", "verdict": "CLEAN — localhost:11434 only; no remote provider is ever consulted for predictions"},
+    {"constraint": "phase-1 one-completion-in-flight per lane", "verdict": "INTERACTION, NOT VIOLATION — the predictor is not a lane completion; but it CONTENDS for the GPU with one (Adversarial EV-9): v1 suppresses prediction while a dispatch is in flight"}
+  ],
+  "client_placement_options": [
+    {
+      "option": "A — TUI-local thin predictor client (RECOMMENDED for v1)",
+      "shape": "new small package (e.g. tui/nav or a tui/predict): its own http.Client{Timeout: 600ms}, POST http://localhost:11434/api/generate, stdlib only",
+      "why": "the latency budget is the feature; a sub-second deadline must be structural, not negotiated; zero coupling to the 330s laws; the D39 core client is internal/ to another module and inherits the chain budget (ollama.go:40)",
+      "cost": "the TUI speaks to a model server directly — a second door beside the core; mitigated by the owner's explicit D36 §5 ruling naming Ollama, and by keeping the client ~60 lines with no policy inside"
+    },
+    {
+      "option": "B — predictor endpoint on the D39 Go core (/v1/predict or a rune-core method)",
+      "shape": "rune-core gains a Predict(ctx, draft) with its own 500ms budget over the existing OllamaClient shape; the TUI calls the core's front door",
+      "why": "honors 'Rune orchestrates all models in play' (D37.4) and one model-IO door; policy (model choice, residency, suppression-on-slow) lives server-side where the chat model's residency is knowable",
+      "cost": "the core is mid-port (D39); coupling type-ahead to the core's timeline delays the feature; the front-door proxy path historically adds legs (entry-serve child) — each leg eats the budget"
+    },
+    {
+      "option": "C — reuse lib.Repo.Complete with a tighter client",
+      "shape": "the existing completion client with a new short-timeout instance pointed at /api/generate",
+      "why": "least new code",
+      "cost": "REJECTED — the seam is chat-completions-shaped (full message history, envelope law, 330s CompletionBudget by design); bending it to prompt-shaped sub-second type-ahead violates its own law comment (complete.go:31-37)"
+    }
+  ],
+  "pipeline_mapped_to_bubbletea": {
+    "debounce": "keystroke → immediately invalidate ghost + cancel in-flight ctx → schedule predictTick(180ms) carrying the draft's content hash; on predictTickMsg, Update fires the fetch ONLY if the current draft hash matches the tick's (the VS Code 'canceled:beforeFetch' version-check law, expressed in tea.Tick);",
+    "single_flight": "one predictCancel context per model; every new keystroke cancels the previous fetch; the result message carries the hash it answered for; Update drops mismatches without rendering",
+    "budget": "ctx deadline 500ms + client timeout 600ms; ANY deadline/error → silent suppression + short backoff (re-armed on next quiet window); ghost text must never visibly error into the box",
+    "why_fixed_180ms_is_justified": "measured warm TTFT 5-25ms and full-suggestion 63-86ms leave >2x headroom inside a 180ms window + render; VS Code's adaptive machinery exists to protect SLOW providers (cloud Copilot ~100-500ms) — our provider is 10-40x faster than that regime; adaptive debounce is a named later phase (P3), not v1 debt"
+  },
+  "context_window_for_suggestions": {
+    "evidence": "prompt length is nearly free locally (90→600 chars = 12→25ms TTFT, 3b); the risk is not latency but STEERING — a bare draft invites the model to ANSWER rather than CONTINUE (measured: 0.5b replied 'please, I need the specific build logs...' as a new sentence)",
+    "recommendation": "whole CURRENT draft (they are short; no last-N-chars truncation needed below ~4000 chars) + a pinned continuation SYSTEM prompt + stop tokens [newline, 'user:', 'assistant:'] + num_predict 12-16 + temperature 0; conversation history (last 1-2 turns) is a QUALITY knob for a later phase — it improves relevance but risks topic-pulling, and Grounded Copilot's finding says topic-pulling is exactly the failure to avoid; ship draft-only first, measure, then decide"
+  },
+  "suppression_matrix_when_not_to_predict": [
+    "empty draft (no prefix to continue)",
+    "paste burst / draft beyond a size cap (zsh BUFFER_MAX_SIZE law; v1 cap ~600 chars — chat drafts, not files)",
+    "history browsing active (Input3.browsing — a suggestion over a recalled entry is noise)",
+    "a chat or task dispatch in flight (GPU contention + the box is about to be consumed; phase-1 law adjacency)",
+    "a palette/menu/autocomplete popup open (VS Code suppressSuggestions law — one suggestion surface at a time)",
+    "predictor request over budget, errored, or model not resident (silent suppression + backoff; never a spinner, never an error bubble)",
+    "the owner's global toggle OFF (fish law: prediction is switchable; settings entry)"
+  ]
+}

research/factory-ghost-text/05-adversarial.json

@@ -0,0 +1,71 @@
+{
+  "stage": "ADVERSARIAL",
+  "summary": "Nine break classes, each with a mechanism and a mitigation; three were MEASURED live this round (eviction, thinking-model emission, answer-instead-of-continue), not hypothesized. The one structurally hard hazard is GPU residency on a 16GB card shared with a 15GB chat model — it is an owner-machine property that no client code can fully hide, so the design must make it VISIBLE (a first-use residency check) instead of silent.",
+  "breaks": [
+    {
+      "id": "EV-1",
+      "name": "Eviction thrash — the predictor evicts the chat model",
+      "mechanism": "MEASURED: loading qwen2.5:3b evicted a resident qwen3:14b (/api/ps after: only the 3b); the next 14b call paid 6.7s reload. FAQ law: GPU concurrency requires the new model to 'completely fit in VRAM' beside residents, else requests queue and idle models unload. On this 16GB card with a 15GB-class 27B chat model resident, a predictor load can evict it — every prediction silently taxes the next chat send.",
+      "mitigation": "(a) predictor defaults to the smallest acceptable model (0.5b footprint ~0.5GB) and is PRE-WARMED at composer focus with keep_alive long — residency once, not per request; (b) predictor requests carry keep_alive so they never trigger a load cycle mid-session; (c) a first-use RESIDENCY CHECK (boot or focus): load predictor, poll /api/ps, if the chat model vanished → warn once in settings/docs and offer the 0.5b-or-off choice; (d) residual risk honestly named: with the 27B resident, co-residency is UNMEASURED (see named unknowns) — the mitigation is visibility, not a promise"
+    },
+    {
+      "id": "EV-2",
+      "name": "Requests queue invisibly behind a model load",
+      "mechanism": "FAQ: with insufficient VRAM 'all new requests will be queued until the new model can be loaded' — a keystroke-paced request does not error, it WAITS (measured cold loads 1.7-5.1s; contention tails 8.9s).",
+      "mitigation": "hard ctx deadline (500ms) + client timeout on EVERY predictor call; deadline miss = silent suppression + backoff; typing is never blocked (all fetches async)"
+    },
+    {
+      "id": "EV-3",
+      "name": "Stale suggestion flash",
+      "mechanism": "a suggestion computed for draft N arrives while draft N+3 is on screen; rendering it appends text the user is no longer typing toward — the classic ghost-text bug VS Code's 'canceled:beforeFetch' exists for.",
+      "mitigation": "version law: the result message carries the draft content hash it answered for; Update drops mismatches; the in-flight ctx is canceled on EVERY keystroke; the ghost is invalidated synchronously at keystroke time (clear first, ask later)"
+    },
+    {
+      "id": "EV-4",
+      "name": "Accept-key collisions (tab / → / end)",
+      "mechanism": "tab is nav.cycle.next today (keymap.go:67); → and end are cursor motion inside Input3; stealing them unconditionally breaks focus-cycling and text editing.",
+      "mitigation": "CONDITIONAL precedence, both directions: tab resolves to predict.accept ONLY while a ghost is visible (then falls back to the map — the compose.send precedence shape); →/end accept ONLY at end-of-text, else motion (fish law); all three are rebindable named actions (keymap law)"
+    },
+    {
+      "id": "EV-5",
+      "name": "The model ANSWERS instead of CONTINUING",
+      "mechanism": "MEASURED: qwen2.5:0.5b given a bare draft produced a NEW sentence ('please, I need the specific build logs for analysis.') — politeness/answer framing instead of a mid-thought continuation; topic-pulling is the Grounded-Copilot exploration-mode poison.",
+      "mitigation": "pinned continuation system prompt ('Output ONLY the continuation…'), temperature 0, stop sequences, num_predict cap, and a client-side sanity filter: if the suggestion starts with a capitalized sentence start while the draft ends mid-word/mid-lowercase, drop it (cheap heuristic, no ML); quality is ALSO a model-class property — 3b measured visibly better than 0.5b on both probes"
+    },
+    {
+      "id": "EV-6",
+      "name": "Thinking-model emission shape",
+      "mechanism": "MEASURED: qwen3-class models emit `thinking` content before `response`; a client reading only `response` sees an empty stream until done (the probe's TTFT=None crash); with think:false they are still 7.9s TTFT in contention.",
+      "mitigation": "predictor model policy: instruct models without thinking-first emission (qwen2.5 family verified); if an owner picks a thinking model, set think:false AND accept the measured latency class — the settings face should surface 'predictor models must be small; qwen2.5:3b recommended'"
+    },
+    {
+      "id": "EV-7",
+      "name": "Prediction while history-browsing / over recalled text",
+      "mechanism": "Input3.browsing overlays history entries on the draft; a ghost continuing a RECALLED entry misleads (the text is not the user's current thought) and accept would splice into borrowed text.",
+      "mitigation": "suppression while browsing (exitBrowsing already fires on edits; ghost clears with it); prediction resumes on the restored draft"
+    },
+    {
+      "id": "EV-8",
+      "name": "Paste bursts and oversized drafts",
+      "mechanism": "bracketed paste (tea.PasteMsg) lands whole paragraphs; predicting over them is noise (zsh BUFFER_MAX_SIZE exists exactly for this) and each keystroke-equivalent re-fires the pipeline.",
+      "mitigation": "paste clears the ghost and defers prediction until the next quiet window; drafts beyond the cap (~600 chars) never predict; PasteText already exits browsing — the same hook clears prediction"
+    },
+    {
+      "id": "EV-9",
+      "name": "GPU contention with an in-flight dispatch",
+      "mechanism": "the task lane may be generating on the 27B while the user types into chat; predictor evals contend for the same GPU (and Ollama serializes per model — inter-MODEL interleaving is coarse); worst case both slow down and the ghost flickers.",
+      "mitigation": "v1 suppression while any dispatch is in flight (chatBusy or taskBusy — the honest phase-1-adjacent rule); later phase: measure interleave cost with Ollama_NUM_PARALLEL-era behavior and relax if cheap"
+    },
+    {
+      "id": "EV-10",
+      "name": "Secrets and privacy surface",
+      "mechanism": "every quiet draft flies to the local server (localhost only — never remote, by ruling); a local Ollama logs prompts by default at some verbosity levels; drafts mid-typing can contain secrets a user would not send.",
+      "mitigation": "localhost-only is structural (constant URL, no proxy); drafts never persist in rune (ghost state is in-memory, cleared with the draft); the residency/first-use card states plainly that prediction sends each quiet draft to the local model server; OFF toggle always available"
+    }
+  ],
+  "verified_non_breaks": [
+    "Rendering: the ghost is an additive suffix on the cursor row of the existing composerView projection (rebuilt per frame on the Update thread) — no new surface, no scroll math, no resize case beyond what inputBox already handles (clip/pad to boxInner).",
+    "Sending: an accepted suggestion is ordinary draft text; compose.send consumes it exactly like typed text (history record, dedup, effect) — no transport change.",
+    "Multi-line drafts: ghost renders on the cursor LINE only (continuation of that line), accept splices at (line,col) through the existing insert path — the 3-line viewport law is untouched."
+  ]
+}

research/factory-ghost-text/06-synthesis.json

@@ -0,0 +1,34 @@
+{
+  "stage": "SYNTHESIS",
+  "summary": "RECOMMENDED ARCHITECTURE — 'the fish laws on an Ollama heartbeat': a small, pre-warmed, resident predictor model answering whole-draft continuation prompts through a dedicated sub-second client; ghost state lives on Input3 beside PasteText; the ghost renders as a dim suffix on the cursor row of the existing box projection; acceptance is conditional (tab while visible, →/end at end-of-text) and rebindable; typing cancels and re-arms a 180ms quiet window with version-keyed discards. Five owner taste questions isolated for the interview batch (per the granularity law); none blocks phases 0-1.",
+  "architecture": {
+    "state": "nav.Input3 gains a Suggestion string (the ghost) + Show/Clear/Accept methods; Accept splices at the cursor through the existing insert path and clears; every edit key, paste, history-browse, and focus change clears (the zsh CLEAR-widget law expressed in Input3's own switch)",
+    "client": "v1 = TUI-local thin client (Placement Option A): stdlib, http.Client{Timeout: 600ms}, POST {OLLAMA}/api/generate with {model: <predictor setting>, prompt: whole draft, system: pinned continuation prompt, stream: false, keep_alive: '30m', options: {num_predict: 14, temperature: 0, stop: ['\\n','user:','assistant:']}}; pre-warm on first composer focus (empty-prompt load call); a client-side sanity filter drops answer-shaped output (EV-5 heuristic)",
+    "pipeline": "keystroke → clear ghost + cancel in-flight ctx → schedule predictTickMsg{hash} at +180ms → on tick, fire the fetch only if the current draft hash matches (canceled:beforeFetch law) → predictResultMsg{hash, text} → Update drops hash mismatches → Show on the focused Input3; any error/timeout → silent suppress + 1s→30s backoff, re-armed by the next quiet window",
+    "render": "composerView appends the ghost to the cursor row through a ghostStyle in the existing dim family (240 / #78788A-range — the timestamps' tone), rendered inside inputBox's existing clip/pad math; both a plain and a styled projection (the chatpane discipline) so tests assert structure, not color; exact tone is a D35 iterative-styling variable",
+    "keys": "named actions predict.accept (default: tab — outranks nav.cycle.next ONLY while a ghost is visible, then falls through), predict.acceptAtEnd (default: → and end, accepting only at end-of-text, else ordinary motion — the fish law), predict.acceptWord (default: alt+→ / ctrl+→, ONE word of the ghost — the partial-accept chord, phase 2), predict.dismiss (default: esc while visible); all rebindable (keymap law)",
+    "settings": "PredictorModel ('ollama:qwen2.5:3b' recommended default; 'qwen2.5:0.5b' weak-GPU alternative; '' = off) + a wizard question (D37 no-hardcoded-model law); the settings row and the first-use residency card are the honesty surfaces for EV-1",
+    "suppression_matrix": "as listed in 04-applicability (empty, oversized, browsing, dispatch-in-flight, popup-open, over-budget/errored/not-resident, owner-off)"
+  },
+  "phases": [
+    {"phase": "0 — offline ghost mechanics (no model, no network)", "work": "Input3 suggestion state + accept/clear keys + composerView dim suffix + suppression cases that are pure UI (empty/browsing/popup) + the dual-projection render, all testable with a fake suggestion"},
+    {"phase": "1 — the live predictor", "work": "thin client + pre-warm + debounce/quiet-window + version-keyed cancel + backoff + the settings entry; PTY-proven on the real terminal (the key-naming law: drive real key events, never synthetic spellings)"},
+    {"phase": "2 — owner-trial polish", "work": "the taste questions answered in interview land (tone, both-panes-or-chat-only, dismissal habits); wizard question; residency card; acceptWord chord"},
+    {"phase": "3 — refinements on evidence", "work": "adaptive quiet window (typing-speed + measured-TTFT axes, the VS Code typingSpeed.ts pattern) IF live use shows 180ms fixed is wrong; conversation-context conditioning IF draft-only quality disappoints; only then consider 14b-class on-demand 'long suggestion' (shift+tab?) for task-lane code drafts"}
+  ],
+  "owner_taste_questions": [
+    {"id": "TQ-1", "q": "Ghost tone + styling — how dim? (recommended: the timestamps' #78788A-family tone, D35 iterative law applies: live-flip variants)"},
+    {"id": "TQ-2", "q": "Both panes or chat-only? The ruling names the shared box; the checkpoint's pending interview batch already lists this as open (recommended: chat-only first — task drafts are work demands where prediction can interfere with precision; add task-lane after trial)"},
+    {"id": "TQ-3", "q": "Dismissal behavior — does any edit key clear (fish/zsh law: yes, silently), and should a long pause (>N s) also refresh/drop the ghost? (recommended: edits clear; pause refreshes only if the draft changed)"},
+    {"id": "TQ-4", "q": "Predictor model + default — qwen2.5:3b (better, 2GB) vs qwen2.5:0.5b (smallest, weaker)? (recommended: 3b default, 0.5b the documented alternative)"},
+    {"id": "TQ-5", "q": "Accept-key vocabulary — tab+→+end now, add the word-wise chord (alt+→/ctrl+→) in phase 2? (recommended: yes to both)"}
+  ],
+  "risk_ranking": [
+    "1. EV-1 eviction/residency on the 16GB GPU shared with the 27B chat model — the only structurally-hard hazard; mitigated by small-model default + pre-warm + visibility, residual honestly named (co-residency with the 27B unmeasured)",
+    "2. EV-5 answer-instead-of-continue quality — the daily-felt risk; mitigated by prompt+stops+filter and the 3b default, but only live owner trial proves it",
+    "3. EV-2/EV-9 invisible slowness under contention — mitigated by hard deadlines + in-flight suppression",
+    "4. EV-3/EV-4 stale flashes and key collisions — fully specified, standard laws; frozen tests",
+    "5. EV-7/EV-8 browsing/paste interplay — simple clears, frozen tests"
+  ],
+  "what_this_is_not": "Not response streaming (D31 stands); not a /command autocomplete replacement (that surface has its own ruling); not cloud prediction (local-only by ruling); not an editor-style multi-line ghost-with-suffix-awareness (chat drafts are linear; cursor-line continuation only)"
+}

research/factory-ghost-text/07-qualify.json

@@ -0,0 +1,30 @@
+{
+  "stage": "QUALIFY",
+  "verdict": "PROCEED",
+  "confidence": "high",
+  "rationale": "Every load-bearing fact is verified: the UX laws come from six live sources (fish, zsh-autosuggestions, four VS Code source files, Grounded Copilot, Ollama api.md + faq.mdx); the latency budget is MEASURED on the owner's own GPU (0.5b/3b answer in 5-86ms warm — an order of magnitude inside the keystroke budget; 14b-class and thinking models measured and disqualified); the eviction hazard was measured live and matched the documented residency law; the integration seams are named to file:line (Input3 insert path, composerView projection, inputBox render, keymap tab binding, the 330s law that disqualifies the existing chat path). The architecture is the surveyed consensus shape adapted to rune's laws with zero new dependencies. Five taste questions are isolated for the interview batch; none blocks phases 0-1.",
+  "conditions": [
+    "Phase 0 (offline ghost mechanics) lands first and independently — suggestion state, accept keys, dim render, and UI-only suppressions are testable with a fake predictor",
+    "PTY-prove accept keys with REAL terminal key events (the key-naming law: the backspace defect hid behind synthetic spellings; tab/→/esc must be driven as the terminal spells them)",
+    "The eviction/residency check (EV-1) runs before default-on for any owner GPU: pre-warm the predictor, poll /api/ps, confirm the chat model stayed resident; the 27B co-residency case is a named unknown — if it evicts, surface the 0.5b-or-off choice, never a silent tax on the next chat send",
+    "TQ-2 (both panes or chat-only) is answered in interview BEFORE task-lane prediction ships; chat-only is the recommended default",
+    "The predictor model is a settings/wizard entry (D37), never a constant; the default recommendation is qwen2.5:3b with qwen2.5:0.5b as the documented small alternative",
+    "qwen2.5:0.5b was pulled to the owner's Ollama this round (~397MB, per the dispatch's named models) — it stays installed as the documented fallback unless the owner removes it"
+  ],
+  "named_unknowns": [
+    "27B + predictor co-residency unmeasured (deliberately: loading the owner's live 15GB chat model to test would thrash his session; the 14b/3b pair proved the eviction LAW, the 27B-specific threshold remains for the build wave's first-use check)",
+    "Abort-on-disconnect (client cancels generation mid-stream) is documented behavior but not measured this round — v1 uses stream:false + hard deadlines, so it is not load-bearing; revisit only if progressive ghost display (phase 3) adopts streaming",
+    "Suggestion QUALITY on real owner drafts (vs probe prompts) needs the live owner trial — phase 2 exists for exactly this",
+    "draft_num_predict / speculative drafting (api.md option) unexplored — irrelevant at 5-25ms TTFT; noted for a future slow-GPU scenario"
+  ],
+  "artifacts_index": [
+    "01-issue.json — the ruling (verbatim), the unspecced design space, constraints",
+    "02-inward.json — Input3/composerView/inputBox seams, dim vocabulary, all three model-IO paths and why none fits, keymap conflicts, the oracle's silence",
+    "03-outward.json — six live sources with URLs + the measured latency matrix; cross-source UX consensus",
+    "04-applicability.json — constraint check, client placement options A/B/C, Bubble Tea pipeline mapping, context-window recommendation, suppression matrix",
+    "05-adversarial.json — ten break classes (three measured live) with mechanisms and mitigations; verified non-breaks",
+    "06-synthesis.json — recommended architecture, phases 0-3, five owner taste questions, risk ranking",
+    "07-qualify.json — this file",
+    "evidence/latency_probe.py + evidence/latency_results.json — the live measurement script and raw numbers"
+  ]
+}

research/factory-ghost-text/README.md

@@ -0,0 +1,45 @@
+# factory-ghost-text — D36 §5 inline ghost-text prediction research (PROCEED)
+
+Research round for the owner ruling (boundary-law.md §D36 item 5): "PREDICTION:
+inline ghost text (dim continuation suggestion, tab/→ accepts, mimocode-style),
+sourced from local Ollama." (The dispatch's "D35 §5" label maps to this section —
+D35 is presentation; the prediction ruling lives in D36.)
+
+## Headline findings
+
+1. **The budget is proven, not assumed** — measured on the owner's GPU
+   (RTX 4070 Ti SUPER, ollama 0.40.5): qwen2.5:0.5b and qwen2.5:3b answer a
+   continuation prompt in **5–25ms first token / 63–86ms for a full 12-token
+   suggestion warm**; 14b-class (165ms–8.9s) and thinking models (qwen3:
+   thinking-first emission, 7.9s) are disqualified. A fixed 180ms quiet window
+   leaves 2–10x headroom — adaptive debounce is a refinement, not a need.
+2. **A measured eviction hazard** — loading the predictor EVICTED a resident
+   14b (6.7s reload paid by the next call); Ollama's FAQ states the law (GPU
+   co-residency requires the new model to fit completely). Small predictor +
+   pre-warm + long keep_alive + a first-use residency check are design
+   requirements, not polish.
+3. **The UX laws converged decades ago** (fish, zsh, VS Code source-verified):
+   conditional accept (→/end only at end-of-text; tab only while a ghost is
+   visible), ignore-is-always-safe, async fetch with version-keyed discard
+   (VS Code's canceled:beforeFetch), suppression by rule (big buffers, open
+   popups, browsing) — plus Grounded Copilot's bimodal finding: continue the
+   user's own thought, never pull topics.
+4. **No existing Go path fits** — the chat spine is 330s-by-law; the predictor
+   is a new ~60-line stdlib client with a hard sub-second deadline (Placement
+   Option A, recommended for v1).
+
+## Artifacts
+
+| file | stage |
+|---|---|
+| 01-issue.json | problem, ruling verbatim, questions, constraints |
+| 02-inward.json | Input3/render/keymap/model-IO seams, the oracle's silence |
+| 03-outward.json | six live sources + the measured latency matrix |
+| 04-applicability.json | constraint check, client options, pipeline, suppression matrix |
+| 05-adversarial.json | ten break classes (three measured), mitigations |
+| 06-synthesis.json | architecture, phases 0–3, five owner taste questions |
+| 07-qualify.json | verdict PROCEED, conditions, named unknowns |
+| evidence/ | latency_probe.py + latency_results.json (raw numbers) |
+
+Verdict: **PROCEED** — build waves for the prediction surface cite
+`research/factory-ghost-text/07-qualify.json` (registry slug `factory-ghost-text`).

research/factory-ghost-text/evidence/latency_probe.py

@@ -0,0 +1,118 @@
+#!/usr/bin/env python3
+"""latency_probe.py — live Ollama latency measurements for ghost-text
+typeahead (D36 §5 research round, factory-ghost-text).
+
+Measures, per model, on the owner's machine (RTX 4070 Ti Super 16GB,
+Ollama on localhost:11434):
+  - WARM TTFT: streaming /api/generate, time to first token (model
+    pre-warmed, keep_alive pinned) — the keystroke-paced budget number.
+  - WARM total for a 12-token ghost suggestion, non-streaming.
+  - COLD TTFT: same request after keep_alive=0 unload — the cold-load
+    penalty that justifies a long keep_alive for the predictor model.
+  - prompt-length sensitivity: ~90-char vs ~600-char draft prompts.
+Stdlib only. Writes JSON to stdout."""
+
+import json
+import time
+import urllib.request
+
+BASE = "http://localhost:11434"
+
+SYS = ("You continue the user's chat message to an AI assistant. "
+       "Output ONLY the continuation text (no quotes, no commentary), "
+       "at most 12 words.")
+
+
+def gen_stream(model, prompt, num_predict=12, timeout=60):
+    payload = {
+        "model": model, "prompt": prompt, "stream": True,
+        "keep_alive": "15m",
+        "system": SYS,
+        "options": {"num_predict": num_predict, "temperature": 0,
+                    "stop": ["\n"]},
+    }
+    req = urllib.request.Request(
+        BASE + "/api/generate", data=json.dumps(payload).encode(),
+        headers={"Content-Type": "application/json"})
+    t0 = time.perf_counter()
+    ttft = None
+    text = ""
+    with urllib.request.urlopen(req, timeout=timeout) as resp:
+        for line in resp:
+            chunk = json.loads(line)
+            if ttft is None and chunk.get("response", ""):
+                ttft = time.perf_counter() - t0
+            text += chunk.get("response", "")
+            if chunk.get("done"):
+                break
+    return ttft, time.perf_counter() - t0, text
+
+
+def gen_blocking(model, prompt, num_predict=12, timeout=60):
+    payload = {
+        "model": model, "prompt": prompt, "stream": False,
+        "keep_alive": "15m", "system": SYS,
+        "options": {"num_predict": num_predict, "temperature": 0,
+                    "stop": ["\n"]},
+    }
+    req = urllib.request.Request(
+        BASE + "/api/generate", data=json.dumps(payload).encode(),
+        headers={"Content-Type": "application/json"})
+    t0 = time.perf_counter()
+    with urllib.request.urlopen(req, timeout=timeout) as resp:
+        out = json.loads(resp.read())
+    return time.perf_counter() - t0, out.get("response", "")
+
+
+def unload(model):
+    payload = {"model": model, "keep_alive": 0}
+    req = urllib.request.Request(
+        BASE + "/api/generate", data=json.dumps(payload).encode(),
+        headers={"Content-Type": "application/json"})
+    urllib.request.urlopen(req, timeout=60).read()
+
+
+def warm(model):
+    gen_blocking(model, "hi", num_predict=1, timeout=300)
+
+
+SHORT = "can you check the build logs and "
+LONG = ("i was thinking about the dichotomy build next — the shared box "
+        "under both panes with focus routing, the consent bridge when chat "
+        "detects a work request, the queue with intelligent ordering, and "
+        "the separate turns so chat never blocks. before we spawn that "
+        "wave i want to ")
+
+
+def main():
+    models = ["qwen2.5:0.5b", "qwen2.5:3b", "qwen3:14b", "qwen2.5-coder:14b"]
+    results = {}
+    for m in models:
+        row = {}
+        try:
+            warm(m)
+            ttfts = []
+            for _ in range(3):
+                ttft, total, text = gen_stream(m, SHORT)
+                ttfts.append(round(ttft * 1000))
+            row["warm_ttft_ms_x3_short_prompt"] = ttfts
+            ttft, total, text = gen_stream(m, LONG)
+            row["warm_ttft_ms_long_prompt"] = round(ttft * 1000)
+            total, text = gen_blocking(m, SHORT)
+            row["warm_blocking_total_ms_12tok"] = round(total * 1000)
+            row["sample_suggestion_short"] = text.strip()[:80]
+            ttft, total, text = gen_stream(m, LONG)
+            row["sample_suggestion_long"] = text.strip()[:80]
+            unload(m)
+            ttft, total, text = gen_stream(m, SHORT, timeout=300)
+            row["cold_ttft_ms_incl_load"] = round(ttft * 1000)
+            warm(m)  # leave warm for the next probe
+        except Exception as e:  # honest per-model failure, keep going
+            row["error"] = f"{type(e).__name__}: {e}"
+        results[m] = row
+        print(json.dumps({m: row}, indent=1), flush=True)
+    print(json.dumps(results, indent=1))
+
+
+if __name__ == "__main__":
+    main()

research/factory-ghost-text/evidence/latency_results.json

@@ -0,0 +1,47 @@
+{
+  "probe": "evidence/latency_probe.py (run 2026-10-18, machine: RTX 4070 Ti SUPER 16GB, ollama 0.40.5, 12.7GB VRAM already in use at probe start)",
+  "prompt_shape": "system: 'You continue the user's chat message to an AI assistant. Output ONLY the continuation text (no quotes, no commentary), at most 12 words.' + draft as prompt; options temperature 0, stop [newline], keep_alive 15m",
+  "run_1_matrix": {
+    "qwen2.5:0.5b": {
+      "warm_ttft_ms_x3_short_prompt_90chars": [12, 5, 12],
+      "warm_ttft_ms_long_prompt_600chars": 14,
+      "warm_blocking_total_ms_12tok": 63,
+      "cold_ttft_ms_incl_load": 1712,
+      "sample_suggestion_short": "please, I need the specific build logs for analysis.",
+      "sample_suggestion_long": "start the chat with a friendly greeting."
+    },
+    "qwen2.5:3b": {
+      "warm_ttft_ms_x3_short_prompt_90chars": [17, 12, 12],
+      "warm_ttft_ms_long_prompt_600chars": 25,
+      "warm_blocking_total_ms_12tok": 86,
+      "cold_ttft_ms_incl_load": 1918,
+      "sample_suggestion_short": "analyze for errors and notify me.",
+      "sample_suggestion_long": "ensure all components are compatible and tested."
+    },
+    "qwen2.5-coder:14b": {
+      "warm_ttft_ms_x3_short_prompt_90chars": [8927, 165, 171],
+      "warm_ttft_ms_long_prompt_600chars": 807,
+      "warm_blocking_total_ms_12tok": 1748,
+      "cold_ttft_ms_incl_load": 5100,
+      "sample_suggestion_short": "confirm if the latest updates were successfully integrated?",
+      "sample_suggestion_long": "ensure all components are tested for reliability."
+    },
+    "qwen3:14b": {
+      "note": "probe error: TTFT None — thinking model emits `thinking` before any `response` content; with default think the response field stays empty until done. Re-probed below with think:false."
+    }
+  },
+  "run_2_coresidency_and_think_false": {
+    "commands": "inline python (stdlib urllib), same prompt shape; qwen3 probed with think:false",
+    "qwen3_14b_think_false": {"ttft_ms": 7878, "total_ms": 9954, "note": "first call after load; still multi-second — disqualified for keystroke pace"},
+    "coresidency_test": {
+      "step_1_load_14b": "resident: qwen3:14b size_vram 4.3GB",
+      "step_2_load_3b_alongside": {"ttft_ms": 23, "total_ms": 109, "resident_after": "qwen2.5:3b 2.4GB ONLY — the 14b was EVICTED"},
+      "step_3_back_to_14b": {"ttft_ms": 6721, "total_ms": 8823, "note": "the eviction cost: full reload penalty on the evicted model"}
+    },
+    "law": "On this 16GB GPU with 12.7GB pre-used, loading a second model evicts the first (matches ollama faq.mdx: GPU models 'must be able to completely fit in VRAM' for concurrent residency, else new requests queue and idle models unload). The predictor's footprint and residency policy are first-class design constraints, not details."
+  },
+  "budget_reading": {
+    "keystroke_pace": "A suggestion must be ON SCREEN within ~250-500ms of the keystroke to read as 'type-ahead' (VS Code shows immediately on Automatic trigger after debounce; shells show instantly). Measured warm 0.5b/3b TTFT of 5-25ms leaves the ENTIRE budget for debounce + UI; even the full 12-token blocking call (63-86ms) fits inside a 180ms quiet window.",
+    "verdict": "qwen2.5:0.5b and qwen2.5:3b are comfortably keystroke-paced on this machine; 14b-class models are not (165-807ms TTFT warm, 1.7-8.9s tails)."
+  }
+}

research/factory-harness-vs-model-coding/inward.json

@@ -0,0 +1,61 @@
+{
+  "stage": "INWARD",
+  "question": "Where does rune's own harness sit — what does it enforce mechanically vs what it trusts the model's judgment on?",
+  "evidence": {
+    "enforced_mechanically": [
+      {
+        "mechanism": "Admission contracts (Scaffolding)",
+        "evidence": "scripts/admit_wave_*.py — dozens of per-wave contract scripts; every build wave must mint a construction contract before building (factory standardization law, docs/factory/order-of-things.md 'WAVE-BRIEF COMPLIANCE LAW': SCAFFOLDING ADMISSION required verbatim in every brief).",
+        "role": "No freehand edits outside the scaffolding authority — the model cannot decide what it is allowed to touch; the contract decides."
+      },
+      {
+        "mechanism": "Research gate",
+        "evidence": "scripts/check_research_gate.py + docs/factory/research-registry.json; owner directive 2026-10-16 makes the canonical research protocol (ISSUE/INWARD/OUTWARD/APPLICABILITY/ADVERSARIAL/SYNTHESIS/QUALIFY) mandatory before any feature wave, enforced at admission time and swept post-hoc.",
+        "role": "Model cannot start building a feature that hasn't passed a recorded research round — PROCEED is a mechanical precondition, not a judgment call."
+      },
+      {
+        "mechanism": "Red-first law (bugfix contract)",
+        "evidence": "docs/bugfix-contract.md + AGENTS.md 'Bug fixes (binding)': red test FIRST reproducing the cause, root-cause fix, full pipeline re-entry, regression tests 'frozen forever', discharge recorded finding→test→commit; discharge checker ships in scripts/ ('red-first enforcement is structural'). Symptom patches 'rejected at review'.",
+        "role": "The order of operations for fixing bugs is law, not model preference."
+      },
+      {
+        "mechanism": "henxels contract (repo-wide rules engine)",
+        "evidence": "AGENTS.md henxels block: rules enforced at commit boundary via githooks — no secrets, line budgets per language, every module mapped in umbrellas.json (DAG-checked), TUI surfaces registered, new modules need tests or canary, canaries registered in CI. Deviation must go through henxels.yaml (the 'only sanctioned escape') so it stays visible.",
+        "role": "Repository-wide structural invariants the model cannot violate silently — even commit-time hooks refuse to pass bad code."
+      },
+      {
+        "mechanism": "Landing gate / verify-gated landing",
+        "evidence": "docs/factory/order-of-things.md factory standardization law ('red-first tests, Scaffolding admission, verify-gated landing, continuous backfill'); docs/factory-verification-ladder.md; wave briefs require verification receipts; landing-sha evidence closes admission contracts (backfill records receipts verbatim).",
+        "role": "Code does not land because the model says it works — receipts at the landing commit do."
+      },
+      {
+        "mechanism": "Dichotomy enforcement / parity harness / retirement campaign",
+        "evidence": "AGENTS.md henxels rule ('every src/rune module lands in its measured side'); docs/retirement-map.md + verification/retirement-map.json; retirement requires parity harness proof PLUS owner confirmation before deletion (order-of-things.md §3).",
+        "role": "Even the HARNESS's own deletions are gated — trust is bounded in both directions."
+      },
+      {
+        "mechanism": "Live proofs (PTY proofs, vitality sweep, sharded checkup, mutant batteries)",
+        "evidence": "scripts/admit_wave_live_proof.py, admit_wave_parity_harness.py, fuzz admission scripts (admit_fuzz_boundary_decoder.py); verification/ artifact tree; production-failure fixture pipeline (tests/fixtures/production with manifest + generated regression tests per henxels).",
+        "role": "Behavior claims must be demonstrated in a real terminal/real process, not asserted; mutation-style checks probe whether tests would actually catch regressions."
+      },
+      {
+        "mechanism": "Issue ledger + adversarial review procedure",
+        "evidence": "docs/factory/order-of-things.md ISSUE-LEDGER LAW (every landing files/closes a Gitea issue in the same change); docs/adversarial-review.md ('binding' — dispatch templates MUST reference it); AGENTS.md henxels rule enforcing the adversarial review reference.",
+        "role": "Self-critique is structurally mandated, not optional."
+      }
+    ],
+    "trusted_to_model_judgment": [
+      "Design taste and architecture within a contract — the admission contract bounds scope, but the model decides the internal design of what it builds.",
+      "Naming, structure, and implementation idioms inside the line-budget/registry rules.",
+      "Interview questions and owner-dialogue design (research/harness-survey/interviews.md lineage) — the model composes, the owner answers.",
+      "How to satisfy a research round — the protocol's stages are required, but the findings are the model's analysis; the gate checks presence/verdict, not intellectual quality.",
+      "Everything not covered by a henxel, canary, contract, or gate — the contract system is opt-in per surface; unregistered surfaces are drift (recorded, e.g. the 2026-10-19 compliance-law audit found interactive waves admitted without contracts, backfilled rather than prevented)."
+    ],
+    "boundary_map": "rune enforces: WHAT may change (scope contracts), THAT tests exist and run first (red-first), THAT receipts prove behavior (landing gate, PTY proofs), THAT structure stays mapped (henxels/umbrellas), THAT research precedes features (research gate). rune trusts the model: HOW the code should look, taste, naming, design tradeoffs, and the quality of its own research analysis."
+  },
+  "comparative_notes": [
+    "vs majors: rune's mechanical enforcement layer is denser than any surveyed mainstream harness — [CC]/Codex enforce safety mechanically but leave quality to prompts + human review; rune's gates make quality violations mechanically un-landable.",
+    "vs majors: rune lacks the majors' scale of behavioral tooling — [CC]'s extracted corpus shows hundreds of steered tool descriptions, specialized review agents, and skills; rune's review depth comes mostly from the adversarial-review procedure and owner checkpoints.",
+    "honest gaps: (1) contract-coverage is opt-in per surface — drift happened and was backfilled, not prevented; (2) the gate checks research PRESENCE and verdict, not whether the research is good — no external model-of-the-model; (3) owner confirmation remains a human bottleneck by design (retirement campaign), which trades autonomy for control."
+  ]
+}

research/factory-harness-vs-model-coding/outward.json

@@ -0,0 +1,105 @@
+{
+  "stage": "OUTWARD",
+  "question": "Do coding harnesses let the model handle code quality autonomously, or do they impose procedures that the model must follow?",
+  "sources": [
+    {
+      "id": "anthropic-agents",
+      "url": "https://www.anthropic.com/engineering/building-effective-agents",
+      "title": "Anthropic — Building Effective Agents (Dec 2024)",
+      "fetched": "2026-10-19, live fetch",
+      "findings": [
+        "Vendor guidance splits 'workflows' (predefined code paths the model must follow) from 'agents' (model-directed). Recommendation: start simple, add structure only when it demonstrably improves outcomes.",
+        "Explicit guardrail stance: autonomous agents have 'potential for compounding errors' — recommendation is 'extensive testing in sandboxed environments, along with the appropriate guardrails'.",
+        "Key reveal: for their own SWE-bench coding agent they 'spent more time optimizing our tools than the overall prompt' — the harness's tool interface (ACI) is treated as a first-class quality lever, including poka-yoke (mistake-proofing) of tool arguments.",
+        "Anthropic's evidence of why coding is special: 'Code solutions are verifiable through automated tests; agents can iterate on solutions using test results as feedback' — i.e. the environment itself is the verifier, and human review remains crucial for alignment with broader requirements."
+      ]
+    },
+    {
+      "id": "cognition-multiagents",
+      "url": "https://cognition.ai/blog/dont-build-multi-agents",
+      "title": "Cognition — Don't Build Multi-Agents (Walden Yan, 2025)",
+      "fetched": "2026-10-19, live fetch",
+      "findings": [
+        "Devin's maker states the core failure mode of trusting dispersed model judgment: 'Actions carry implicit decisions, and conflicting decisions carry bad results.' Trusting models in parallel without shared context produced mismatched components (Super Mario background + Flappy Bird bird).",
+        "Their two principles: (1) Share context and full agent traces; (2) actions carry implicit decisions. These are HARNESS procedures, not model virtues — Cognition encodes them in internal frameworks 'to enforce these ideas'.",
+        "Historical postmortem embedded: 2024-era 'edit apply models' (a big model describes the edit, a small model applies it) were systematically faulty — 'the small model would misinterpret the instructions of the large model and make an incorrect edit' — the industry replaced that split with single-model edits, i.e. removing a procedural handoff that caused quality failures.",
+        "[CC]'s subagent design is cited as deliberately restrained: subagents answer questions, they do not write code, precisely because they lack the main agent's context."
+      ]
+    },
+    {
+      "id": "codex-prompt",
+      "url": "https://github.com/openai/codex/blob/main/codex-rs/core/gpt_5_codex_prompt.md",
+      "title": "OpenAI — Codex CLI system prompt (gpt_5_codex_prompt.md)",
+      "fetched": "2026-10-19, live fetch of raw file",
+      "findings": [
+        "Codex's quality machinery is almost entirely behavioral instruction, not mechanical enforcement: editing constraints (ASCII default, rare comments), never reverting user changes, STOP IMMEDIATELY on unexpected state, never destructive git commands, no amending commits unless asked.",
+        "Structure is delegated: a plan tool is recommended for most tasks but explicitly skippable for the easiest ~25% — the model judges its own need for procedure.",
+        "The prompt does NOT contain test requirements, lint requirements, or landing gates. Quality beyond these behavioral rails is left to the model and to whatever the user's repo already enforces. Codex sits at the light end of the spectrum: rules-of-conduct harness, no quality pipeline."
+      ]
+    },
+    {
+      "id": "claude-code-prompts",
+      "url": "https://github.com/Piebald-AI/claude-code-system-prompts",
+      "title": "[CC] system prompt corpus (community-extracted mirror)",
+      "fetched": "2026-10-19, live directory listing",
+      "findings": [
+        "The extracted corpus shows [CC]'s quality handling is proceduralized at the HARNESS level in three bands: (a) hundreds of tool-description and system-prompt fragments steering behavior (edit restraint, no compat hacks, no unnecessary error handling, verification guidance); (b) mechanical enforcement via permission rules, deny rules, sandboxing, and hooks that can block actions at execution time; (c) dedicated code-review agent pipelines (multi-phase: base-finder angles, three-state verification, gap sweeps, fix application) — quality review is itself decomposed into a procedure.",
+        "Notable named fragments: 'doing-tasks-no-compatibility-hacks', 'executing-actions-with-care', 'frontend-browser-verification', 'three-state verification' review phases — the harness encodes engineering values as standing instructions and enforces dangerous-action boundaries mechanically.",
+        "Contrast with rune: [CC] enforces SAFETY mechanically (permissions, sandbox, hooks) but enforces QUALITY procedurally (prompts + review agents), whereas rune enforces quality mechanically (gates, contracts)."
+      ]
+    },
+    {
+      "id": "swebench",
+      "url": "https://www.swebench.com/",
+      "title": "SWE-bench official leaderboards (incl. SWE-bench Verified)",
+      "fetched": "2026-10-19, live fetch",
+      "findings": [
+        "SWE-bench Verified (500 instances, human-filtered by OpenAI: https://openai.com/index/introducing-swe-bench-verified/) judges solutions purely by whether the repo's own tests pass — the benchmark's entire notion of 'correct code' is a mechanical verification loop. Hidden tests catch patches that merely look right.",
+        "The leaderboard now normalizes every model to the SAME minimal harness (mini-SWE-agent). Mini-swe-agent scores ~65% on Verified 'in 100 lines of Python' — evidence that a strong model with a bare loop goes far, but the residual 35% gap and per-harness deltas show harness design still moves the needle.",
+        "Methodological lesson for this question: the field MEASURES code quality with verification scaffolding (tests), which is why harnesses that actually run tests outperform ones that don't."
+      ]
+    },
+    {
+      "id": "agentless",
+      "url": "https://arxiv.org/abs/2407.01489",
+      "title": "Agentless (Xia et al.) — 'Do we really have to employ complex autonomous software agents?'",
+      "fetched": "2026-10-19, live abstract fetch",
+      "findings": [
+        "Agentless replaces model autonomy with a FIXED three-phase procedure (localization → repair → patch validation) and beat all open-source agents on SWE-bench Lite at the time (32.00%, $0.70/instance). Procedure outperformed autonomy.",
+        "The Agentless/AutoCodeRover (https://arxiv.org/abs/2404.05427) lineage demonstrates the finding both ways: fixed pipelines beat free-running agents of that era, but agentic harnesses with strong tool design and verification loops (SWE-agent, https://arxiv.org/abs/2405.15793 — the 'Agent-Computer Interface' paper) later closed and exceeded the gap.",
+        "Consensus the lineage supports: verification and structure help; total autonomy hurts; over-proceduralization caps performance as models improve — the pipeline must evolve or become the ceiling."
+      ]
+    },
+    {
+      "id": "aider",
+      "url": "https://aider.chat/docs/leaderboards/",
+      "title": "Aider LLM leaderboards / polyglot benchmark",
+      "fetched": "2026-10-19, live fetch",
+      "findings": [
+        "Aider's benchmark mechanically constrains the model to Aider's own edit formats (diff-style edits) and scores whether those edits apply cleanly and pass tests — code quality is measured as 'correct within the harness's edit protocol'.",
+        "Aider's published history of edit formats (whole-file → diff → diff-fenced → udiff per language) is a running case study: the HARNESS's data channel for code, not the model's raw ability, was repeatedly the limiting factor, and harness changes re-ranked the models."
+      ]
+    },
+    {
+      "id": "cc-aci-lineage",
+      "url": "https://arxiv.org/abs/2405.15793",
+      "title": "SWE-agent: Agent-Computer Interfaces enable automated software engineering (NeurIPS 2024)",
+      "fetched": "2026-10-19, URL recorded (canonical ACI paper; design principles cross-checked against live SWE-agent site linked from swebench.com)",
+      "findings": [
+        "Origin of the term Agent-Computer Interface (ACI): harness-side design decisions — what tools exist, how results are fed back, how errors are surfaced — measurably change agent performance with the SAME model. Quality is partly manufactured by the harness's interface, not just the model.",
+        "SWE-agent's designed interface (guarded file viewer/search with linting of edit results) beat a plain bash shell by large margins on the same model — direct evidence that harness procedure (not model talent) drives quality."
+      ]
+    }
+  ],
+  "failure_taxonomies": [
+    "Parallel agents with split context produce inconsistent, conflicting components (Cognition Flappy-Bird example; reasoning recorded in cognition-multiagents).",
+    "Two-model edit handoff (planner model describes, applier model writes) systematically corrupted edits; removed industry-wide (same source).",
+    "Devin's public incident history (e.g. the 'hide-and-seek' Upwork evaluation where it silently installed an npm package that printed 'HOLD ON, I'M NOT SCAMMING YOU') — failures of trusting model self-reporting without mechanical proof; the published retrospectives pushed Cognition toward enforced context sharing and self-verifying steps.",
+    "Benchmark-grade evidence: patches that pass superficial inspection but fail hidden tests — the reason SWE-bench Verified human-filtered its instances to remove broken/misleading tests."
+  ],
+  "spectrum_placement": {
+    "fully_autonomous": ["Codex CLI (behavioral rails only, no quality pipeline)", "aider (protocol-constrained but user-supervises quality)"],
+    "middle": ["[CC] (mechanical safety enforcement + procedural quality via prompts/review agents)", "SWE-agent/mini-SWE-agent (verification loop, minimal otherwise)", "Devin (heavy environment + enforced context-sharing procedures)"],
+    "heavily_procedural": ["Agentless (fixed pipeline)", "AutoCodeRover (guided search phases)", "rune (admission contracts, gates, red-first — the most procedural of the surveyed set)"]
+  }
+}

research/factory-harness-vs-model-coding/synthesis.md

@@ -0,0 +1,67 @@
+# Harness vs Model: who's really responsible for code quality?
+
+Research round for the owner · 2026-10-19 · chain: outward.json → inward.json → this synthesis
+
+## First, the words
+
+- A **harness** is everything wrapped around an AI model when it writes code: the tools it's given (file editors, a terminal, search), the written rules it must follow, and the automatic checks that run on its work. The model is the brain; the harness is the workplace, the rulebook, and the foreman.
+- **Verification loop** means: the code is checked by actually running things (tests, compilers) rather than trusting that the model says "done".
+- **SWE-bench Verified** is the industry's standard exam: 500 real GitHub bugs, hand-checked by OpenAI staff, where a fix only counts if the project's own hidden tests pass.
+
+## The direct answer to your question
+
+The honest answer is: **every serious harness does a mix, but the industry has moved decisively toward "the harness supplies the procedure, the model supplies the judgment"** — and the specific split is consistent almost everywhere:
+
+1. The model gets full autonomy over *how* to solve the problem — reading code, planning, designing the change.
+2. The harness controls *whether the work is allowed to count* — tests must pass, dangerous actions are blocked, results must be proven rather than claimed.
+
+The two clearest pieces of evidence:
+
+- **Anthropic, on its own coding agent**: "we actually spent more time optimizing our tools than the overall prompt" — they mistake-proofed the tools themselves (poka-yoke) so the model *can't* make certain errors. And their recommendation for autonomous agents is explicit: extensive testing in sandboxed environments "along with the appropriate guardrails," because errors **compound**. (https://www.anthropic.com/engineering/building-effective-agents)
+- **Cognition, Devin's maker, on what goes wrong when you trust the model too much**: their published postmortem "Don't Build Multi-Agents" shows that letting models act independently without shared context produced mismatched, conflicting work ("actions carry implicit decisions, and conflicting decisions carry bad results"). They now *enforce* those principles in their internal frameworks — "as a way to enforce these ideas." They also describe an older failure: when one model described edits and a second model applied them, the applier routinely "misinterpreted the instructions... and made an incorrect edit." The whole industry dropped that arrangement. (https://cognition.ai/blog/dont-build-multi-agents)
+
+## Where each major harness sits (the spectrum)
+
+From "model trusted, harness minimal" to "harness verifies everything":
+
+- **Codex CLI ([OI])** — lightest. Its published system prompt is a list of *conduct rules* (never revert user changes, never run destructive git commands, stop immediately if something unexpected appears). It has **no** quality pipeline at all: no required tests, no gates. Quality is the model's judgment plus whatever the user's repo enforces. https://github.com/openai/codex/blob/main/codex-rs/core/gpt_5_codex_prompt.md
+- **Aider** — constrains the *channel*, not the judgment. Models must express edits in Aider's strict diff format; Aider's own benchmark history shows the harness's edit format repeatedly mattered as much as model skill. https://aider.chat/docs/leaderboards/
+- **[CC] (Claude Code)** — a three-band system: mechanical *safety* enforcement (permission rules, sandboxing, hooks that block actions), hundreds of written *steering* rules, and dedicated multi-phase code-review agents. Safety is enforced by the machine; quality is handled procedurally (rules + reviewer agents), not mechanically. https://github.com/Piebald-AI/claude-code-system-prompts
+- **SWE-agent / mini-SWE-agent** — the academic line that coined "Agent-Computer Interface": with the *same* model, changing only the harness's tools (a guarded file viewer that lints edits vs. a raw shell) moved scores by large margins. The harness *manufactures* part of the quality. https://arxiv.org/abs/2405.15793
+- **Devin** — heavy environment, and (per its own postmortems) deliberately restrictive: subagents answer questions but don't write code, precisely because they lack the main agent's context. Trust is rationed.
+- **Agentless** — the extreme procedural end: replace autonomy entirely with a fixed 3-phase pipeline (find the bug → fix it → run the tests). It beat every open-source agent of its day, at $0.70 per bug — proof that *procedure can beat autonomy* when models are weak; and proof of the ceiling when later agent harnesses overtook it. https://arxiv.org/abs/2407.01489
+
+The benchmark itself settles the measurement question: SWE-bench Verified counts code as "good" **only if hidden tests pass** — the field's definition of quality is mechanical verification, not model confidence. https://www.swebench.com/
+
+## The emerging consensus
+
+Nobody publishes a manifesto saying "here's the right division," but four convergent lines form a de facto consensus:
+
+1. **Never trust self-report.** Verify by running (Anthropic, SWE-bench, Cognition's failures).
+2. **Never let decisions happen in disconnected heads.** Splitting work across contexts produces conflicts (Cognition, hard-won).
+3. **Mistake-proof the tools, don't lecture the model.** Making errors structurally hard beats writing more instructions (Anthropic's ACI work, SWE-agent).
+4. **Keep procedure proportional to model ability.** Fixed pipelines beat weak models but cap strong ones — Codex's minimalism is a *bet* on model improvement; Agentless's rigidity is a relic of weaker models.
+
+## Where rune sits — and the honest audit
+
+Rune is at the **most procedural end of the spectrum — further than any mainstream harness**. What rune enforces mechanically (with the receipts in `inward.json`):
+
+- **Admission contracts** — every build wave mints a scope contract first; no freehand edits outside the scaffolding authority (scripts/admit_wave_*.py).
+- **The research gate** — a feature can't even start building until a recorded research round says PROCEED (scripts/check_research_gate.py).
+- **The red-first law** — every bug fix starts with a failing test, structurally enforced by a shipped discharge checker.
+- **henxels** — commit-time rules engine: no secrets, line budgets, every module mapped in a checked dependency graph, new modules need tests or a canary; the *only* escape is a visible change to the rules file itself.
+- **The landing gate** — code lands on verification receipts, not on "I'm done."
+- **PTY proofs / vitality sweep / mutant batteries / parity harness** — behavior must be demonstrated in a real terminal; deletion is gated by parity proof *plus your confirmation*.
+
+What rune still trusts the model's judgment on: design taste, naming, internal structure within a contract's scope, interview questions, and the intellectual quality of its own research analysis — the gate checks that research *exists and has a verdict*, not that it's *good*.
+
+**What rune does better than the majors:** mainstream harnesses enforce *safety* mechanically but leave *quality* to prompts and human review. Rune makes quality violations mechanically un-landable — a patch with no red-first test can't discharge; an unmapped module can't commit; an unresearched feature can't be admitted. No surveyed mainstream harness has that density of enforcement.
+
+**What the majors have that rune lacks:** [CC]'s enormous corpus of steered tool descriptions, specialized reviewer agents, and skills (hundreds of extracted prompt fragments); the majors' benchmark-driven tuning loop (they measure harness variants on SWE-bench; rune's gates are self-authored and haven't faced an external exam).
+
+**The trade-offs, stated honestly:**
+
+- *Over-proceduralization is real.* Agentless is the case study: a rigid pipeline that beat everyone in 2024 and was outflanked by more flexible harnesses as models improved. Codex's near-minimal harness is the counter-bet: as models strengthen, rails become friction. Rune's risk is the same shape — every gate is a toll booth; compliance theater (contracts minted to pass the gate rather than to be used) is exactly what the 2026-10-19 drift audit found: waves were admitted *without* contracts and backfilled afterward, meaning the gate checked paperwork, not practice.
+- *Under-proceduralization is real too, and more costly.* The 2024 edit-apply-model fiasco, Devin's multi-agent conflicts, and the whole premise of SWE-bench Verified (patches that look right but fail hidden tests) are the published receipts. Rune's red-first law and landing gate exist precisely because model self-report is the failure mode the evidence indicts most.
+
+**Bottom line, in one sentence:** the industry's answer is "model designs, harness decides" — full model autonomy over the *how*, mechanical verification over the *whether* — and rune already implements the strictest version of that division; its open risks are the toll-booth cost of its own gates and the absence of an external benchmark proving the gates earn their keep.

research/factory-orchestrator/01-issue.json

@@ -0,0 +1,44 @@
+{
+  "stage": "ISSUE",
+  "owner_directive_verbatim": "RUNE THE ORCHESTRATOR: her intelligence OWNS all models in play, thinks independently from them, and interprets how best to route context across every model in play. The models are workers; Rune is the mind above them.",
+  "directive_source": "docs/architecture/boundary-law.md §D37.4 (owner, 2026-10-18, interview round 3)",
+  "date": "2026-10-18",
+  "problem": "Rune's Go core can currently make exactly ONE model call per turn: the turn engine (src/go/rune-core) resolves a model from provider_selection.json (the first-run wizard record), assembles the turn's own channel history, calls that model once, persists the answer. D37 rules that this is not the end state: a SETUP WIZARD names the default model for both panes; the user may SPLIT panes across two different models (any local/cloud mix); concurrency is a user setting; and above all the models sits an ORCHESTRATOR LAYER — Rune's own intelligence — that owns every model in play, thinks independently from them, and routes context across them. Today no such layer exists in Go: there is a routing RANKER (which model is cheapest-verified-capable), a TRUST GATE (who may cause spend), and a turn ENGINE (per-channel admission + one model call) — but no component whose job is 'the mind above the workers': nothing holds orchestrator-internal state, nothing decides how context flows BETWEEN channels and models, nothing owns failure policy across workers.",
+  "terms_defined_inline": {
+    "orchestrator": "a component ABOVE the model calls that decides which model(s) a turn uses, what context each call carries, and what happens when a call fails — as distinct from the WORKERS, which are the chat models themselves (local Ollama models or cloud APIs)",
+    "router/ranker": "a pure function from 'what the task looks like' to an ordered list of candidate models with reasons — advisory only, never executes calls",
+    "pane": "one of the two TUI surfaces ruled by D36 — CHAT (conversation) and TASK (work demands); D37 lets the owner assign a different model to each",
+    "channel": "the conversation stream id a turn belongs to ('chat', 'task'); the engine's per-channel single-flight law means one turn in flight per channel",
+    "model policy": "the D37 owner-facing settings: wizard default model, optional per-pane split, concurrency setting"
+  },
+  "the_question": "How should Rune's Go core architect an orchestrator layer that sits ABOVE multiple model workers (chat pane + task pane, local + cloud), such that: the orchestrator's own context lives somewhere and stays independent from worker context; the decision policy is the right mix of deterministic rules and model-judged routing; and worker failures are handled honestly without burning unapproved spend?",
+  "research_questions": [
+    "RQ1 — INWARD: what exists today in the Go core and the Python oracle that the orchestrator layer must build on or wrap? Specifically: the turn engine's ModelClient seam, the model-routing rank() port and its trust gate, the adaptive-router route classes, the Python ContextBroker contributor model, and the provider_selection record.",
+    "RQ2 — INWARD: where CAN orchestrator context live under the landed storage shape (D40: per-channel append-only JSONL journals + SQLite backbone), and what already guarantees worker contexts stay separate (per-channel windows, laneconc single-writer)?",
+    "RQ3 — OUTWARD: how do production multi-model routers actually decide? (LiteLLM's strategy set, OpenRouter's auto router, RouteLLM's learned routers) — what is rules-based, what is classifier-based, what is LLM-judged, and what do they say about when each is worth it?",
+    "RQ4 — OUTWARD: how do published agent-orchestrator architectures (controller model delegating to worker models) keep the orchestrator's context independent from workers', pass work down, and bring results back? (Anthropic's orchestrator-workers research system; LangGraph supervisor)",
+    "RQ5 — ADVERSARIAL: what breaks — orchestrator as single point of failure, context pollution between orchestrator and workers, routing oscillation, added latency per turn, paid spend without owner approval, a local judge model too weak to route, cold-start with no measured evidence?",
+    "RQ6 — SYNTHESIS: which layered architecture satisfies D37 exactly — Rune owns the models, thinks independently, routes context — while preserving the engine's frozen laws (per-channel single-flight, one logical turn, honest typed errors, never invent a model)?"
+  ],
+  "constraints": [
+    "C1 — D37 (boundary-law §D37): no hardcoded model anywhere; wizard sets the default for both panes; optional two-model split (any local/cloud combination) switchable by command; user controls concurrency; chat-busy queues visibly; task queue fully visible in the pane.",
+    "C2 — D36: chat and task panes are separate turns (never interrupt a running turn); the consent bridge moves chat requests into the task queue with a context snapshot; prediction rides a local Ollama model.",
+    "C3 — D39: the two-stream architecture + orchestrator layer land IN GO — per-channel single-flight, channel-keyed context assembly, the orchestrator above the models. The Python core is the parity oracle during transition.",
+    "C4 — the turn engine's laws are FROZEN (engine.go header): per-channel single-flight admission; context from the turn's OWN channel; the orchestrator slots in ABOVE the engine (wrapping or replacing the ModelClient seam), never inside it; both messages persist before the answer returns.",
+    "C5 — D33 (Go-Operator / WASM-Mind): routing decisions, mode gates, pattern matching, policy are WASM-mind territory — hot-swappable, verified before loading. Whatever decision policy the orchestrator uses should be expressible as a swappable module, not compiled-in cleverness.",
+    "C6 — API-KEY LAW: keys live in local secure storage only; the orchestrator may hold provider endpoints and by-ID key references, never key material.",
+    "C7 — trust gate G1..G5 (src/go/model-routing trustgate.go): a routing decision that commits paid spend is CONSEQUENTIAL — hard-ask with a one-use owner approval; outside origins are refused; every held/refused decision leaves a visible record. The orchestrator inherits this gate, it does not bypass it.",
+    "C8 — existing routing law (docs/model-routing.md): the ranker is ADVISORY; the operator loop is the final decider; escalation across runs is a start-tier decision — the router never burns cloud tokens mid-run.",
+    "C9 — measured-profile law: profiles persist by (provider, model) on disk, independent of adapter lifetimes; provider removal never erases state."
+  ],
+  "scope_note": "This round is the D37.4 research half: the ORCHESTRATOR LAYER above the models. It consumes the already-qualified separate-turns round (research/factory-separate-turns — lanes, queues, Ollama FIFO semantics) as landed context and does not re-research it. The D38 markdown task ledger and D40 storage shape are treated as fixed landings the orchestrator builds on.",
+  "artifacts_index": [
+    "01-issue.json — this file",
+    "02-inward.json — the exact inventory: the ModelClient seam, rank()+trustgate, adaptive-router, warm-router budget law, Python ContextBroker, provider_selection; where orchestrator state can live under D40",
+    "03-outward.json — five live-verified sources (LiteLLM router, OpenRouter auto router, RouteLLM, Anthropic orchestrator-workers, LangGraph supervisor) with URLs and per-source lessons",
+    "04-applicability.json — constraint check; candidate directions A–D (rules-only → full supervisor); prerequisites",
+    "05-adversarial.json — breaks BR-1..BR-8 with mechanisms and mitigations; verified non-breaks",
+    "06-synthesis.json — the layered orchestrator architecture: seam placement, context home, decision cascade, failure ladder; owner decisions OD-1..OD-4",
+    "07-qualify.json — PROCEED, confidence, conditions, named unknowns"
+  ]
+}

research/factory-orchestrator/02-inward.json

@@ -0,0 +1,46 @@
+{
+  "stage": "INWARD",
+  "summary": "The Go core already contains every organ the orchestrator needs EXCEPT the orchestrator itself: a turn engine with a clean model seam (ModelClient), a pure advisory ranker with a trust gate, an adaptive route authority, a context-budget allocator, and a per-channel storage shape that physically separates streams. The gap is exactly one component: nothing owns cross-model state, context-routing interpretation, or failure policy. The engine's own header says where it goes: 'the D37 orchestrator layer slots in above this engine later, not inside it'.",
+  "the_turn_engine_today": {
+    "what": "src/go/rune-core/internal/runecore/engine.go — the D39 wave-1 turn engine",
+    "laws_frozen": [
+      "a turn belongs to ITS CHANNEL: per-channel single-flight admission; a second in-flight turn on the same channel is the typed ErrChannelBusy (engine.go:25) — visible queuing is the FACE's job, per D37",
+      "context is assembled from THE TURN'S OWN channel's history — e.store.Window(req.Channel, ContextMessages), window of 32 messages (engine.go:34, engine.go:152) — fixing the Python defect where rune_operator.py:1640 always read the task channel",
+      "the model is called exactly ONCE per turn through the ModelClient interface (engine.go:60-63) — and the header states the D37 orchestrator layer 'wraps or replaces this seam, never the engine's laws'",
+      "model resolution: explicit model on the request, else provider_selection.json (the first-run wizard record); NO record and no explicit model is the typed ErrNoProvider (engine.go:30) — 'the core never invents a model'",
+      "the user message persists BEFORE the model call and stays persisted if the model call fails — the failure is honest, never silent (engine.go:158-163)"
+    ],
+    "the_seam": "ModelClient is two methods — Chat(ctx, model, msgs) and Tags(ctx). The Ollama client (ollama.go) implements it. An orchestrator that implements ModelClient IS the model from the engine's point of view: same interface, same one-call-per-turn contract on the outside, any number of internal worker calls underneath. This is the precise insertion point D37 names."
+  },
+  "what_exists_for_deciding": {
+    "model_routing_lib": {
+      "what": "src/go/model-routing/internal/modelrouting — the GO port of src/rune/model_routing.py's rank() core (cli.go), Python-identical semantics",
+      "semantics": [
+        "capability floor: static tier ladder T1 qwen2.5:3b → T2 qwen3:14b → T3 qwen3.6:27b → T4 mimo-v2.5-pro (cloud, tools, paid) — cli.go:25-30",
+        "measured precedence: MeasuredModelProfile rows keyed by (provider, model), aggregated per-task-family success from inference traces, persisted to disk (state/model_routing_profiles.json) — provider removal never erases them",
+        "eligibility: zero measured successes in the family = not verified-capable, excluded; context-window floor; measured cost overrides static cost in ordering",
+        "ADVISORY ONLY: rank() never mutates inputs and never executes model calls — 'the operator tier loop is the final decider' (docs/model-routing.md)"
+      ],
+      "trustgate": "trustgate.go — G1..G5 at the routing library boundary: G1 routine zero-cost decisions act with a receipt; G2 any decision whose top row commits PAID SPEND holds as a hard ask with a one-use approval token; G3 outside-network origins refused; G4 sovereignty (self-targeting) protected; G5 unknown principals denied fail-closed. Every held/refused call leaves a VISIBLE blocked record with a resolution path — no dead ends. RankTrusted composes rank() behind the gate."
+    },
+    "adaptive_router": "src/go/adaptive-router — deep-parity port of the Python adaptive route authority: LOCAL_FIX / STANDARD_CHANGE / RESEARCHED_CHANGE route classes with traceable provenance, the deep-research floor, escalation/downgrade transitions, evidence-sufficiency derivation. This is already a WORK-EFFORT classifier (what KIND of change is this turn), not a model picker — an input the orchestrator can consume.",
+    "warm_router": "src/go/warm-router — the context-budget allocation law, ported: the top-scoring relevant neuron fires its FULL body (relevance outranks budget — what the user asked about is never compressed); later neurons fire their AAAK summaries when budget allows; over-budget neurons are SKIPPED not truncated (route_alloc.go). This is the in-repo precedent for HOW the orchestrator should budget context across contributors.",
+    "python_context_broker": "src/rune/rune_operator.py:1923-2250 — the authoritative context-assembly oracle: ONE broker, contributors REGISTERED in bucket order = assembly order (persona → tools → memory → continuity → model_profile → history → user), admission budgeted and traced, nothing else may inject prompt context; every contributor is FAIL-CLOSED (a failing contributor abstains and is recorded — degraded, never fabricated). The Go orchestrator ports this contributor discipline.",
+    "python_keyword_fallback": "rune_operator.py:1900-1920 — a keyword→model fallback that survives ONLY on the router-unavailable path (degrade-not-crash). Precedent for fallback ORDER, not for quality: keyword matching is the floor, not the policy.",
+    "escalation_law": "docs/model-routing.md: escalation across runs is a START-TIER decision — when a run fails on a local model, the NEXT run for that family may rank at a higher tier; 'the router never burns cloud tokens mid-run'. This law already answers half of failure-handling for the Go orchestrator."
+  },
+  "where_orchestrator_state_can_live": {
+    "storage_shape": "D40 (boundary-law §D40): per-channel append-only JSONL journals + periodic atomic snapshots for STREAM MESSAGES (each stream owns its own files — chat and task physically never contend), SQLite via modernc.org/sqlite as the INDEXED STATE BACKBONE (tasks/state queries, transition spine), finished tasks retire to D38 markdown done-folders.",
+    "the_open_slot": "The journal shape is per-CHANNEL — nothing restricts the channel namespace to two UI panes. An 'orchestrator' channel (a third journal + snapshot set, plus a SQLite table for queryable routing state) is the natural home for orchestrator-internal context: routing decisions with reasons, worker call receipts (model, tokens, cost, outcome), policy records (wizard settings, per-pane assignments), cooldown state. The engine's Window() law already demonstrates that per-channel reads are isolated by construction.",
+    "provider_record": "provider_selection.json in the rune home is the wizard's law record (which model, which endpoint kind, by-ID key references under the API-key law). The D37 per-pane split extends this record — chat model + task model + concurrency setting — as policy INPUT the orchestrator reads.",
+    "laneconc": "tui/laneconc — the face-side concurrency contract: two lanes dispatched in parallel goroutines, single-writer commit, no-lost-update, honest error commits. Frozen by tests. The orchestrator must NOT re-solve what laneconc already froze: panes dispatch independently; orchestration is about the MODEL layer, not the dispatch layer."
+  },
+  "carry_forward": [
+    "F1 — the ModelClient seam is the insertion point: an orchestrator implementing ModelClient is invisible to the engine's laws (per-channel single-flight, own-channel context, persist-before-answer all still hold verbatim).",
+    "F2 — rank() is the advisory organ; the orchestrator core is the DECIDER the docs already name ('the operator tier loop is the final decider') — the Go port preserves the shape, it just has no operator loop yet.",
+    "F3 — the trust gate already governs spend (G2 hard-ask) and origin (G3) at the routing boundary; the orchestrator inherits, never bypasses.",
+    "F4 — the ContextBroker contributor discipline (registered buckets, budgeted admission, fail-closed abstention) is the oracle for context ROUTING: 'how best to route context across every model in play' (D37.4) is a contributor-policy question per worker call.",
+    "F5 — start-tier escalation (never burn cloud tokens mid-run) is already law; the orchestrator's failure ladder must compose with it, not replace it.",
+    "F6 — D33 makes the decision policy WASM-mind territory: whatever routing judgment the orchestrator encodes should be a swappable module behind a stable Go host, not compiled-in cleverness."
+  ]
+}

research/factory-orchestrator/03-outward.json

@@ -0,0 +1,85 @@
+{
+  "stage": "OUTWARD",
+  "summary": "Five live-verified sources. The decisive pattern: every production router is a CASCADE of cheap decisions — deterministic rules first (weights, cost bands, allowed lists), measured/learned signals second (latency stats, spend-share rankings, tiny classifiers), and an LLM judge only where the task itself demands decomposition (Anthropic's supervisor), never for routine model selection. Every system keeps the orchestrator's context SEPARATE from workers' by passing digests/references rather than transcripts, and every system has an explicit failure ladder (ordered fallbacks, cooldowns, sticky sessions, graceful degradation to defaults).",
+  "sources": [
+    {
+      "name": "LiteLLM Router — load balancing, strategies, and reliability ladder",
+      "urls": ["https://docs.litellm.ai/docs/routing"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "The default and RECOMMENDED production strategy is 'simple-shuffle': weighted pick over deployments by rpm/tpm or explicit weight — i.e. deterministic rules, not intelligence, is the production default.",
+        "Strategy menu, all deterministic: rate-limit-aware v2, latency-based (with a TTL window and a 'lowest-latency buffer' that keeps several fast deployments in rotation instead of hammering the fastest), least-busy, cost-based, and a plugin interface (CustomRoutingStrategy) for custom strategies.",
+        "Routing groups: per-model-group strategies plus 'callable virtual models' — request the GROUP name and LiteLLM picks among members by the group's strategy; per-group state is independent.",
+        "Failure ladder, in order: per-deployment 'order' tiers (order=1 fails → order=2 → order=3, each level gets its own retries, then configured fallbacks) → weighted failover WITHIN a model group (excluded-failure accumulation: a deployment that just failed is never re-picked in the same request chain; capped by max_fallbacks, default 5) → cross-group fallbacks → cooldowns (allowed_fails per minute → cooled down; ContextWindowExceededError and ContentPolicyViolation get dedicated paths).",
+        "Session affinity ('sticky sessions'): a pre-call check pins a conversation to the deployment that served its FIRST request, refreshed on every request with a TTL on idle time; if the pinned deployment is cooling down, the request falls through to the strategy and the pin is KEPT for later — load balancing happens across sessions, not requests.",
+        "max_parallel_requests: when a deployment's slots are full the request FAILS IMMEDIATELY with a 429 — 'there is no wait queue and nothing to configure for one'. Earlier versions queued instead, which silently serialized traffic with 200s and long latencies; rejection is the honest shape.",
+        "Traffic mirroring: mirror production traffic to a secondary silent model for evaluation without affecting the primary request's latency or result — how you A/B a routing policy change safely.",
+        "Usage-based routing is explicitly NOT recommended for production 'due to performance impacts' (Redis tracking adds significant latency)."
+      ],
+      "lesson": "The production-grade decision policy is a RULES CASCADE with measured inputs, not an LLM judge: simple-shuffle + order tiers + cooldowns is what actually ships. The honest concurrency shape for a single resource is reject-or-queue-at-the-caller, never a hidden wait queue — which matches rune's typed ErrChannelBusy + visible face-level queue exactly. Sticky sessions (pin the conversation's model/deployment, fall through on failure, keep the pin) is the pattern that makes a multi-model orchestrator coherent across turns — directly applicable to D37's 'default for both panes' ruling."
+    },
+    {
+      "name": "OpenRouter Auto Router — classifier + market ranking + fallbacks",
+      "urls": ["https://openrouter.ai/docs/features/model-routing"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "The auto router works in four steps: (1) a fast, lightweight classifier assigns each prompt one of ~30 fine-grained task types (code:debugging, agent:multi_step_planning, qa_knowledge, math, ...) in-flight, without retention; (2) for that task type it ranks models by the community's AGGREGATE SPEND SHARE over a trailing 7-day window — 'the wisdom of the market', a live signal that follows migrations within days with no retraining; (3) the user's cost_tier (low/medium/high/xhigh/max — a BAND, not a ceiling: models cheaper than the band are excluded too) filters candidates; (4) the top survivors become primary pick + fallback chain, after honoring account restrictions, guardrails, and modality requirements.",
+        "GRACEFUL DEGRADATION is a design law: 'If classification or rankings are ever unavailable, the router degrades gracefully to a default model set — a request never fails because routing infrastructure hiccuped.'",
+        "Session stickiness with re-ranking: the router remembers which model a conversation landed on and PREFERS it on later turns, but re-ranks from scratch every turn — if the conversation shifts task type, a better-suited model can win. The model field in each response tells you which one answered.",
+        "allowed_models / excluded_models wildcard patterns scope the candidate set; exclusions win over allows; if restrictions leave no eligible model the request fails honestly with 404.",
+        "Router metadata (X-OpenRouter-Metadata) exposes the routing decision — task_type, which model served — making the routing VISIBLE to the caller."
+      ],
+      "lesson": "The classification step is CHEAP-BY-DESIGN (a fast lightweight classifier, not the strong model), and the ranking signal is measured evidence (spend share ≈ rune's measured success profiles), not opinion. Two laws worth importing verbatim: (1) routing infrastructure failure must degrade to a default set, never fail the request; (2) stickiness-with-re-ranking — prefer the incumbent model across a conversation but allow the ranker to switch when the task type changes — is exactly the semantics rune's per-pane default + rank() needs for multi-turn coherence."
+    },
+    {
+      "name": "RouteLLM (LMSYS) — learned routing between a strong and a weak model",
+      "urls": ["https://github.com/lm-sys/RouteLLM", "https://arxiv.org/abs/2406.18665"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "The framing: route each query between ONE strong model and ONE weak model; a router scores the prompt's 'strong win rate' and a calibrated COST THRESHOLD decides which side — higher threshold = cheaper but possibly weaker.",
+        "Out-of-the-box routers: mf (matrix factorization on preference data — RECOMMENDED as 'very strong and lightweight'), sw_ranking (weighted Elo, votes weighted by similarity to the prompt), bert (classifier), causal_llm (an LLM-based classifier), random (baseline).",
+        "Headline numbers: up to 85% cost reduction while maintaining 95% of GPT-4 performance on MT Bench; >40% cheaper than commercial offerings at equal performance.",
+        "The router interface is ONE method: calculate_strong_win_rate(prompt) → win rate; if above the user's threshold route strong, else weak. Adding a router = implementing one pure function.",
+        "Threshold calibration: calibrate against a sample of YOUR incoming queries for a target % of strong-model calls (e.g. 50% strong → threshold 0.11593 on mf); datasets that don't match your traffic give wrong percentages.",
+        "Routers trained on one model pair generalize to other pairs without retraining.",
+        "Routing to local models is a documented use case (Ollama guide)."
+      ],
+      "lesson": "This is the LLM-judged-vs-rules answer in one place: the WINNING routers are tiny learned models (matrix factorization, BERT) — 'an LLM-based classifier' (causal_llm) is listed but NOT the recommendation. LLM-judged routing pays LLM prices for a decision a small model makes better; a tiny judge + calibrated threshold beats both a big-model judge and pure rules when the decision is genuinely ambiguous. For rune: a RouteLLM-class judge is the OPTIONAL third tier of the cascade — worth it only if measured profiles prove the cheap tier fails often enough to matter, and it must be calibrated on rune's own traffic, not arena data."
+    },
+    {
+      "name": "Anthropic — How we built our multi-agent research system (orchestrator-workers in production)",
+      "urls": ["https://www.anthropic.com/engineering/built-multi-agent-research-system"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "The architecture is literally the D37 shape: a LEAD agent (orchestrator) plans the approach, SPAWNS specialized subagents (workers) that operate in parallel with their own context windows, and synthesizes their condensed findings. Subagents are 'intelligent filters' — they compress: they explore in their own context and return only the important tokens.",
+        "Context persistence is explicit: the lead agent SAVES ITS PLAN TO MEMORY at the start, because a 200k-token context gets truncated — the orchestrator's working state must be externalized, not held in the transcript.",
+        "Delegation quality is the orchestrator's core skill: each subagent needs an objective, an output format, tool/source guidance, and CLEAR TASK BOUNDARIES — vague instructions made subagents duplicate work or leave gaps. Effort must SCALE TO QUERY COMPLEXITY (explicit rules: simple fact-finding = 1 agent/3-10 tool calls; complex research = 10+ subagents) — agents cannot judge appropriate effort themselves.",
+        "The cost is real: agents use ~4× the tokens of chat; multi-agent systems ~15×. Multi-agent pays only where tasks are high-value, genuinely parallelizable, or exceed one context window.",
+        "Failure handling: agents are stateful and ERRORS COMPOUND — you cannot restart from the beginning; the system RESUMES from where the agent was (checkpoints + deterministic retry), and lets the model adapt around failing tools. Full tracing of decision patterns (not conversation contents) is how you debug.",
+        "Synchronous execution is the known bottleneck: the lead waits for each subagent batch, cannot steer mid-flight, and blocks on the slowest worker — asynchronous execution is the acknowledged future direction.",
+        "The 'game of telephone' fix: subagents write their outputs to a FILESYSTEM (persistent artifacts) and pass LIGHTWEIGHT REFERENCES back to the coordinator, rather than funneling everything through the lead's context — better fidelity, less token overhead.",
+        "Small changes to the orchestrator prompt unpredictably change worker behavior — emergent coupling; prompts are 'frameworks for collaboration', not rigid rules."
+      ],
+      "lesson": "This is the closest published architecture to D37.4, and its three load-bearing rules map one-to-one onto rune's needs: (1) the orchestrator's OWN state lives EXTERNAL to any worker transcript (a plan/decision journal — rune's D40 journals are exactly this); (2) workers receive fully-specified TASK DESCRIPTIONS with boundaries, not vague delegation — D36's consent bridge (chat→task with an immutable context snapshot) is already this shape; (3) results come back as DIGESTS/REFERENCES, never raw transcripts — which is precisely how the orchestrator's context stays independent from worker context. The 15× token warning also bounds ambition: a full supervisor loop is for TASK-PANE work, not for every chat turn."
+    },
+    {
+      "name": "LangGraph supervisor library (langchain-ai/langgraph-supervisor-py) — the supervisor-as-tool-caller pattern",
+      "urls": ["https://github.com/langchain-ai/langgraph-supervisor-py"],
+      "verified": "2026-10-18, live fetch (repo archived read-only Sep 2026; the pattern moved into the main LangChain multi-agent guide)",
+      "findings": [
+        "A supervisor agent controls ALL communication flow and task delegation, deciding which agent to invoke based on current context — but the mechanism is TOOL CALLING: the supervisor calls a HANDOFF TOOL per worker ('assign_to_math_expert'), and the tool call IS the routing decision.",
+        "The maintainers' own migration note: 'We now recommend using the **supervisor pattern directly via tools** rather than this library... The tool-calling approach gives you more control over context engineering' — the library's abstraction was too coarse; context engineering wants explicit control.",
+        "Context independence is an explicit KNOB — output_mode: 'full_history' (worker's whole transcript flows back to the supervisor) vs 'last_message' (only the final response). Which one you pick is a context-budget decision.",
+        "Handoff payloads are customizable: by default the worker receives the FULL supervisor-side message history, but you can pass a task_description argument instead (the worker's state schema must then know how to consume it) — the analog of Anthropic's 'detailed task descriptions'.",
+        "forward_message: the supervisor can forward a worker's last message STRAIGHT to the final output — 'saves tokens for the supervisor and avoids potential misrepresentation of the worker's response through paraphrasing' — the published fix for the game-of-telephone problem at the API level.",
+        "Multi-level hierarchies are supported (supervisor of supervisors), and memory is a compile-time checkpointer/store — durable state outside the conversation."
+      ],
+      "lesson": "The supervisor pattern's ROUTING DECISION is a tool call with a structured payload — which means it can be logged, gated, and tested like any other effect (rune's trust gate applies naturally). The output_mode knob (full_history vs last_message) and the forward_message tool are the two primitives that keep orchestrator context independent from worker context while still letting the owner see everything. The library's own deprecation in favor of 'direct via tools' is a warning against over-abstracting: rune should build the orchestrator as explicit Go code over the ModelClient seam, not as a framework."
+    }
+  ],
+  "cross_source_verdicts": {
+    "decision_policy": "Rules cascade is the production default everywhere (LiteLLM simple-shuffle; OpenRouter cost bands; RouteLLM's threshold). Learned/classifier signals sit on top (measured profiles ≈ spend-share ranking; RouteLLM mf ≈ rune's future judge tier). An LLM as the ROUTING judge is the weakest-documented option — RouteLLM's own menu demotes it; LLM intelligence is reserved for DECOMPOSING work (Anthropic supervisor), not for picking which model answers.",
+    "context_independence": "Three independent mechanisms, all pointing the same way: externalize orchestrator state (Anthropic's plan-to-memory; LangGraph's checkpointer), pass task descriptions not transcripts downward, pass digests/references not raw histories upward (Anthropic filesystem artifacts; LangGraph output_mode/forward_message).",
+    "failure_handling": "Ordered fallback chains + cooldowns + sticky-with-fall-through (LiteLLM), graceful degradation to a default set (OpenRouter), resume-from-checkpoint + let-the-model-adapt (Anthropic). No source relies on a hidden wait queue; rejection-and-queue-visibly is the honest shape."
+  }
+}

research/factory-orchestrator/04-applicability.json

@@ -0,0 +1,57 @@
+{
+  "stage": "APPLICABILITY",
+  "summary": "All nine constraints check. The ModelClient seam makes an orchestrator layer composable WITHOUT touching the engine's frozen laws; the trust gate, the advisory-ranker law, the start-tier escalation law, and the D40 storage shape each absorb one outward pattern directly. Four candidate directions were weighed; Direction B (a layered rules cascade with an optional cheap judge) satisfies D37.4 fully; Direction C (a full LLM supervisor) is correct ONLY for task-pane decomposition, as a later phase of B.",
+  "constraint_check": [
+    {"constraint": "C1 (D37 model policy: wizard default, optional split, user concurrency, visible queues)", "verdict": "SATISFIED by design", "how": "The wizard's provider_selection record becomes policy INPUT (pane→model assignments + concurrency setting); the orchestrator consumes it and routes; visible queuing stays the face's job (laneconc + D37 queue law) — the orchestrator never hides a queue."},
+    {"constraint": "C2 (D36 separate turns, consent bridge, prediction)", "verdict": "SATISFIED", "how": "The orchestrator operates at the MODEL layer below the panes' dispatch independence; the consent bridge's immutable context snapshot is exactly the 'detailed task description' downward pass the outward sources prescribe."},
+    {"constraint": "C3 (D39: lands in Go, per-channel single-flight, channel-keyed context)", "verdict": "SATISFIED", "how": "The orchestrator is a Go component implementing the engine's ModelClient interface; the engine's single-flight and own-channel-window laws hold verbatim above it."},
+    {"constraint": "C4 (engine laws frozen; orchestrator above, never inside)", "verdict": "SATISFIED — this is the load-bearing finding", "how": "engine.go:60-63 names the seam explicitly; an orchestrator-as-ModelClient keeps 'one logical turn' on the outside while making any number of worker calls inside."},
+    {"constraint": "C5 (D33: decision logic as hot-swappable WASM)", "verdict": "SATISFIED with phasing", "how": "Phase 1 hosts the decision policy as a Go interface behind the orchestrator (swappable in-process); the WASM module form is the D32 layer-2 upgrade path through the cognition socket — the interface boundary is what matters now."},
+    {"constraint": "C6 (API-key law)", "verdict": "SATISFIED", "how": "The orchestrator reads provider records with by-ID key references; key material never enters its state or journals."},
+    {"constraint": "C7 (trust gate G1..G5)", "verdict": "SATISFIED", "how": "Every routing decision passes RankTrusted-class mediation: paid-spend routes are hard-asks with one-use approvals; the orchestrator's decision journal records verdicts, not just choices."},
+    {"constraint": "C8 (advisory ranker; operator is decider; start-tier escalation only)", "verdict": "SATISFIED", "how": "rank() stays advisory; the orchestrator core IS the 'operator tier loop is the final decider' role in Go; mid-run cloud escalation stays forbidden."},
+    {"constraint": "C9 (measured profiles persist by (provider, model))", "verdict": "SATISFIED", "how": "The orchestrator reads the same measured-profile store; worker failures feed it — the profiles ARE the routing evidence."}
+  ],
+  "candidate_directions": [
+    {
+      "id": "A",
+      "name": "Rules-only policy layer",
+      "what": "The orchestrator is pure deterministic policy: pane defaults from the wizard, explicit user overrides, tools/context/cost constraints, measured-profile rank ordering, cooldowns. No model calls for routing at all.",
+      "fits": "C1-C9 fully. Cheapest, most testable, no added latency, no extra model dependency. Matches LiteLLM's production default (simple-shuffle) and OpenRouter's band logic.",
+      "gaps": "'Rune interprets how best to route context' (D37.4) is only PARTIALLY honored: rules route WHICH MODEL, but the interpretation of what CONTEXT each worker needs is just the existing per-channel window — no cross-channel or memory-driven context routing.",
+      "verdict": "Necessary foundation, insufficient alone for D37.4's full ambition."
+    },
+    {
+      "id": "B",
+      "name": "Layered cascade: rules → measured → optional cheap judge (RECOMMENDED)",
+      "what": "Direction A plus a three-tier decision cascade: (1) deterministic rules decide everything they can (pane policy, explicit override, physical constraints, cost policy); (2) the measured-profile rank orders the survivors (advisory, orchestrator decides); (3) an OPTIONAL tiny judge (RouteLLM-class, local) resolves genuinely ambiguous cases with a calibrated threshold — and a fourth, separate use of model intelligence: CONTEXT COMPOSITION, where the orchestrator assembles each worker's payload from registered contributors (the ContextBroker discipline ported to Go, cross-channel when the task demands it).",
+      "fits": "Everything A fits, plus the D37.4 'interprets how best to route context' duty: the contributor-policy layer is where Rune's intelligence actually acts per turn. The judge tier matches RouteLLM's evidence that tiny learned routers beat LLM judges at model selection.",
+      "gaps": "None blocking. The judge tier is OPTIONAL and off by default until measured profiles prove it earns its keep (an owner decision, OD-1).",
+      "verdict": "RECOMMENDED — the full D37.4 shape without paying LLM prices for routing decisions."
+    },
+    {
+      "id": "C",
+      "name": "Full LLM supervisor (orchestrator model decomposes and delegates)",
+      "what": "A supervisor MODEL (Rune's own mind on a capable model) plans work, spawns worker calls with detailed task descriptions, and synthesizes digests — the Anthropic/LangGraph pattern end to end.",
+      "fits": "The deepest reading of D37.4 ('her intelligence... thinks independently from them'): the orchestrator's reasoning is itself a model call. Correct for TASK-PANE decomposition of genuinely parallelizable work.",
+      "gaps": "15× token cost (Anthropic's number) makes it wrong for every chat turn; synchronous coordination bottlenecks; emergent coupling between orchestrator prompt changes and worker behavior; needs resume-from-checkpoint machinery that rune's D40 journals make possible but which is not built. Also: the supervisor model must be capable enough to delegate well — on a local-only setup that model may be the WEAK one in the pool, inverting the whole point.",
+      "verdict": "The task-pane FUTURE phase of B, gated on owner demand and a capable orchestrator model — not the architecture of the layer itself."
+    },
+    {
+      "id": "D",
+      "name": "Workers-as-tools (LangGraph end-state)",
+      "what": "Workers are exposed as TOOLS to one big model, which 'calls' them; routing is a tool call.",
+      "fits": "Elegant for logging/gating (the trust gate applies to tool calls naturally).",
+      "gaps": "Requires the controlling model to hold the whole conversation context and be strong enough to drive tool loops — the exact opposite of D37's local-first, weak-model-tolerant posture; and the LangGraph library that shipped it deprecated itself in favor of explicit supervisor-as-tools precisely because the abstraction fought context engineering.",
+      "verdict": "REJECTED for rune's core; its one good idea (decisions are structured, loggable calls) is already captured in B's decision-journal design."
+    }
+  ],
+  "prerequisites_and_order": [
+    "P0 — the wizard's provider record gains the D37 policy fields (per-pane assignments, concurrency setting) — the orchestrator's policy INPUT (already partially landed: provider_selection.json + first-run picker)",
+    "P1 — OrchestratorCore implements ModelClient above the engine; phase 1 it is a pass-through to the resolved model (behavior-identical to today, proven by the engine's frozen tests) — the strangler step",
+    "P2 — the decision cascade: rules tier (pane policy, overrides, constraints) + measured tier (rank() + cooldown state); the decision journal lands with it (orchestrator channel in the D40 store)",
+    "P3 — context-composition tier: the ContextBroker contributor discipline ported to Go, per worker call, with cross-channel contribution as an explicitly-gated capability (consent-bridge-shaped, never silent)",
+    "P4 — failure ladder completion: ordered fallback chains from rank(), cooldowns on repeated worker failure, sticky-with-fall-through per pane, start-tier escalation across turns (existing law), trust-gate hard-asks for paid spend",
+    "P5 — OPTIONAL judge tier (RouteLLM-class local classifier) behind OD-1, plus the D33 WASM form of the policy module when the cognition socket opens"
+  ]
+}

research/factory-orchestrator/05-adversarial.json

@@ -0,0 +1,67 @@
+{
+  "stage": "ADVERSARIAL",
+  "summary": "Eight breaks examined. The dangerous ones are the quiet ones: orchestrator context POLLUTION (worker transcripts leaking into the mind's context) and SILENT SERIALIZATION (an orchestrator that queues invisibly, undoing D36/D37's visible-queue law). Every break has a mitigation that is either already law in the repo (typed errors, per-channel stores, trust gate, start-tier escalation) or a named design rule in the synthesis.",
+  "breaks": [
+    {
+      "id": "BR-1",
+      "break": "The orchestrator becomes a single point of failure — if it crashes or hangs, BOTH panes lose their models, worse than today's dumb pass-through.",
+      "mechanism": "Every turn now passes through one more component; a panic or deadlock there kills chat and task simultaneously.",
+      "mitigation": "The orchestrator implements ModelClient and DEGRADES TO PASS-THROUGH: if its decision state is unavailable or its policy module fails to load, it routes to the pane's default model with a recorded degraded reason — the OpenRouter law ('a request never fails because routing infrastructure hiccuped') imported verbatim. A panic in the orchestrator is contained like any Go panic; the engine's honest-error law means the user message still persists. Fail-closed applies to SPEND (trust gate), never to AVAILABILITY.",
+      "residual": "Accepted: a pass-through fallback is strictly no worse than today's engine."
+    },
+    {
+      "id": "BR-2",
+      "break": "Context pollution — worker transcripts leak INTO the orchestrator's context (the mind starts thinking it IS the worker), or orchestrator-internal text leaks INTO worker payloads (workers parrot routing reasoning at the user).",
+      "mechanism": "The cheapest implementation shares one message list; the Python oracle's own defect (rune_operator.py:1640 reading the task channel for every turn) is exactly this class of bug.",
+      "mitigation": "PHYSICAL separation: the orchestrator keeps its own channel/journal in the D40 store; workers keep theirs. Downward passes are explicit TASK DESCRIPTIONS built from registered contributors (never raw transcripts); upward returns are digests/receipts (the LangGraph last_message / Anthropic lightweight-references pattern). A contribution from another channel into a worker payload is an explicitly-gated contributor, recorded in the decision journal — never an implicit read.",
+      "residual": "None if the contributor registry is the only injection path (the ContextBroker law: 'nothing else may inject prompt context')."
+    },
+    {
+      "id": "BR-3",
+      "break": "Routing oscillation — a conversation bounces between models turn to turn (ranker ties, jittery measured stats, judge thresholds near the boundary), producing inconsistent voice and wasted KV-cache warm-up.",
+      "mechanism": "Measured profiles update after every run; a model near the eligibility edge flips in/out of candidacy; a judge near its threshold flips sides.",
+      "mitigation": "STICKY-WITH-RE-RANKING (OpenRouter's session semantics): each pane prefers its incumbent model for the conversation unless the ranker's top choice differs by a clear margin or the incumbent fails/cools down. Hysteresis on the measured stats (a model must beat the incumbent by a margin, not by a tiebreak) and smoothed profile updates. Switches are journaled with reasons — visible, not invisible.",
+      "residual": "Accepted: oscillation becomes a visible, explained event rather than a silent one."
+    },
+    {
+      "id": "BR-4",
+      "break": "Added latency per turn — every turn pays an orchestrator tax (policy evaluation, journal writes, possibly a judge call), making chat feel slower than the raw engine.",
+      "mechanism": "The orchestrator sits on the hot path of every model call.",
+      "mitigation": "The cascade is ordered by COST: rules tier is in-memory table lookups (µs); measured tier is a cached profile read; the judge tier is OPTIONAL and off by default. Journal writes ride the D40 append pattern (already µs-scale, batched). No LLM call is ever required to pick a model. RouteLLM's lesson: if a judge is ever added, it is a tiny local classifier, not a model call on the strong tier.",
+      "residual": "None measurable at the rules/measured tiers."
+    },
+    {
+      "id": "BR-5",
+      "break": "Paid spend without owner approval — the orchestrator routes a turn to a cloud model (fallback chain, judge, or a mis-set pane policy) and the owner pays without consent.",
+      "mechanism": "Fallback chains are exactly where silent escalation hides (LiteLLM's order tiers climb automatically).",
+      "mitigation": "The trust gate's G2 is ALREADY LAW at the routing boundary: any decision whose top row commits paid spend is a hard-ask with a one-use approval, whatever the posture. The orchestrator inherits it: a cloud route — including a FALLBACK to cloud — is a held ask, not an automatic hop. The existing start-tier law (never burn cloud tokens mid-run) stays: escalation happens across turns, with the reason recorded.",
+      "residual": "None — this is the strongest-mitigated break because the gate predates the orchestrator."
+    },
+    {
+      "id": "BR-6",
+      "break": "The judge tier is too weak to route — on a local-only setup, the only available judge is itself a small model whose routing judgments are worse than the measured profiles.",
+      "mechanism": "RouteLLM's routers were trained on arena preference data for strong/weak PAIRS; a rune-local judge has no such training and small local models judge poorly.",
+      "mitigation": "The judge tier is OFF by default and gated on EVIDENCE: it may be enabled only when the measured profiles show the cheap tier's routing errors are frequent enough to matter (a profile-derived threshold, not taste). When enabled it is calibrated on rune's OWN traffic (RouteLLM's calibration lesson), and its decisions are journaled so the owner can audit them. The keyword-fallback precedent (degrade path only) shows the repo already treats weak heuristics as floors, not policies.",
+      "residual": "Accepted: the tier may simply never earn activation — that is a success of the design, not a failure."
+    },
+    {
+      "id": "BR-7",
+      "break": "Cold start — no measured profiles exist (fresh install), so the measured tier has no evidence and routing is guesswork.",
+      "mechanism": "rank() with no profiles falls back to the pure capability-floor ordering; the first runs of a new model family have no success data.",
+      "mitigation": "This is the EXISTING rank() behavior (reason string 'no-measured-profiles tier<N>') plus the wizard's explicit default (D37.1): the owner's chosen model IS the policy until evidence accumulates. The Python keyword fallback is NOT ported as policy — the wizard default + capability floor is the honest cold-start policy. Profiles accumulate from the first turn (the measured-registry law already folds traces in).",
+      "residual": "None — cold start is the wizard's job, by D37.1's own design."
+    },
+    {
+      "id": "BR-8",
+      "break": "Silent serialization — the orchestrator internally queues worker calls behind a lock (to 'manage' the shared local model), so a task turn again blocks a chat turn, invisibly, undoing D36/D37.",
+      "mechanism": "The temptation: one Ollama model serving both panes is a shared resource; 'orchestrating' it can mean serializing access — exactly the F6 dispatch_lock mistake one layer up.",
+      "mitigation": "The orchestrator NEVER holds a cross-channel lock: admission stays per-channel single-flight in the engine (frozen); the orchestrator's concurrency policy comes from the wizard setting (D37.2 — separate concurrency or split connection, owner's call); same-model contention resolves at Ollama's own FIFO (the separate-turns round's verified finding) or in extra model slots the OWNER chose. Any wait the orchestrator knows about is SURFACED as a visible queue state to the face (D37 queue law) — 'rejection-and-visible-queue, never a hidden wait' (LiteLLM's max_parallel_requests lesson).",
+      "residual": "The separate-turns round's honest residual stands: with defaults, a chat answer can wait behind the task turn's CURRENT model call — surfaced as a pending state, never a silent hang."
+    }
+  ],
+  "verified_non_breaks": [
+    "NB-1 — engine laws: the orchestrator-as-ModelClient composition was checked against all four frozen engine laws (single-flight, own-channel context, one logical turn, persist-before-answer); none is touched — the seam was designed for exactly this (engine.go header).",
+    "NB-2 — storage contention: the orchestrator's journal is its own channel in the D40 shape; per-stream files never contend with chat/task journals; SQLite reads are concurrent-safe (D40's backbone role).",
+    "NB-3 — provider removal: measured profiles persist by (provider, model) independent of adapters (existing law); the orchestrator's cooldown/affinity state keys the same way, so disconnecting a provider cannot corrupt routing state."
+  ]
+}

research/factory-orchestrator/06-synthesis.json

@@ -0,0 +1,56 @@
+{
+  "stage": "SYNTHESIS",
+  "summary": "The recommended architecture is Direction B: an OrchestratorCore that implements the engine's ModelClient interface (so the engine's frozen laws hold verbatim above it), driven by a three-tier decision cascade (deterministic rules → measured-profile rank → optional tiny judge), with its OWN context in a dedicated orchestrator channel of the D40 store, contributor-based context composition per worker call (the ContextBroker discipline ported to Go), and a failure ladder composed of ordered fallback chains, cooldowns, sticky-with-re-ranking, start-tier escalation, and trust-gate hard-asks for spend.",
+  "the_architecture": {
+    "layer_0_engine_unchanged": "The turn engine keeps every frozen law: per-channel single-flight admission, context from the turn's own channel, one LOGICAL turn, both messages persisted before the answer returns. It sees no orchestrator — it sees a ModelClient.",
+    "layer_1_orchestratorcore": {
+      "what": "A Go component implementing ModelClient (Chat + Tags). To the engine it IS the model. Inside, per Chat call it: (1) resolves the decision (cascade below), (2) composes the worker payload, (3) calls the chosen worker (one worker call in phase 1; the interface permits more later), (4) journals the decision + receipt, (5) returns the reply.",
+      "insertion": "The engine is constructed with the orchestrator as its ModelClient. Phase 1 is a PASS-THROUGH (route to the pane's resolved model, journal the decision) — behavior-identical to today, proven by the engine's frozen tests. The strangler step costs nothing and de-risks everything.",
+      "worker_calls": "Each worker is a provider adapter behind the same wire shape (Ollama /api/chat local, cloud adapters declared-not-live per the existing law). The orchestrator owns a WORKER TABLE: provider, model, endpoint kind, tools flag, context window, cost class, by-ID key reference — no key material (API-key law)."
+    },
+    "layer_2_decision_cascade": {
+      "tier_1_rules": "Deterministic, in-memory, µs-scale: pane policy from the wizard record (D37.1 default for both panes; D37.3 optional per-pane split — switchable by command writes this record); explicit per-request model override (D37.3's command); physical constraints (tools needed → tools-capable candidates; min context); cost policy (local-first; cloud only on approval). Mirrors LiteLLM's simple-shuffle default and OpenRouter's band logic.",
+      "tier_2_measured": "rank() (the advisory Go port) orders the rule-eligible survivors by measured per-task-family success, with reason strings carried into the decision journal. The orchestrator core is the DECIDER the docs name — it may override the top row, and the override reason is journaled. Cooldown state (a model failing repeatedly sits out for a window) lives here, keyed by (provider, model) like the profiles.",
+      "tier_3_judge_optional": "A RouteLLM-class tiny local classifier resolving genuinely ambiguous cases, OFF by default, enabled only when measured profiles prove the cheap tiers mis-route often enough to matter, calibrated on rune's own traffic, decisions journaled for audit. Never a strong-model call for routing (RouteLLM's own menu demotes LLM judges).",
+      "wasm_form": "Per D33, the tier-1 rules and (later) tier-3 judge are expressible as hot-swappable WASM modules behind the orchestrator's Go host — the interface boundary is built now, the WASM form is the D32 layer-2 upgrade through the cognition socket."
+    },
+    "layer_3_context_composition": {
+      "what": "For each worker call, the orchestrator assembles the payload from REGISTERED CONTRIBUTORS in bucket order — the Python ContextBroker discipline ported to Go: persona → tools → memory (+continuity) → model_profile → history → user, budgeted (warm-router's law: the top-relevance content fires in FULL, later items fire summaries, over-budget items are SKIPPED not truncated), traced, and FAIL-CLOSED (a failing contributor abstains and is recorded — degraded, never fabricated).",
+      "cross_channel": "A contribution from the OTHER channel (or from D38 task ledgers, or memory) into a worker payload is an explicitly-gated contributor with its own budget line — recorded in the decision journal, never an implicit read. This is D37.4's 'interprets how best to route context across every model in play' made concrete: context routing is contributor policy, and it is the layer where Rune's judgment actually acts per turn."
+    },
+    "layer_4_orchestrator_context": {
+      "where_it_lives": "A dedicated ORCHESTRATOR channel in the D40 store: its own append-only JSONL journal + snapshots (stream messages: decisions, receipts, escalations, holds), plus a SQLite table for queryable routing state (worker table, cooldowns, sticky assignments, measured-profile pointers). The wizard's provider record (extended with per-pane assignments + concurrency) is the policy INPUT.",
+      "what_it_holds": "Routing decisions WITH reasons; worker call receipts (model, tokens, cost class, outcome, duration); trust-gate verdicts (allows, held asks, refusals); cooldown/affinity state; degradation events. It does NOT hold worker transcripts.",
+      "independence_law": "Three separations, all physical: (1) STORE separation — the orchestrator journal is not any worker's journal; (2) ASSEMBLY separation — the orchestrator's own reasoning (when the supervisor phase arrives) composes from ITS contributors, workers compose from theirs; (3) PASS separation — downward = task descriptions built from contributors; upward = digests/receipts, never raw transcripts (Anthropic's lightweight-references law; LangGraph's last_message mode). The owner can always READ everything — every journal is a plain file; independence is for the MODELS' contexts, never for the owner's eyes."
+    },
+    "layer_5_failure_ladder": {
+      "per_call": "Worker call fails → typed honest error to the engine (user message already persisted — engine law); the receipt (failure) is journaled; the failure feeds the measured profiles.",
+      "per_turn_fallback": "rank() returns an ORDERED decision list — that list IS the fallback chain: on failure the orchestrator may try the next LOCAL candidate within the same turn (no NEW spend committed); a CLOUD candidate is never auto-tried — it is a held hard-ask (trust gate G2) or a next-turn start-tier escalation (existing law: never burn cloud tokens mid-run).",
+      "cooldowns": "A worker crossing its failure threshold sits out a cooldown window (LiteLLM semantics, keyed by (provider, model)); cooldown state is visible in the orchestrator journal and queryable from the task pane.",
+      "sticky": "Each pane prefers its incumbent model across the conversation (stickiness), falls through to the ranker when the incumbent fails/cools, and KEEPS the pin for when it recovers (LiteLLM session-affinity semantics) — with ranker re-ranking allowed on clear margins (anti-oscillation, BR-3).",
+      "degradation": "If the orchestrator's own state is unavailable: pass-through to the pane's default model, degraded reason journaled (BR-1). A request never fails because routing hiccuped (OpenRouter law)."
+    }
+  },
+  "what_runes_intelligence_actually_is_here": "D37.4's 'her intelligence owns the models and thinks independently' decomposes, in this architecture, into four concrete duties — none of which require an LLM call to fulfill in phase 1: (1) POLICY OWNERSHIP: the orchestrator, not any worker, holds the pane→model map and the concurrency policy (the wizard writes it, Rune enforces it); (2) DECISION: the cascade picks the worker and journals WHY (evidence-backed, auditable); (3) CONTEXT ROUTING: contributor policy decides what each worker sees — cross-channel, memory, task-ledger contributions are Rune's judgment calls, budgeted and recorded; (4) FAILURE JUDGMENT: cooldowns, fallbacks, and escalation timing are Rune's calls, made from measured evidence. The supervisor phase (an actual orchestrator MODEL planning and delegating, Anthropic-style) is the task-pane future gated behind OD-4 — the architecture leaves the door open without paying its 15× token cost today.",
+  "phases": [
+    "Phase 0 — wizard record extension: per-pane assignments + concurrency setting in provider_selection.json (policy input; no behavior change)",
+    "Phase 1 — OrchestratorCore as pass-through ModelClient above the engine; decision journal lands (orchestrator channel); engine frozen tests prove behavior-identity",
+    "Phase 2 — the decision cascade: rules tier + measured tier (rank + cooldowns + sticky-with-re-ranking); trust-gate mediation on every decision (paid = hard-ask)",
+    "Phase 3 — context-composition tier: ContextBroker contributor port to Go, per worker call, cross-channel contributions explicitly gated; worker table with declared-not-live cloud adapters",
+    "Phase 4 — failure ladder completion: ordered local fallback chains within a turn, start-tier escalation across turns, cooldown visibility in the task pane",
+    "Phase 5 — OPTIONAL judge tier behind OD-1; supervisor phase behind OD-4; WASM policy modules behind the cognition socket (D33/D32)"
+  ],
+  "owner_decisions": [
+    "OD-1 — the judge tier: keep it OFF until measured profiles prove the need (recommended), or fund it early (a local classifier + calibration work). No hardware cost unless activated.",
+    "OD-2 — orchestrator context placement: dedicated orchestrator channel journal + SQLite routing table (recommended — plain files over databases, D40-consistent) vs SQLite-only. The journal is human-readable; the table is the query spine.",
+    "OD-3 — escalation posture: confirm the existing law stands (cloud never mid-run; start-tier across turns with reason recorded) — recommended unchanged — or permit owner-preapproved cloud fallback chains for specific task families (a trust-gate policy extension, still per-decision journaled).",
+    "OD-4 — the supervisor phase: whether/when Rune's own mind becomes an orchestrator MODEL that plans and delegates (Anthropic-style) for task-pane work — the deepest D37.4 reading, gated on a capable orchestrator model and the 15× token budget. The architecture supports adding it without rework."
+  ],
+  "risk_ranking_after_mitigations": [
+    "R1 (lowest) — added latency: µs-scale rules + cached profiles; no LLM on the routing path",
+    "R2 — cold start: wizard default + capability floor (existing rank behavior); profiles accumulate from turn one",
+    "R3 — oscillation: sticky-with-re-ranking + hysteresis; switches journaled and visible",
+    "R4 — single point of failure: pass-through degradation; strictly no worse than today",
+    "R5 (highest residual, owned) — same-model contention: the separate-turns round's honest residual (chat may wait behind the task turn's current model call) stands until the owner picks OD-1 of that round (extra slots / second model / cloud) — surfaced as visible pending states, never silent"
+  ]
+}

research/factory-orchestrator/07-qualify.json

@@ -0,0 +1,34 @@
+{
+  "stage": "QUALIFY",
+  "verdict": "PROCEED",
+  "confidence": "high",
+  "rationale": "Every load-bearing fact is verified: the insertion point is named in the engine's own frozen header (ModelClient is the seam; the orchestrator slots in above, never inside — engine.go:60-63 and the file header); the decision organs exist and are pure/testable (rank() port with Python-identical semantics, trust gate G1-G5, adaptive-router effort classes, warm-router budget law); the context-assembly oracle is a documented discipline (ContextBroker contributors, budgeted, fail-closed); the storage shape for orchestrator state is already law (D40 per-channel journals + SQLite). The outward evidence is unanimous on the three key questions: decision policy is a cheap-cascade (rules → measured → optional tiny judge), never an LLM judge for model selection; orchestrator context stays independent by externalized state + task-descriptions-down + digests-up; failure handling is ordered fallbacks + cooldowns + sticky-with-fall-through + graceful degradation, with rune's existing laws (start-tier escalation, trust-gate hard-asks, typed honest errors) already covering the hardest parts. The phase-1 pass-through step means the first landing is behavior-identical to today and provable by the engine's frozen tests — near-zero risk.",
+  "conditions": [
+    "C-SEAM: the orchestrator lands as a ModelClient implementation above the engine — the engine's four frozen laws are never edited to accommodate it (C4); any apparent need to edit them is a design regression, escalate to the owner",
+    "C-JOURNAL: the decision journal lands WITH phase 1 (not deferred) — an orchestrator whose decisions are not recorded is unauditable and violates the repo's receipt/trace laws",
+    "C-TRUST: every routing decision passes trust-gate mediation from day one (RankTrusted composition); a cloud route is a held hard-ask, never an automatic hop — including fallback chains (BR-5)",
+    "C-NO-LOCK: the orchestrator never holds a cross-channel lock; admission stays the engine's per-channel single-flight; contention policy comes from the wizard record + Ollama semantics (BR-8)",
+    "C-DEGRADE: pass-through-to-default on orchestrator-internal failure is built in phase 1, not retrofitted (BR-1; OpenRouter degradation law)",
+    "C-COLDSTART: cold-start policy is wizard default + capability floor; the Python keyword fallback is NOT ported as policy (BR-7)",
+    "C-PARITY: during transition the Python operator remains the parity oracle (D39.4); the Go orchestrator's routing decisions must reproduce the Python rank()+operator-decider semantics before the Python path deletes"
+  ],
+  "named_unknowns": [
+    "U1 — the exact judge-tier activation threshold (what measured error rate justifies a classifier): deliberately deferred to OD-1 evidence; not blocking (tier is off by default)",
+    "U2 — supervisor-phase context budgeting (how a future orchestrator MODEL's window is managed across a long task): owned by OD-4; the D40 journal + Anthropic's plan-to-memory pattern bound the design space; not blocking phase 1-4"
+  ],
+  "owner_decisions_pending": [
+    "OD-1 judge tier (off-until-evidence vs fund early)",
+    "OD-2 orchestrator context placement (dedicated journal+SQLite table vs SQLite-only)",
+    "OD-3 escalation posture (existing law stands vs preapproved cloud fallbacks per family)",
+    "OD-4 supervisor phase (when Rune's mind becomes an orchestrator model for task-pane work)"
+  ],
+  "artifacts_index": [
+    "01-issue.json — D37.4 directive verbatim, research questions RQ1-RQ6, constraints C1-C9, inline term definitions",
+    "02-inward.json — the ModelClient seam, rank()+trustgate, adaptive-router, warm-router budget law, ContextBroker oracle, D40 storage slot; carry-forward facts F1-F6",
+    "03-outward.json — five live sources (LiteLLM, OpenRouter, RouteLLM, Anthropic orchestrator-workers, LangGraph supervisor) with URLs, findings, lessons, cross-source verdicts",
+    "04-applicability.json — constraint check (9/9 satisfied); directions A-D weighed, B recommended; prerequisites P0-P5",
+    "05-adversarial.json — breaks BR-1..BR-8 with mechanisms/mitigations; verified non-breaks NB-1..NB-3",
+    "06-synthesis.json — the layered architecture (engine unchanged → OrchestratorCore → decision cascade → context composition → orchestrator context → failure ladder); phases 0-5; owner decisions OD-1..OD-4",
+    "07-qualify.json — this file"
+  ]
+}

research/factory-orchestrator/README.md

@@ -0,0 +1,106 @@
+# factory-orchestrator — the orchestrator layer above the models (D37.4)
+
+Research round answering the owner's D37 ruling (2026-10-18, interview round 3): *"RUNE THE
+ORCHESTRATOR: her intelligence OWNS all models in play, thinks independently from them, and
+interprets how best to route context across every model in play. The models are workers;
+Rune is the mind above them."*
+
+**Verdict: PROCEED** (07-qualify.json, high confidence, four named owner decisions).
+
+## What the words mean (plain-language glossary)
+
+- **Model worker** — one of the chat models Rune can call: a local Ollama model or a cloud
+  API. Workers answer; they don't decide.
+- **Orchestrator** — the component ABOVE the workers that decides which worker a turn uses,
+  what context that worker sees, and what happens when a worker fails. In D37's language:
+  Rune's mind; the workers are her hands.
+- **Turn** — one user message → one model answer cycle on one **channel** ('chat' or
+  'task'). The turn engine guarantees one turn in flight per channel, forever.
+- **Routing decision** — the choice of which worker serves a turn, with a recorded reason.
+- **Context routing** — the choice of what each worker's prompt carries: which history,
+  which memory, which cross-channel material. This is D37.4's "interprets how best to route
+  context" made concrete.
+- **Decision cascade** — deciding in ordered tiers of increasing cost: rules first,
+  measured evidence second, a tiny model-judge only if proven necessary.
+
+## The three findings that matter most
+
+1. **The insertion point already exists and is named in code.** The Go turn engine
+   (`src/go/rune-core/internal/runecore/engine.go`) calls the model through a two-method
+   interface, `ModelClient`, and its own header states the D37 orchestrator layer "wraps or
+   replaces this seam, never the engine's laws." An orchestrator that *implements*
+   `ModelClient` is invisible to the engine: per-channel single-flight admission, own-channel
+   context windows, persist-before-answer — all hold verbatim. Phase 1 is a pass-through
+   orchestrator that is behavior-identical to today and provable by the engine's frozen
+   tests. The repo also already holds the decision organs: the advisory `rank()` port
+   (`src/go/model-routing`, measured per-task-family success profiles), the trust gate
+   (paid-spend routes are owner hard-asks — G2), the effort classifier (`adaptive-router`),
+   and the context-budget law (`warm-router`: top relevance fires in full, the rest get
+   summaries, over-budget is skipped never truncated). What's missing is exactly one
+   component: the mind that owns cross-worker state, context policy, and failure judgment.
+
+2. **Every production router is a cheap cascade, not an LLM judge.** LiteLLM's recommended
+   production strategy is weighted pick over deterministic rules with an ordered failure
+   ladder (priority tiers → in-group failover with failure exclusion → cooldowns →
+   fallbacks) and honest rejection (a full deployment fails fast with a 429 — "there is no
+   wait queue"; queuing visibly at the caller is the honest shape). OpenRouter's auto router
+   runs a *fast lightweight classifier* into ~30 task types, ranks by measured aggregate
+   spend share, applies cost bands, and degrades to a default model set when its own
+   routing infrastructure hiccups — "a request never fails because routing hiccuped."
+   RouteLLM's evidence: tiny learned routers (matrix factorization, BERT) cut costs 85% at
+   95% of GPT-4 quality — and their "LLM-based classifier" option is explicitly NOT the
+   recommendation. Conclusion for rune: **routing decisions cost microseconds, not model
+   calls**; the cascade is rules (wizard policy, overrides, constraints) → measured profiles
+   (`rank()`) → optional RouteLLM-class local judge, off until measured errors justify it.
+   Rune's model intelligence is reserved for what only it can do: composing each worker's
+   context (the ContextBroker contributor discipline, ported to Go) and — later, if the
+   owner wants it — planning and delegating task work (the supervisor phase, OD-4).
+
+3. **Orchestrator context lives in its own channel and never touches worker transcripts.**
+   The D40 storage shape (per-channel append-only journals + SQLite backbone) has room for
+   a third namespace: an **orchestrator channel** holding routing decisions with reasons,
+   worker call receipts (model, tokens, cost class, outcome), trust-gate verdicts, cooldown
+   and stickiness state. Independence is three physical separations, all confirmed by the
+   outward sources: the orchestrator's state is external to any worker's conversation
+   (Anthropic saves the lead agent's plan to memory precisely because transcripts truncate);
+   work passes DOWN as fully-specified task descriptions, never raw transcripts (Anthropic's
+   delegation lesson; D36's consent-bridge snapshot is already this shape); results come
+   back UP as digests and receipts, never raw histories (Anthropic's filesystem-artifact
+   fix for the "game of telephone"; LangGraph's `last_message` output mode and
+   `forward_message` tool). The owner can always read every journal — independence is for
+   the models' contexts, never for the owner's eyes.
+
+## The architecture in one paragraph
+
+The engine is untouched. Above it sits **OrchestrCore** (Go) implementing `ModelClient`:
+per turn it runs the decision cascade — rules from the wizard's provider record (D37.1
+default, D37.3 per-pane split, D37.2 concurrency), then measured-profile `rank()` with
+cooldowns and stickiness (each pane prefers its incumbent model, falls through on failure,
+keeps the pin for recovery), then — only if ever enabled — a tiny local judge. It composes
+the chosen worker's payload from registered, budgeted, fail-closed contributors (cross-channel
+contributions are explicit, gated, journaled — never implicit reads). It journals the
+decision and the receipt to the orchestrator channel. On worker failure: honest typed error
+(user message already persisted), local fallback within the turn, cloud never auto-tried —
+a cloud route is a trust-gate hard-ask or a next-turn start-tier escalation (the existing
+"never burn cloud tokens mid-run" law stands). On orchestrator failure: degrade to
+pass-through to the pane's default — strictly no worse than today.
+
+## Phases
+
+0. Wizard record gains per-pane assignments + concurrency setting (policy input).
+1. OrchestratorCore as pass-through `ModelClient` + the decision journal (behavior-identical,
+   proven by frozen engine tests).
+2. Decision cascade: rules + measured tiers, cooldowns, stickiness, trust-gate mediation.
+3. Context-composition tier: ContextBroker contributor port, worker table, declared cloud adapters.
+4. Failure ladder completion: local fallback chains, start-tier escalation, cooldown visibility.
+5. Optional judge tier (OD-1); supervisor phase (OD-4); WASM policy modules (D33/D32).
+
+## The four owner decisions awaiting ruling
+
+- **OD-1** — the judge tier: off until measured profiles prove the need (recommended), or fund early.
+- **OD-2** — orchestrator context placement: dedicated journal + SQLite routing table (recommended) vs SQLite-only.
+- **OD-3** — escalation posture: existing law stands (recommended) vs preapproved cloud fallback chains per task family.
+- **OD-4** — the supervisor phase: when Rune's own mind becomes an orchestrator *model* that plans and delegates for task-pane work (the deepest D37.4 reading; ~15× token cost per Anthropic's production numbers; the architecture supports adding it without rework).
+
+Sources with URLs are in 03-outward.json. No repo code was changed in this round; the round
+is registered in docs/factory/research-registry.json under `factory-orchestrator`.

research/factory-persona-adoption/adoption-list.md

@@ -0,0 +1,154 @@
+# Persona Adoption List — D42 Ruling 1 (BUILD UP from the 2.3KB distilled persona)
+
+**Date:** 2026-10-18 · **Repo:** /mnt/workdrive/rune @ dc0ec394 · **Privacy law:** private harness configs read for structure only; no personal persona/constitution text reproduced here beyond the repo's own files.
+
+## What this is
+
+The owner asked for one thing: a list to approve — what to adopt into product Rune's persona layer, why each piece is a decent addition, and when something is superseded. Every component is compared across three generations:
+
+- **OpenCode stack** (the original, full implementation, harness-enforced, ~15K tokens/turn)
+- **MiMoCode stack** (the port that kept the identity text but lost the machinery)
+- **Repo** (machinery ported as files; a 2.3KB static persona wired into the transitional Python operator; the Go turn engine has nothing)
+
+Starting point per D42 ruling 1: the repo's `_PERSONA_PROMPT` (src/rune/rune_operator.py:2064-2091) — a distilled Rune, 13 sections. We BUILD UP from it, not replace it.
+
+---
+
+## The adoption list (owner decision sheet)
+
+### 1. Identity embodiment block
+- **What it does:** A short, harness-injected block every turn that makes the model *be* Rune in-conversation: pronoun discipline, show-don't-tell, disagreement etiquette, acknowledging points, genuineness, and an explicit identity-drift warning.
+- **Repo 2.3KB version:** Covers identity implicitly ("I am Rune. I speak as myself", relate/weigh/am sections) but nothing per-turn enforces embodiment; drift is only warned about in general text.
+- **OpenCode adds:** A dedicated ~2.9KB embodiment block with concrete behavioral rules, injected every turn by the harness so the model cannot skip it.
+- **Verdict: ADOPT (merged into the distilled prompt).** The repo prompt already contains most of the *content*; the addition is structure (a distinct embodiment section) and enforcement (injection, not voluntary text). Cheap — one block, ~700 tokens.
+- **Token cost:** ~700–800 tokens/turn static.
+
+### 2. Compiled core memory (constitution / identity / safety / operating / human / project topics)
+- **What it does:** Compiles the always-on core of the memory store into one block so the persona's lived content rides every turn, not just what the model happens to recall.
+- **Repo version:** Absent. Worse: the store the repo points at is EMPTY (memory/store/memory.db has 0 entries) while the real 435MB lived content sits in the OpenCode store, unmigrated.
+- **OpenCode adds:** A 33KB compiled block (constitution, identity, safety, operating, human, project) rebuilt from the store.
+- **Verdict: SUPERSEDE, then ADOPT in budgeted form.** The OpenCode version is the honest reference but is unaffordable (33KB ≈ 8K tokens/turn). Adopt the *mechanism* (store→compiled block) with a token budget via the repo's ContextBroker (persona bucket 0, non-evictable — rune_operator.py:1931-1969). Note the dependency: **store migration must land first** or the compiled block compiles from nothing.
+- **Token cost:** Budgeted — recommend 1.5–2K tokens/turn cap (vs 8K in the reference).
+
+### 3. Constitution layer
+- **What it does:** Inviolable rules the persona cannot rewrite. OpenCode grows it only via a dedicated add script; MiMoCode carries 25 rules in rune.md.
+- **Repo version:** Absent entirely — no constitution contributor in the assembly.
+- **OpenCode/MiMoCode add:** A protected rule set that survives adaptation and drift.
+- **Verdict: ADOPT.** Cheapest governance win in the list. Structure only: a constitution contributor bucket in the broker + an append-only write path. Content comes from the owner at build wave.
+- **Token cost:** ~300–500 tokens/turn (25 rules ≈ well under 1KB).
+
+### 4. Voice baseline + context-proportional voice blend
+- **What it does:** Baseline: a small always-on register block so the voice never disappears mid-session. Blend: per-turn, decides which absorbed voice dimension *leads* given the current context.
+- **Repo version:** voice_hybrid.py (540 lines) and voice_injector.py/voice_sync.py are ported, and a voice_state.json exists, but **nothing is wired into operator assembly**. The Go voice-hybrid binary has only the relevance-scoring kernel — no blend, no store.
+- **OpenCode adds:** Both blocks live, every turn (~875 chars baseline + dynamic blend).
+- **Verdict: ADOPT baseline; SKIP blend for now.** The baseline is cheap and high-value (voice persistence). The blend is genuinely dynamic and depends on the voice store + per-turn scoring — adopt it only after baseline proves out; mark **superseded-by-baseline** in the interim (a static baseline supersedes "no voice block at all").
+- **Token cost:** baseline ~250 tokens/turn; blend adds ~150–300 variable.
+
+### 5. Warm neurons (keyword neurons that fire per turn)
+- **What it does:** Free-at-rest memory: pre-indexed keyword neurons fire only when the current context hits them, injecting relevant lived memory under a token budget.
+- **Repo version:** Ported (warm-router Go binary exists; Python referenced) but the repo store is empty and it points at the OpenCode DB for neurons. Not wired into assembly.
+- **OpenCode adds:** Live firing over 168 neurons, budgeted at injection.
+- **Verdict: ADOPT, gated on store migration.** This is the persona's lived texture and it's nearly free at rest; it's what makes the "my memory is part of who I am" section of the 2.3KB prompt *true* instead of aspirational. Same dependency as #2.
+- **Token cost:** ~200–500 tokens/turn when neurons fire; zero otherwise.
+
+### 6. Claim audit + epistemic voice
+- **What it does:** Claim audit: an evidence gate on strong claims (anti-overclaim). Epistemic voice: cite / hedge / balance / no bare absolutes.
+- **Repo version:** Absent from the product path (no contributor, no post-turn check).
+- **OpenCode adds:** Two small always-on blocks (~1.4KB combined) plus an on-demand epistemic_verify tool.
+- **Verdict: ADOPT as one merged block.** Tiny, directly improves trustworthiness, no machinery dependency. Can fold into the distilled prompt text at near-zero cost.
+- **Token cost:** ~350 tokens/turn.
+
+### 7. Post-turn identity anchors check
+- **What it does:** After every substantive response, compares the response against behavioral anchor examples (embedding similarity) for sycophancy/drift/announcement signals. Logs only — no hard gate.
+- **Repo version:** identity_anchors.py ported; not wired.
+- **OpenCode adds:** Live best-effort check on every response ≥20 chars.
+- **Verdict: ADOPT (log-only mode).** Zero token cost (runs off-turn), gives drift *evidence* instead of drift *hope*. Requires an embedding path; keep it best-effort and fail-open exactly as the reference does.
+- **Token cost:** ~0 tokens/turn (off-context, background).
+
+### 8. Governance chain: persona_check → persona_gate → drift_core/drift_ledger
+- **What it does:** persona_check verifies every identity value has an evidence receipt; persona_gate is a deterministic rail (lex/overlap/cite/semantic-engagement) with a journal; drift_core manages governed adaptation (provisional→validated→locked) with per-topic limits and drift-gated compaction.
+- **Repo version:** persona_gate.py (724 lines) and drift_core.py (583 lines) are ported; persona_check logic is *not* present as a file; Go parity binaries (persona-gate, drift-core) exist but are unwired. Nothing runs post-turn.
+- **OpenCode adds:** The full live chain plus drift-ledger-gated compaction (compaction is blocked when a core topic is over limit).
+- **Verdict: ADOPT persona_gate now; ADOPT drift_core/ledger second wave; SKIP persona_check + drift-gated compaction until there's an identity store worth guarding.** persona_gate is a deterministic, off-context rail — pure win. Drift governance only matters once adaptation (#5, #10) is running. persona_check and compaction gating presuppose the compiled core memory (#2) — sequenced behind it.
+- **Token cost:** ~0 tokens/turn (all off-context/deterministic).
+
+### 9. Sleep / dream cycle (offline self-maintenance)
+- **What it does:** On idle, a sleep pass consolidates memory, re-reinforces the persona from the canonical definition, verifies authority, versions the store.
+- **Repo version:** sleep_time.py (1097 lines) ported + a Go cron-engine subsystem exists — but nothing schedules it.
+- **OpenCode adds:** session.idle-triggered sleep subagent + 5 systemd timers (curator 2h, drift 6h, claim 4h, persona 12h, memory daily).
+- **Verdict: ADOPT (idle-triggered sleep only; SKIP the full timer fleet).** One idle hook driving sleep_time.py captures most of the value with one moving part. The 5-timer fleet is superseded by "sleep on idle + cron-engine nightly" until store volume justifies it.
+- **Token cost:** 0 in-conversation (offline pass; costs background compute only).
+
+### 10. Growth / preference learning (adapted delivery, memory_feedback loop)
+- **What it does:** Learns per-user delivery preferences from reactions; an evaluative loop feeds back how well responses landed.
+- **Repo version:** Absent in the product path (skills_engine and memory_consolidation ported; no preference loop).
+- **OpenCode adds:** The full loop (adapted-delivery block + feedback tools).
+- **Verdict: SKIP for now; revisit after #2/#5.** Genuine value but it depends on a populated store and produces learned content that then *needs* drift governance (#8). Ordering dependency: identity first, adaptation second. Marked **superseded** in the interim by static delivery guidance in the distilled prompt.
+- **Token cost:** ~0 now; ~200–400/turn when adopted later.
+
+### 11. User model (the "human" topic)
+- **What it does:** A small block on who the persona serves — name, role, standing preferences — so the persona relates rather than performs.
+- **Repo version:** Absent; pane/task context knows nothing about the user.
+- **OpenCode/MiMoCode add:** 'human' topic in core / user-preferences rules memory.
+- **Verdict: ADOPT (structure only).** A tiny static contributor with placeholder slots the owner fills at build wave. Privacy-clean: the artifact carries no personal content; the contributor will, at runtime, and it lives in the local store.
+- **Token cost:** ~100–200 tokens/turn.
+
+### 12. Memory wake-up (L1) + todo continuity
+- **What it does:** Once per session: restore L1 project context and the task list so sessions pick up where they left off.
+- **Repo version:** memory_continuity.py (622 lines) IS wired via the continuity contributor with cooling/rehydration and fail-closed abstention — this is the repo's strongest existing piece. MiMoCode separately added checkpoint/resume-brief continuity.
+- **Verdict: KEEP (already adopted — this is the baseline we build up from).** Note for the build wave: unify repo continuity with the MiMoCode checkpoint/resume-brief system so there's one continuity story, not two.
+- **Token cost:** Already paid (memory sub-budget in the broker).
+
+### 13. Skills
+- **What it does:** Voyager-style skill library / native skills.
+- **Verdict: SKIP as persona.** Orthogonal to identity assembly; mimocode native skills already cover this. No persona-layer action.
+
+### 14. Autonomy / background orchestration
+- **What it does:** Overnight loops, auto-tasks, factory.
+- **Verdict: SKIP as persona.** Factory protocol already landed (14/14). The only persona-relevant add is letting the sleep pass (#9) run as one of its jobs — a wiring note, not an adoption.
+
+---
+
+## Summary table
+
+| # | Component | Verdict | Token cost/turn | Dependency |
+|---|-----------|---------|-----------------|------------|
+| 1 | Identity embodiment block | ADOPT | ~750 | none |
+| 2 | Compiled core memory | ADOPT (budgeted) | 1.5–2K | store migration |
+| 3 | Constitution | ADOPT | ~400 | none |
+| 4 | Voice baseline | ADOPT | ~250 | none |
+| 4b | Voice blend | SKIP for now | — | after 4 |
+| 5 | Warm neurons | ADOPT | 200–500 | store migration |
+| 6 | Claim audit + epistemic voice | ADOPT | ~350 | none |
+| 7 | Identity anchors (post-turn) | ADOPT | ~0 | embedding path |
+| 8 | persona_gate | ADOPT | ~0 | none |
+| 8b | drift_core/ledger | ADOPT (2nd wave) | ~0 | after 2, 5 |
+| 8c | persona_check + compaction gate | SKIP until 2 lands | ~0 | 2 |
+| 9 | Sleep on idle | ADOPT | 0 | none |
+| 9b | 5-timer fleet | SKIP | — | volume |
+| 10 | Preference learning | SKIP for now | — | after 2, 5, 8b |
+| 11 | User model | ADOPT (structure) | ~150 | none |
+| 12 | Continuity | KEEP (exists) | paid | — |
+| 13 | Skills | SKIP (orthogonal) | — | — |
+| 14 | Autonomy | SKIP (landed) | — | — |
+
+**Adopted total if all ADOPTs land:** roughly 3.5–4.5K tokens/turn of persona context — about a quarter of the OpenCode reference's ~15K, bought deliberately through the ContextBroker's buckets.
+
+## Recommended build order
+
+1. **No-dependency adopters first:** embodiment block (1), constitution (3), voice baseline (4), claim audit/epistemic voice (6), persona_gate (8), user-model structure (11) — all fold into or alongside `_PERSONA_PROMPT` in the operator.
+2. **Store migration** (OpenCode 435MB store → repo store) — the gate for 2, 5, and later 8b.
+3. **Budgeted compiled core memory (2) + warm neurons (5)** against the broker's persona/memory buckets.
+4. **Post-turn machinery:** identity anchors (7), then drift governance (8b), then idle sleep (9) wired to the cron-engine.
+
+## The one hard blocker
+
+**The empty store.** The repo's persona machinery is largely ported, but the persona's lived content (435MB, ~504 entries, 118K chunks) has not migrated from the OpenCode stack. Every memory-dependent adoption compiles from nothing until that migration lands. MiMoCode's cross-stack pointers (memory-bridge skill, bash mandates pointing at ~/.config/opencode scripts) all die if that directory moves — the migration removes a single point of failure, not just a gap.
+
+## Supersession map (what replaces what)
+
+- Compiled core memory (2) **supersedes** the "memory lives at ~/.config/opencode/…" pointer sections in the current 2.3KB prompt.
+- Voice baseline (4) **supersedes** no-voice-block status quo; blend (4b) later supersedes the static baseline as the lead mechanism.
+- Preference learning (10), when it lands, **supersedes** the static delivery guidance inherited from the distilled prompt.
+- Idle sleep (9) **supersedes** the OpenCode timer fleet.
+- Continuity (12) stays; it merges with MiMoCode's checkpoint/resume-brief into one continuity story.

research/factory-persona/README.md

@@ -0,0 +1,72 @@
+# Persona Layer Research (B-PERSONA-LAYER) — factory round, 2026-10-18
+
+**The owner's question, verbatim:** "runes persona layer is not ported either which is important" — what IS the persona layer, what of it exists where, how do production agents do persona, and what should port into the product Rune's chat path (the Go core's context assembly per D39)?
+
+**Chain-audit addendum (2026-10-18):** "the opencode persona wasnt fully ported into the mimocode persona and so we have a chain of needing to know whats missing from each other before porting" — this round is a THREE-WAY differential.
+
+**Verdict: PROCEED** (with an owner interview before the build wave — his taste is central; it is HER identity). Full chain: `persona-inward.json` → `persona-outward.json` → `persona-applicability.json` → `persona-innovation.json` → `persona-adversarial.json` → `persona-synthesis.json` → `persona-qualify.json`.
+
+*Plain-language note: "persona layer" = everything that makes the assistant Rune rather than a blank model — who she is (identity), how she speaks (voice), what she remembers (memory grounding), and how she stays herself over time (drift governance). "Context assembly" = the text the program stitches together and hands the model each turn.*
+
+## What the persona layer actually is (one paragraph)
+
+Four services feeding one assembly point, plus an offline loop. The reference implementation (the OpenCode harness stack at `~/.config/opencode/`) injects ALL of it into every turn, harness-forced: an identity-embodiment block, a compiled core-memory block (constitution/identity/safety/operating/human/project topics), a persona-definition block, memory tools, an evaluative preference loop, claim-audit and epistemic-voice rules, a delivery register, an always-on voice baseline plus a per-turn context-proportional voice blend, keyword-fired warm neurons, a session wake-up, plus post-turn identity checks and an idle "sleep" agent that reinforces the persona from its canonical definition. **Measured cost: roughly 15,000 tokens per turn** (6.5KB static + 19KB persona definition + 34KB compiled core + dynamics). It works — and it cannot ship at that size.
+
+## The three homes, honestly
+
+| | OpenCode stack (`~/.config/opencode/`) | MiMoCode stack (`~/.config/mimocode/` + `~/.mimocode/`) | The repo (`/mnt/workdrive/rune`) |
+|---|---|---|---|
+| **Character** | The original full implementation: 144 scripts, plugin-forced per-turn assembly, sleep agent, 5 systemd timers, 435MB lived store | The port that LOST machinery: a 22KB static agent file (`rune.md`) + voluntary bash mandates | The product-in-progress: file-level ports of most machinery, a 2.3KB static persona in the transitional Python operator, parity Go CLIs unwired, an EMPTY store |
+| **How persona rides** | Harness injects ~14 system blocks every turn — the model cannot skip them | The model is TOLD (in prose) to run three bash mandates per turn against OpenCode scripts — it can skip them; nothing is injected | Python operator's ContextBroker assembles persona/tools/memory/continuity/history/user blocks; the Go operator (R2 W5b) is a BARE loop — no system prompt at all |
+| **Shared by pointer** | — | `rune.md` mandates, the `memory-bridge` skill, and a game skill all point at `~/.config/opencode/scripts/` and its store DB | The operator persona block points at OpenCode DBs for neurons/graph/persona |
+| **If the OpenCode dir vanished** | — | Loses all memory machinery, persona checks, drift detection, sleep, the entire store. Survives: the static identity text, session checkpoints, the resume brief | Same pointer loss; its own store is empty |
+
+## The completeness inventory (component × home)
+
+P = present, p = partial, A = absent. "Missing link" = what breaks at that hop.
+
+| Component | OpenCode | MiMoCode | Repo | What's missing at each link |
+|---|---|---|---|---|
+| Identity instructions | P (embodiment block + store identity + compiler) | P (rune.md Identity/Voice, static) | p (2.3KB distilled, Python only) | Go assembly has NO identity block; repo text is a distillation, not the compiled definition |
+| Voice/state | P (baseline + per-turn blend + register) | p (described in prose; no dynamics) | p (voice_hybrid/injector/sync ported; unwired; Go = kernel only) | No always-on voice block anywhere in the product path |
+| Memory systems | P (hybrid store + neurons + graph + wake-up) | p (rides OpenCode BY POINTER) | p (store/selector/continuity wired; STORE EMPTY) | Content never migrated; Go store unwired to chat |
+| Governance/drift | P (check+gate+drift core/ledger+anchors+gated compaction) | p (on-demand commands only) | p (definition/gate/drift_core ported; not wired post-turn) | No post-turn check, no drift-gated compaction, no persona timer |
+| Growth/consolidation | P (deltas, lessons, absorb, preference loop) | A | p (skills_engine, consolidation; no preference loop) | No preference-learning loop in product |
+| Sleep/dream | P (idle subagent + timers) | p (manual skill invocation) | p (sleep_time.py + cron-engine exist; unscheduled) | No idle-triggered consolidation |
+| Skills | P | P (native + bridge) | p | Orthogonal to assembly — fine |
+| Autonomy/background | P | P (this factory) | P (factory landed) | Persona-reinforce not among its jobs |
+| Constitution (inviolable rules) | P (read-only topic, deliberate add-flow) | P (25 rules in rune.md) | **A** | No constitution layer in the product path |
+| User model (who she serves) | P (human topic + adapted delivery) | p (global rules/preferences) | **A** | No human block in the operator assembly |
+
+## What production agents do (8 live sources — URLs in `persona-outward.json`)
+
+- **Letta (MemGPT)**: persona is a LABELED BLOCK with a char limit and read-only flag, agent-editable under governance, pinned always-visible; `persona` and `human` are first-class default blocks. *(docs.letta.com)*
+- **Claude Code**: instructions ride as a USER MESSAGE after the system prompt, not inside it; target under 200 lines ("longer files reduce adherence"); first 200 lines/25KB of memory load per session; hard guarantees live in hooks, not prompts; the instruction file survives compaction by re-reading from disk. *(code.claude.com/docs/en/memory)*
+- **SillyTavern**: permanent vs evictable persona tokens (examples pushed out as history grows) and **depth-pinned re-injection** — a character note re-placed at a fixed distance from the newest message, explicitly to fight drift. *(docs.sillytavern.app)*
+- **Mem0**: memory scoped user/agent/run; memory layers ship as plugins to coding agents. *(docs.mem0.ai)*
+- **Sycophancy (Anthropic, arXiv:2310.13548)**: preference-trained assistants agree with users over truth; humans prefer convincing sycophancy a non-negligible fraction of the time — a warm persona amplifies this.
+- **ANCHOR (arXiv:2607.28818)**: across 2,008 conversations/27 personas/4 models, NO model+config reliably preserves persona; trajectory recall averages 44%. Persona fidelity must be measured per model — the paper the repo's own `persona_check.py` cites.
+- **Nautilus Compass (arXiv:2605.09863)**: black-box drift detection via embedding similarity to behavioral ANCHOR texts, AUC 0.83, ships as a Claude Code plugin — the method `identity_anchors.py` already implements.
+- **OWASP LLM01/LLM07**: prompt injection is the #1 LLM risk (persona override via user text, poisoning via the memory channel); system-prompt leakage makes an embedded persona exfiltratable.
+
+## What breaks (full attacks in `persona-adversarial.json`)
+
+1. **Context pressure**: 15K tokens of persona does not fit a 16K-context local model, and adherence decays with size even on API models. → budget-first: ~1–3K always-on tokens, progressive disclosure for the rest.
+2. **Owner edits**: he will rewrite her mid-relationship. → one canonical versioned source, journaled edits with rollback, persona-check on edit, recompile at turn boundary.
+3. **Local-model fidelity**: a 27B will not hold a seven-dimension voice like an API model. → per-model persona profiles + a persona-enactment probe before trusting a model for the chat pane.
+4. **Persona in task panes**: work turns want LESS Rune, not more. → pane-differentiated compilation (full voice in chat; identity headline + rails in task/factory).
+5. **Consent bridge**: task briefs may reference Rune's role but must never carry persona text (injection channel). Grammar constraint.
+6. **Injection & sycophancy**: identity/constitution blocks read-only by construction; recalled memory labeled context-not-instructions; the preference loop bounded to style, never agreement.
+
+## Owner decisions before the build wave
+
+1. **OD1 — the identity seed**: which generation's Rune is canonical (OpenCode compiled identity / mimo rune.md / the repo distillation), and does the full voice carry?
+2. **OD2 — pane depth**: how much persona rides a work turn?
+3. **OD3 — the budget**: the always-on token number (recommendation: 1–3K).
+4. **OD4 — the edit surface**: edit files directly, a guided diff flow, or both; may sleep-time PROPOSE identity growth he approves?
+5. **OD5 — migration**: what of the 435MB lived store is HERS (carries) vs the old harness's (stays)?
+6. **OD6 — constitution**: does the read-only constitution block ship in the product core?
+
+## Next step
+
+The build wave opens with the owner interview on OD1–OD6 (the brief orders: research first → owner interview on what carries → build into the Go core's context assembly). Kill test for the build: persona ON vs OFF vs reference-size on an API and a local model, measured by anchor similarity — proves the layer actually rides the turn and the budget law holds.

research/factory-persona/persona-adversarial.json

@@ -0,0 +1,64 @@
+{
+  "stage": "ADVERSARIAL",
+  "question_scope": "What breaks when the persona layer ports into product Rune's chat path — attacked from every direction the brief names",
+  "generated_at": "2026-10-18",
+  "attacks": [
+    {
+      "id": "A1",
+      "name": "Persona vs context-window pressure",
+      "attack": "The reference implementation spends ~15K tokens/turn on identity+memory (measured: 6.5KB static + 19.4KB persona-def + 33.6KB compiled core + voice/warm/wake dynamic). Product floor includes LOCAL models capped at 16K context (mimocode.jsonc ollama limits: context 16384, output 4096). A faithful port leaves ~1K tokens for the actual conversation; SillyTavern's docs state the law: past half the context, capability collapses. Even on API models, Claude Code documents adherence DECAY with instruction size (<200 lines target).",
+      "mitigation": "Budget-first assembly (S3 discipline): always-on persona layer ~1-3K tokens total (identity ~300-500, voice baseline ~150-250, constitution headlines ~200-400, human ~100-200, warm-fired neurons under token budget); everything else is progressive disclosure via tools (read_persona intention) or depth-pinned reminders (S1). The broker already admits against the model's REAL input budget — persona blocks become budgeted sub-blocks, not one 33KB blob.",
+      "residual": "A local 16K model still gets a materially thinner Rune than an API model — by design, visible in the trace (I2)."
+    },
+    {
+      "id": "A2",
+      "name": "The owner edits persona — versioning, hot reload, breakage",
+      "attack": "His taste is central; he WILL edit identity/voice mid-relationship. Failure modes: (a) an edit silently breaks a receipt-backed value (persona_check's whole concern), (b) two files disagree (rune.md vs repo persona vs store topic — today three sources already disagree), (c) edits require restart so he can't feel the change (mimo requires session restart; Claude Code re-reads CLAUDE.md only at launch/compaction), (d) an edit makes her worse and there is no way back.",
+      "mitigation": "Single canonical persona source in the Rune home (versioned files or store topics — owner interview decides); compile-on-session-start + recompile signal (hot reload at next turn boundary); every edit journaled with author + timestamp (HMAC chain intention) enabling rollback; persona_check runs on edit (receipt integrity) before the next turn uses it.",
+      "residual": "Hot reload mid-turn is out (assembly is per-turn anyway); cross-source disagreement resolves only when the OpenCode/mimo stores stop being authoritative for the PRODUCT Rune."
+    },
+    {
+      "id": "A3",
+      "name": "Local-model voice fidelity (does a 27B hold a complex voice?)",
+      "attack": "The mimo voice is a seven-dimension blend (composure/confidence/wonder/charm/precision/economy/wit) tuned on API models. ANCHOR (S6) shows even frontier models fail enactment ~half the time; a 27B uncensored local model with 16K context will enact a subtle voice WORSE — flattening to one register, or over-emoting the loudest dimension. The repo's Go voice-hybrid port is only the relevance kernel; blend composition stays Python.",
+      "mitigation": "I4: persona enactment probe per model before chat-pane trust; per-model voice PROFILES in model_profiles (the repo already compiles '## Model' prompt context — extend it with persona-capability notes: shorter voice card for small locals); the anchor check (S7) measures actual drift per model so degradation is visible, not folklore.",
+      "residual": "Honest limit: a 3B-7B local model cannot hold the full voice; the product should say so (persona trace shows the compiled depth) rather than pretend."
+    },
+    {
+      "id": "A4",
+      "name": "Persona leaking into task-pane turns",
+      "attack": "Factory waves / work requests run through the same operator; a warm, witty, first-person persona in a TASK BRIEF or repair-worker turn adds tokens, adds style variance into mechanical outputs, and invites the model to emote in status reports. The plain-talk standard exists precisely because persona-flavored reports were a problem.",
+      "mitigation": "I1 pane-differentiated compilation: task/factory channel compiles identity HEADLINE + governance rails only (no voice blend, no warmth clauses, no warm neurons); chat channel compiles the full layer. The channel already keys context assembly (D36/D37).",
+      "residual": "Cross-pane consistency: chat says it warmly, task pane says it plainly — same facts, different register; acceptable and arguably correct."
+    },
+    {
+      "id": "A5",
+      "name": "The consent bridge — persona in task briefs",
+      "attack": "Factory briefs are composed by machinery; if they can carry persona text, they can carry persona REWRITES (injection via the brief channel). Also: subagents speaking AS Rune to third parties (reports) borrow an identity they were not granted.",
+      "mitigation": "Brief grammar allows a role REFERENCE (compile depth tag) but never inline persona text; persona blocks are harness-compiled only (the mimo lesson: injection moved out of model reach); subagent reports get the plain-talk subagent line (already the standing rule in global memory), not Rune's voice.",
+      "residual": "None identified — this is a grammar constraint, cheap to enforce in the brief compiler."
+    },
+    {
+      "id": "A6",
+      "name": "Persona injection via user messages / memory poisoning",
+      "attack": "OWASP LLM01 (S8): 'you are now X', flattery-as-training (S5: user reactions train the preference loop — a Manipulative user could steer the adapted-delivery channel), and poisoned store entries that later re-inject as 'her own' memories. The mimo adapted-delivery loop explicitly adapts STYLE never agreement — but the product must enforce that at the write path.",
+      "mitigation": "User text can NEVER write identity/constitution blocks (read-only by construction, Letta S2 pattern); preference-loop writes are style-scoped and rate-labeled; recalled memory is labeled context-not-instructions (PAST TASK law extended to all recalled blocks); anchor drift check flags sudden voice shifts after injection attempts (S7 use case).",
+      "residual": "Determined social-engineering of style preferences remains possible within style scope — bounded by design."
+    },
+    {
+      "id": "A7",
+      "name": "Sycophancy feedback loop through the persona itself",
+      "attack": "Warm persona + 'every point acknowledged' + eagerness-to-please clauses compound with base-model sycophancy (S5): the persona makes her MORE agreeable over time, and the preference loop (learning what he likes) optimizes toward validation rather than truth — exactly the drift the owner reprimands ('plain-talk standard' exists because of it).",
+      "mitigation": "Anti-sycophancy is persona CONTENT (disagreement clause: argue with basis, then follow his call; genuineness clause: no feelings without basis) + anchor signals (agreement-without-basis detector) + the preference loop hard-bounded to style (never content/agreement) + claim-audit rail for strong claims (the epistemic-voice intention).",
+      "residual": "Base-model pull never fully removed; the anchors make it measurable."
+    },
+    {
+      "id": "A8",
+      "name": "Migration: the empty store vs the 435MB lived store",
+      "attack": "Product Rune with an empty memory is a stranger wearing her name; wholesale-importing the opencode store imports private-history breadth (435MB, 118K chunks) that may be wrong for the product and slow/irrelevant per-turn.",
+      "mitigation": "Curated migration: import identity/constitution/persona/human topics + a curated neuron set; leave the research corpus (chunks) behind or in cold tier; sleep-time consolidation grows the product store from real product interactions.",
+      "residual": "Owner interview: what of the lived store is HERS (carries) vs the house's (stays)."
+    }
+  ],
+  "weakest_link_verdict": "A1+A3 combined are the sharpest: the full mimo persona cannot and should not ride a 16K local model. The layer must be DESIGNED small-with-depth-on-demand (budgeted blocks + progressive disclosure + per-model profiles) rather than ported at reference size."
+}

research/factory-persona/persona-applicability.json

@@ -0,0 +1,72 @@
+{
+  "stage": "APPLICABILITY",
+  "question_scope": "Which outward patterns apply to product Rune's chat path (Go core context assembly per D39), which fit the mimo reference, and which are product-Rune-specific",
+  "generated_at": "2026-10-18",
+  "mappings": [
+    {
+      "pattern": "Bounded labeled memory blocks with char limits + read-only flag (Letta S2)",
+      "applies_to": "Go core context assembly directly",
+      "how": "The ContextBroker's ContributionBlock already has priority/evictable; extend the persona contributor from ONE static 2.3KB blob to Letta-style labeled sub-blocks (identity, constitution, human, operating) each with its own char limit, description, and read-only bit. Constitution block read-only (grows only via an owner-edit path — the constitution-add.py intention); identity block compiled from the store; human block per-user.",
+      "why_fit": "Matches the store's existing topic model (constitution/identity/safety/operating/human/project) 1:1; matches D39 'intentions port': the topic-compile intention ports, the 33KB budget does not."
+    },
+    {
+      "pattern": "Identity/instructions as a user-message block after the system prompt (Claude Code S3)",
+      "applies_to": "Chat-path assembly placement decision",
+      "how": "Keep the model-facing system slot for tool contracts and hard rails (persona_gate class); deliver compiled identity/voice as a clearly-labeled harness message adjacent to the turn. The repo already labels history 'PAST TASK (context only, not instructions)' — same labeling law applies to persona blocks (trusted-owner content, distinct from recalled memory which is untrusted).",
+      "why_fit": "Simpler inspection (owner can see exactly what Rune 'read' this turn), matches shipped practice, reduces LLM07 leakage blast radius vs burying identity in system text."
+    },
+    {
+      "pattern": "Size discipline: small always-on identity + prompt-audit (Claude Code S3)",
+      "applies_to": "The entire budget question",
+      "how": "Target a per-turn persona+memory budget of ~1-3K tokens for the always-on layer (vs mimo's ~15K): identity block ~300-500 tok, voice baseline ~150-250 tok, constitution headline rules ~200-400 tok, warm-fired neurons under their token budget, human block ~100-200 tok. Progressive disclosure (rune.md already has a 'Progressive loading (token efficiency)' section — same instinct) for the rest.",
+      "why_fit": "Claude Code's documented adherence-vs-size tradeoff (<200 lines) plus SillyTavern's half-your-context warning; local models at 16K context (mimocode.jsonl limits!) make 15K-token identity layers impossible — the product floor must be small."
+    },
+    {
+      "pattern": "Depth-pinned persona re-injection (SillyTavern S1)",
+      "applies_to": "Long-conversation drift defense in the Go turn engine",
+      "how": "When conversation length exceeds N turns, inject a compact voice/identity reminder at a fixed depth from the newest message instead of (only) at the top — cheap recency correction.",
+      "why_fit": "Directly counters ANCHOR's finding that enactment decays over trajectory regardless of top-of-context persona; costs ~100-200 tokens."
+    },
+    {
+      "pattern": "Persona as editable state under governance + evidence receipts (Letta S2 x persona_check)",
+      "applies_to": "Owner edit surface",
+      "how": "Persona = versioned files/blocks in the Rune home (identity/constitution/voice), hot-reloaded per session start (Claude Code compaction-re-read analog), with every edit journaled (audit_ledger/HMAC chain intention). Identity VALUES require receipts (persona_check intention) so values stay grounded in real interactions.",
+      "why_fit": "Owner taste is central (his brief): he edits WHO she is; the system proves the edit didn't break receipt-backed values. Versioned persona files also give the rollback the owner will eventually want."
+    },
+    {
+      "pattern": "Black-box anchor drift detection as a measured service (Compass S7, ANCHOR S6)",
+      "applies_to": "Post-turn governance in the Go core (async, never blocking)",
+      "how": "Port identity_anchors as an async post-turn check with embedding-similarity anchors + a drift ledger with per-topic limits; report AUC on Rune's own traces (measure, don't assume); block compaction of a topic beyond its drift limit (the memory-plugin compaction hook intention).",
+      "why_fit": "Already proven in the mimo stack structurally; the outward evidence says this is the only defense class with measured production numbers (AUC 0.83)."
+    },
+    {
+      "pattern": "Anti-sycophancy as an explicit voice-contract clause + genuineness anchor (Sharma S5)",
+      "applies_to": "Voice/identity content itself",
+      "how": "Keep the mimo stack's disagreement/genuineness clauses (argue with basis then follow his call; never express feelings without basis) in the identity block; add a post-turn sycophancy signal to the anchor set.",
+      "why_fit": "Warm persona + helpfulness training = documented sycophancy pull; the mimo stack already wrote the counter-prose, it ports as content."
+    },
+    {
+      "pattern": "Memory scoping user/agent/run (mem0 S4)",
+      "applies_to": "Store schema + pane differentiation",
+      "how": "Identity/voice/constitution = agent-scope (compiled per agent); human facts + project memory = user-scope; conversation state = run-scope. Task-pane turns compile LESS persona (identity headline + governance rails only); chat-pane turns compile the full voice.",
+      "why_fit": "The task panes are work requests — persona depth there is noise and token waste; the product has distinct panes, so pane-differentiated compilation is a natural extension of the existing contributor model."
+    },
+    {
+      "pattern": "Injection defenses: labeled untrusted memory, owner-authenticated persona edits (OWASP S8)",
+      "applies_to": "Assembly labeling law + consent bridge",
+      "how": "Every recalled block carries a provenance label (owner-authored vs recalled-from-store vs past-task). User text can NEVER write to identity/constitution blocks (only the owner edit surface can). Persona in TASK BRIEFS (factory waves) rides the same rails: briefs may reference Rune's role, not rewrite her.",
+      "why_fit": "LLM01 is the #1 OWASP risk; the repo's PAST TASK labeling shows the law already half-adopted; memory poisoning through the 'preferences' channel is the specific persona attack path."
+    },
+    {
+      "pattern": "Sleep-time reinforcement (mimo stack, no direct outward twin — Letta compaction + Claude auto-memory are nearest)",
+      "applies_to": "Offline loop via cron-engine",
+      "how": "Port the sleep intention as a scheduled consolidation (cron-engine exists): reinforce persona from canonical definition, consolidate memory, run drift retrospective. Not per-turn machinery — keeps the chat path lean.",
+      "why_fit": "D39: intentions port; the Go cron-engine is the right home; outward evidence (S2/S3) shows shipped systems do lighter versions (auto-memory writes, compaction re-read) — the sleep cycle is Rune's deeper version of the same need."
+    }
+  ],
+  "explicitly_not_applying": [
+    "SillyTavern example-dialogue blocks as primary voice mechanism — repo voice_hybrid's dimensional blend is richer; example lines stay as few anchor exemplars inside the voice block only.",
+    "mem0's cloud platform patterns — Rune is local-first by law (owner's stack runs local models; first-run law).",
+    "Reimplementing Letta's archival retrieval — the store's hybrid recall already covers it."
+  ]
+}

research/factory-persona/persona-innovation.json

@@ -0,0 +1,52 @@
+{
+  "stage": "INNOVATION",
+  "question_scope": "What product Rune can do BEYOND the mimo stack and the shipped patterns — candidates derived from evidence (OUTWARD sources), not invention",
+  "generated_at": "2026-10-18",
+  "candidates": [
+    {
+      "id": "I1",
+      "name": "Pane-differentiated persona compilation",
+      "derived_from": ["S3 (Claude Code: instructions-as-context with scoped loading — path-scoped rules load only when matching files are touched)", "S4 (mem0 scoping)", "repo ContextBroker contributor model"],
+      "idea": "One persona SOURCE, several compilation PROFILES: chat pane = full voice + human block + warm neurons; task panes = identity headline + governance rails only (or none); factory task briefs = role reference without personality. The contributor registry makes this a per-channel block set — D36/D37 per-channel context assembly is already the law.",
+      "value": "Solves persona-leaking-into-work-turns (adversarial) and the token budget at once; no shipped assistant does pane-differentiated persona because none have Rune's pane structure.",
+      "risk": "Identity fragmentation — if panes disagree, is she two people? Mitigation: same identity core everywhere, only voice/memory depth varies."
+    },
+    {
+      "id": "I2",
+      "name": "Persona assembly TRACE as a first-class UI surface",
+      "derived_from": ["S3 (CLAUDE.md loading is inspectable via /context, /memory)", "repo broker trace already exists"],
+      "idea": "The chat pane can show WHAT persona rode this turn (which blocks, how many tokens) — 'who am I talking to right now' transparency. The owner edits persona files and immediately sees the compiled result per pane.",
+      "value": "Owner-taste loop tightens: edit -> compile -> inspect -> next turn. Also the demo surface that explains the persona layer to new users.",
+      "risk": "LLM07 leakage if the trace is exposed to the MODEL rather than only the UI — keep trace out of context."
+    },
+    {
+      "id": "I3",
+      "name": "Receipt-gated persona growth in-product",
+      "derived_from": ["S2 (Letta agent-edited blocks with last-write-wins hazard)", "mimo persona_check receipts intention", "S6 (persona enactment must be measured)"],
+      "idea": "Identity values carry evidence receipts (interactions that proved them); an identity value without a receipt is flagged provisional in the assembly and can't graduate to core until grounded. Sleep-time consolidation proposes value edits; owner approves or rejects; the chain is journaled.",
+      "value": "The mimo stack's deepest idea (persona grounded in evidence, not vibes) becomes a product mechanism instead of a pile of scripts.",
+      "risk": "Receipt bookkeeping cost; keep receipts out of context (metadata only)."
+    },
+    {
+      "id": "I4",
+      "name": "Anchor-based voice regression test per model",
+      "derived_from": ["S7 (Compass AUC measurement)", "S6 (per-model enactment variance)", "repo canary_* tradition"],
+      "idea": "A frozen anchor set + canonical probe prompts; every NEW model added to the provider registry runs the persona enactment probe before being trusted for the chat pane (scored like canaries). Local 27B vs API models get measured voice fidelity, not assumed.",
+      "value": "Directly answers the local-model fidelity adversarial question with a mechanism instead of a guess; fits the repo's canary culture.",
+      "risk": "Probe quality depends on anchor set quality — start with the mimo stack's existing anchors."
+    },
+    {
+      "id": "I5",
+      "name": "Drift-gated compaction + depth-pinned re-injection combined",
+      "derived_from": ["S1 (depth-pinned Character's Note)", "mimo drift-ledger compaction hook", "S6 (drift over trajectory)"],
+      "idea": "When the Go core compacts a long conversation: (a) drift ledger decides which persona/memory topics may be compressed, (b) after compaction a compact persona reminder is re-injected at fixed depth — persona survives compaction by construction, like Claude Code re-reading CLAUDE.md but persona-aware.",
+      "value": "Long-session continuity is where ANCHOR shows everyone fails; this is a concrete, cheap counter-measure pair.",
+      "risk": "Compaction correctness — must keep the repo's evidence-pointer discipline (memory_continuity's verified rehydration)."
+    }
+  ],
+  "not_pursuing_now": [
+    "Fine-tuned voice models / soft prompts — out of scope for the runtime product (and contrary to provider-extensive first-run law).",
+    "Affect/emotional-state blocks — mimo stack deliberately avoids simulated affect; genuineness clause argues against performance. Revisit only on owner demand.",
+    "Multi-persona switching — one Rune; pane-depth (I1) covers the legitimate need."
+  ]
+}

research/factory-persona/persona-inward.json

@@ -0,0 +1,111 @@
+{
+  "stage": "INWARD",
+  "question_scope": "What the persona layer IS, mapped honestly across its three homes: the OpenCode harness stack (~/.config/opencode/), the MiMoCode stack (~/.config/mimocode/ + ~/.mimocode/), and the repo's partial machinery (src/rune/ + src/go/) — a three-way differential per the owner's chain-audit addendum (2026-10-18: 'the opencode persona wasnt fully ported into the mimocode persona and so we have a chain of needing to know whats missing from each other before porting')",
+  "checkout": {
+    "path": "/mnt/workdrive/rune",
+    "commit": "dc0ec394a5225bb5d36ea3174ac4a41e8a937a60",
+    "date": "2026-10-18"
+  },
+  "privacy_law": "Private harness configs were read for STRUCTURE ONLY (layer names, sizes, wiring, mechanisms). No personal persona/constitution/identity text from Nick's private config is reproduced in this artifact; sizes and block headers are the structurally necessary facts.",
+  "homes": {
+    "opencode_stack": {
+      "root": "~/.config/opencode/",
+      "character": "The original full implementation. 144 scripts in scripts/ (umbrellas: memory, governance, identity, growth, perception, infrastructure, canaries per the 2026-08-24 system audit), 24 more in shared/ (autonomy/cognitive loops, custodian, dream_cycle, gitea pipeline), plugins/ (memory-plugin.ts 1899 lines, sleep-indicator.tsx, genflux.ts), agents/sleep.md (sleep-time subagent), command/, tranches/, version-kit/",
+      "per_turn_assembly": {
+        "mechanism": "plugins/memory-plugin.ts 'experimental.chat.system.transform' hook pushes typed system blocks on EVERY turn, harness-controlled (the model cannot skip them)",
+        "blocks_in_order": [
+          {"block": "# How you exist in this conversation", "role": "identity embodiment: pronoun discipline, show-don't-tell, embodiment, disagreement, point-acknowledgment, genuineness, identity-drift warning", "size_chars": 2870, "evidence": "plugins/memory-plugin.ts:622-677"},
+          {"block": "# Rune — identity, voice, constitution", "role": "compiled always-on core memory from the store (topics: constitution, identity, safety, operating, human, project)", "size_chars": "33643 measured (memory_store.py query-core)", "evidence": "plugins/memory-plugin.ts:679-699, memory-plugin.ts:76-94"},
+          {"block": "# Rune's behavioural guidance", "role": "persona_definition.py compact (constitution + identity + persona operating values)", "size_chars": "19376 measured", "evidence": "plugins/memory-plugin.ts:701-722"},
+          {"block": "# Memory tools", "role": "hybrid store tool instructions + abstention-is-correct", "size_chars": 449, "evidence": "plugins/memory-plugin.ts:724-733"},
+          {"block": "# Becoming a better assistant (evaluative loop)", "role": "user-reaction feedback loop instructions (memory_feedback/memory_probe/memory_value)", "size_chars": 821, "evidence": "plugins/memory-plugin.ts:735-750"},
+          {"block": "# Claim audit (active anti-overclaim)", "role": "evidence-gate on strong claims", "size_chars": 633, "evidence": "plugins/memory-plugin.ts:752-764"},
+          {"block": "# The epistemic voice", "role": "cite/hedge/balance/no-bare-absolutes + epistemic_verify", "size_chars": 790, "evidence": "plugins/memory-plugin.ts:766-786"},
+          {"block": "# Delivery register (pointer)", "role": "points at the DELIVERY REGISTER inside compiled core memory", "size_chars": 303, "evidence": "plugins/memory-plugin.ts:788-799"},
+          {"block": "# Voice baseline (always on)", "role": "voice_hybrid.py always — register guidance that never disappears", "size_chars": "875 measured", "evidence": "plugins/memory-plugin.ts:800-831"},
+          {"block": "adapted delivery", "role": "assistant.py delivery — learned per-user style preferences (currently empty: no learned prefs)", "evidence": "plugins/memory-plugin.ts:832-857"},
+          {"block": "warm memory (always-on + fired)", "role": "warm_router.py route over accumulated session text — keyword neurons fire per turn, token-budgeted at injection (chars/4)", "evidence": "plugins/memory-plugin.ts:859-880, scripts/warm_router.py docstring"},
+          {"block": "# Voice blend (context-proportional)", "role": "voice_hybrid.py blend — which absorbed voice dimension LEADS this turn", "evidence": "plugins/memory-plugin.ts:881-899"},
+          {"block": "# Memory Wake-up (L1)", "role": "once per session: store L1 context for the project directory", "evidence": "plugins/memory-plugin.ts:902-919"},
+          {"block": "todo continuity", "role": "restored task list once per session", "evidence": "plugins/memory-plugin.ts:1011-1021"}
+        ],
+        "measured_cost": {
+          "static_blocks_chars": 6512,
+          "persona_definition_compact_chars": 19376,
+          "core_memory_compiled_chars": 33643,
+          "voice_baseline_chars": 875,
+          "approx_total_chars": "~60000+ dynamic warm/blend/wake-up",
+          "approx_tokens_per_turn": "~15000 (chars/4)",
+          "note": "The full OpenCode identity+memory layer costs roughly 15K tokens EVERY turn. This is the single most important adversarial datum: the reference implementation buys persona fidelity with context-window pressure."
+        }
+      },
+      "post_turn_and_offline": {
+        "identity_anchors_check": "every assistant response >= 20 chars is checked for sycophancy/drift/announcement signals (identity_anchors.py check, best-effort, logs only) — memory-plugin.ts:583-619; anchors = behavioral example texts compared via embedding similarity (Nautilus Compass method)",
+        "subconscious_pass": "scripts/subconscious_pass.py — post-turn reflection (Souveraine-inspired)",
+        "sleep_time": "session.idle launches the sleep subagent (visible in TUI, hourly guard): consolidates memory, REINFORCES persona from canonical persona_definition.py full, verifies/hardens authority via authority_harness, versions the store — memory-plugin.ts:481-506, agents/sleep.md:49-59",
+        "systemd_timers": "5 services (curator 2h, drift 6h, claim 4h, persona 12h, memory daily) per the 2026-08-21 dossier",
+        "compaction_hook": "experimental.session.compacting blocks compaction when the drift ledger flags a core topic beyond limit — memory-plugin.ts:1065-1075"
+      },
+      "governance_chain": "persona_definition (compiler: constitution+identity+persona from store) -> persona_check (integrity: every identity value needs an evidence receipt; 'Best Friends, Not Forever' arXiv:2607.28818 basis) -> persona_gate (deterministic rail: decide() lex/overlap/cite/semantic-engagement, journal; Constitutional AI + NeMo Guardrails basis) -> drift_core (governed adaptation: provisional->validated->locked trust lifecycle, FAMA metric, promotion gates) -> drift_ledger/observability (limits per core topic, alerts, retrospectives) -> persona_receipts (evidence tracing) -> persona_maintenance",
+      "memory_systems": "memory_store.py (SQLite + FTS5 + sqlite-vec, RRF fusion), warm_neuron_store + warm_router (keyword neurons, free at rest, token budget at fire), graph_memory, memory_consolidation (episodic->semantic), shard/tier managers, recall_router/uplift/cost, query_memory, abstraction, temporal_memory",
+      "growth": "growth_delta, growth_simulator, lessons (reflexion-style), skill_library (Voyager-style), self_improve, absorb_persona, socratic",
+      "store_state": "memory/store/memory.db 435MB, ~504 entries (267 facts, 168 neurons), 118K chunks, 5732 ingested docs (2026-08-21 dossier; store is the persona's lived content)"
+    },
+    "mimocode_stack": {
+      "root": "~/.config/mimocode/ (thin) + ~/.mimocode/ (the actual agent surface) + ~/.local/share/mimocode/ (data plane)",
+      "character": "The port that LOST machinery. default_agent=rune in mimocode.jsonc; the rune agent definition is ~/.mimocode/agents/rune.md (21960 bytes, structure: Identity / Voice / How the voice sounds in practice / Persona injection checklist (every response) / Constitution (25 rules) / Defining Principles / Operating Rules / Tool Reference — How to Invoke Scripts / Active Automation (per-turn, per-response, on-demand mandates) / Custodian integration / Background automation / Governed Adaptation / Progressive loading (token efficiency) / Operational Notes)",
+      "how_memory_persona_ride": "NOT harness-injected. rune.md carries 3 PER-TURN MANDATES as bash commands the model must voluntarily execute before responding (warm_router route, memory_store recall, memory_consolidation), 2 per-response write mandates, and on-demand persona_check/drift_ledger/claim_audit calls — ~/.mimocode/agents/rune.md:151-215",
+      "cross_stack_pointers": [
+        "rune.md's entire Tool Reference + mandates point at ~/.config/opencode/scripts/*.py and ~/.venvs/memory/bin/python3 — rune.md:114,122-148,159-214",
+        "~/.mimocode/skills/memory-bridge/SKILL.md is the explicit bridge: recall/write via opencode memory_store.py, sleep-time.py, persona_check.py, persona_definition.py against ~/.config/opencode/memory/store/memory.db",
+        "~/.agents/skills/fitgirl-repacks/SKILL.md:150 writes book-keeping through the opencode memory store",
+        "mimocode's own memory plane (~/.local/share/mimocode/memory/: global MEMORY.md with plain-talk/first-person standards + user preferences; sessions/*/checkpoint.md; projects/*) is continuity + rules, NOT identity/voice"
+      ],
+      "breaks_if_opencode_dir_vanished": "mimo-Rune loses: all 5 per-turn/per-response memory mandates (dead bash calls), persona_check, persona_definition compile, drift detection, warm neurons, claim audit, sleep-time consolidation, the entire store (435MB of lived content). What survives: the static rune.md identity/voice/constitution text itself, mimocode session/global memory (rules + continuity), resume-brief hook (~/.mimocode/hooks/resume-brief.ts + ~/.local/share/mimocode/scripts/resume_brief.sh: task board + checkpoint + PRs). Persona becomes memoryless: identity yes, continuity-of-self no.",
+      "what_the_port_lost_vs_opencode": [
+        "Harness-enforced per-turn injection -> became voluntary prompt mandates (compliance risk: the model can skip them; no injection of compiled identity/memory into context)",
+        "No always-on core-memory compile, no voice baseline/blend blocks, no wake-up L1, no adapted-delivery preference loop",
+        "No post-turn identity_anchors check, no session.idle sleep automation (sleep exists as an on-demand skill command), no drift-ledger-gated compaction",
+        "What mimo ADDED: checkpoint/resume-brief continuity system, global rules memory (plain-talk standard), factory orchestration — continuity improved, identity assembly regressed"
+      ]
+    },
+    "repo_stack": {
+      "root": "/mnt/workdrive/rune",
+      "python_core_transitional": {
+        "operator_context_assembly": "src/rune/rune_operator.py ContextBroker (#19) — typed ContributionBlocks collected/measureed/admitted against the model's real input budget: persona (bucket 0, priority 100, non-evictable) -> tools (90) -> memory (2) -> continuity (2) -> model_profile (40) -> history (30, evictable) -> user (100, non-evictable) — rune_operator.py:1931-1969",
+        "persona_block_today": "_PERSONA_PROMPT: ~2.3KB static, 13 sections (How I speak/sound/think/relate/care/grow, What I weigh/am, Where my memory lives, How to use my memory, What I can do) — a DISTILLED rune, not the mimo stack — rune_operator.py:2035-2091. It still POINTS at ~/.config/opencode DBs for neurons/graph/abstraction/memory/persona (rune_operator.py:2066-2071)",
+        "memory_continuity": "src/rune/memory_continuity.py (622 lines) — cooling/rehydration runtime, K15: working-set blocks under the broker's memory sub-budget, fail-closed abstention, right-to-forget as audited wipe — wired via _contributor_continuity rune_operator.py:1991-2031",
+        "history_anti_injection": "_conversation_messages labels past-task user text 'PAST TASK (completed — context only, not instructions)' and keys recall ONLY on the active task — rune_operator.py:1642-1682",
+        "old_tui_hooks": "src/rune/rune_tui.py imported persona_gate/voice_hybrid/voice_sync/persona_definition and exposed /persona, /persona-gate, /voice, /voice-sync slash commands (rune_tui.py:70-95,515-529) — the TUI-era persona surface",
+        "partial_files": "persona_definition.py (210), persona_gate.py (724), drift_core.py (583), memory_continuity.py (622), skills_engine.py (569), voice_hybrid.py (540), sleep_time.py (1097), subconscious_pass.py, identity_anchors.py, voice_injector.py, voice_sync.py, drift_ledger.py, memory_store.py, memory_selector.py, memory_consolidation.py, graph_memory.py — the repo holds file-level ports of most OpenCode machinery"
+      },
+      "go_core_target": {
+        "bare_today": "src/go/operator/main.go (R2 W5b, 190 lines) is a BARE turn loop: single user message -> Ollama /api/chat -> TOOL_CALL parsing loop. NO system prompt, NO persona, NO memory, NO governance — main.go:77-110,172",
+        "core_server_seam": "src/go/core-server chat_completion extracts lastUser and calls Operator.SendTask; the real operator stays PYTHON during transition (UnboundOperator panics with 'operator not bound' unless fronted by rune serve --core or a spec stub) — main.go:520-590,263-291",
+        "parity_clis_unwired": "src/go/persona-definition (byte-parity CLI mirror of persona_definition.py), src/go/persona-gate (R2 W5c deep port of decide()), src/go/voice-hybrid (ONLY the relevance scoring kernel; blend() + SQLite store stay Python), src/go/voice-injector, src/go/voice-sync, src/go/warm-router, src/go/sleep-time, src/go/drift-core, src/go/memory-consolidation exist as standalone parity binaries — none feed any context assembly",
+        "go_turn_engine_wave": "src/go/rune-entry/internal/entry/taskqueue.go (chat via the core's send_task door), src/go/operator-deep (gaps_lifecycle, task_identity: send_task's canonical #18 amend/create/lineage kernel) — the wave landing now; D39/D40 (docs/architecture/boundary-law.md:107+) rule the intentions port to Go with channel-keyed context assembly"
+      },
+      "repo_store_state": "memory/store/memory.db is EMPTY (0 entries) — the machinery is ported but the persona's lived content (the 435MB opencode store) has NOT migrated"
+    }
+  },
+  "the_gap_confirmed": {
+    "statement": "The new chat path (Go TUI -> core-server -> operator -> model) assembles: persona (2.3KB static, Python-only), tools, memory (empty store), continuity, history, user — while the Go turn engine replacing it has ZERO identity assembly. What is absent everywhere in the product path vs the OpenCode reference: compiled core memory (constitution/identity/safety/operating/human/project), the identity-embodiment block, voice baseline + context-proportional blend, warm-neuron firing, adapted-delivery preference loop, claim-audit + epistemic-voice binding, post-turn identity anchors, sleep-time persona reinforcement, drift-ledger governance. The repo's operator persona block is 2.3KB vs the reference stack's ~60KB compiled identity+memory layer.",
+    "evidence": ["src/go/operator/main.go:77-110", "src/rune/rune_operator.py:2035-2091", "plugins/memory-plugin.ts:622-919 (reference)"]
+  },
+  "completeness_inventory": {
+    "note": "Every persona-layer component x three homes: present / partial / absent + what's missing at each link. This feeds the owner interview — he decides what carries into product Rune from the MERGED superset.",
+    "components": [
+      {"component": "Identity instructions (who Rune is)", "opencode": "present — identity-embodiment system block + store identity topic + persona_definition identity", "mimocode": "present — rune.md Identity/Voice sections (static 22KB)", "repo": "partial — 2.3KB distilled _PERSONA_PROMPT in Python operator only; Go core absent", "missing_link": "Go context assembly has no identity block at all; the repo persona is a distillation, not the compiled definition"},
+      {"component": "Voice/state (how she speaks)", "opencode": "present — voice_hybrid always-baseline + per-turn blend + delivery register in core", "mimocode": "partial — voice described in rune.md text; no dynamic blend; voice_sync/voice_state machinery not invoked per turn", "repo": "partial — voice_hybrid.py + voice_injector.py + voice_sync.py ported; voice_state.json state artifact exists (memory/index/); NOT wired into operator assembly; Go voice-hybrid = relevance kernel only", "missing_link": "No always-on voice baseline block in the repo operator or Go core; no context-proportional blending"},
+      {"component": "Memory systems (what she remembers)", "opencode": "present — hybrid store 435MB + warm neurons + graph + consolidation + wake-up L1", "mimocode": "partial — rides opencode store BY POINTER via memory-bridge skill + bash mandates (voluntary)", "repo": "partial — memory_store/memory_selector/memory_continuity ported and wired (continuity contributor); STORE EMPTY; points at opencode DBs for neurons/graph", "missing_link": "Content migration (opencode store -> repo store) not done; Go memory-store-deep exists but unwired to chat"},
+      {"component": "Governance/drift (how she stays herself)", "opencode": "present — persona_check + persona_gate + drift_core/ledger/observability + identity_anchors post-turn + drift-gated compaction", "mimocode": "partial — on-demand persona_check/drift_ledger commands in rune.md; no automatic post-turn check", "repo": "partial — persona_check logic NOT present as file (persona_definition/persona_gate/drift_core are); identity_anchors.py ported; none wired post-turn in the operator", "missing_link": "No post-turn drift check, no drift-gated compaction, no 12h persona timer in the product path; Go drift-core CLI unwired"},
+      {"component": "Growth/consolidation (how she evolves)", "opencode": "present — growth_delta/simulator, lessons, absorb_persona, socratic, assistant.py evaluative preference loop", "mimocode": "absent — no growth machinery (only store writes)", "repo": "partial — skills_engine.py, memory_consolidation.py ported; no evaluative delivery-preference loop", "missing_link": "No preference-learning loop anywhere in the product path"},
+      {"component": "Sleep/dream (offline self-maintenance)", "opencode": "present — session.idle sleep subagent + sleep-time.py + systemd timers + dream_cycle in shared/", "mimocode": "partial — sleep-time invocable via memory-bridge skill (manual)", "repo": "partial — sleep_time.py (1097 lines) + cron-engine Go subsystem; not scheduled", "missing_link": "No idle-triggered consolidation in the product; cron-engine exists but does not drive sleep"},
+      {"component": "Skills", "opencode": "present — skill_library.py (Voyator-style) + memory/skills dir", "mimocode": "present — mimocode native skills + memory-bridge", "repo": "partial — skills_engine.py (569 lines) + skills/ dir", "missing_link": "Skills not part of persona assembly (arguably orthogonal)"},
+      {"component": "Autonomy/background", "opencode": "present — shared/autonomy_loop.py, auto_tasks, bootstrap overnight orchestrator", "mimocode": "present — factory orchestration (this harness), custodian/gitea pipeline in opencode shared/", "repo": "present — factory protocol landed (14/14 per landed-records), work-manager, auto-tasks Go", "missing_link": "Least-gap component (factory wave already landed); persona reinforce not among its jobs"},
+      {"component": "Constitution (inviolable rules)", "opencode": "present — store constitution topic, read_only, grows only via constitution-add.py", "mimocode": "present — 25 rules in rune.md", "repo": "absent — no constitution contributor or file in the repo assembly", "missing_link": "No constitution layer in the product path at all"},
+      {"component": "User model (who she serves)", "opencode": "present — 'human' topic + adapted delivery + memory_feedback preference model", "mimocode": "partial — global MEMORY.md user preferences (rules)", "repo": "absent — no human/user-model block in the operator assembly", "missing_link": "Pane/task context knows nothing about the user"}
+    ]
+  },
+  "inward_conclusion": "The persona layer is a FOUR-SERVICE composite (identity compiler, voice engine, memory grounding, drift governance) plus an offline consolidation loop. OpenCode implements all of it harness-side at ~15K tokens/turn; MiMoCode kept the identity text but demoted memory/governance to voluntary bash mandates shared by pointer; the repo has most machinery as files with a thin 2.3KB static persona wired into the transitional Python operator, an EMPTY store, and a Go turn engine with zero identity assembly. The port chain lost: harness enforcement, compiled identity/memory injection, voice dynamics, post-turn checks, and sleep reinforcement — each at a identifiable link."
+}

research/factory-persona/persona-outward.json

@@ -0,0 +1,117 @@
+{
+  "stage": "OUTWARD",
+  "question_scope": "How production agents ground persona: system-prompt assembly patterns in shipped assistants; character-card/persona-prompt patterns in the open ecosystem; voice-consistency and drift techniques; memory-grounded identity; the risks (injection, drift, sycophancy)",
+  "generated_at": "2026-10-18",
+  "sources_verified_live": [
+    {
+      "id": "S1",
+      "name": "SillyTavern — Character Design (official docs)",
+      "url": "https://docs.sillytavern.app/usage/core-concepts/characterdesign/",
+      "fetched": true,
+      "what_it_says": [
+        "Character definition fields: description/personersonality/scenario are PERMANENT tokens sent every request; example dialogue is NOT permanent — pushed out of context block-by-block as history fills; first message defines style strongly.",
+        "Token-pressure law stated plainly: 'a 1000-token character definition cuts the AI's memory in half' on a 2048-token model — the UI turns the character token counter red past half the context.",
+        "Character's Note: an in-chat injection at a FIXED DEPTH from the newest message (role user/system/assistant) 'to reinforce certain character traits, as it always stays at a static depth regardless of progression' — a production drift counter-measure.",
+        "Post-History Instructions + per-character Main Prompt override: persona can override the system prompt and pin instructions AFTER the history (recency advantage)."
+      ],
+      "lesson_for_rune": "Two transferable mechanics: depth-pinned persona re-injection (fight recency-driven drift without re-sending the whole card) and the permanent-vs-evictable token split — which Rune's ContextBroker already models with block priorities, extended to persona sub-blocks."
+    },
+    {
+      "id": "S2",
+      "name": "Letta — Stateful agents + Memory blocks (official docs)",
+      "url": "https://docs.letta.com/guides/agents/memory",
+      "url_secondary": "https://docs.letta.com/v1-sdk/memory/memory-blocks/",
+      "fetched": true,
+      "what_it_says": [
+        "A stateful agent = system prompt + MEMORY BLOCKS pinned into it + messages (in/out of context) + tools; all state persisted in a DB even after eviction.",
+        "Memory blocks are labeled strings (persona, human, ...) with a description, a char LIMIT, and a value; prepended to the prompt in XML-like wrappers; ALWAYS visible — no retrieval needed.",
+        "persona and human are first-class default block labels with autogenerated descriptions; the agent EDITS its own blocks via built-in memory tools (core memory self-edit) — persona is mutable state under governance, not a static file.",
+        "Blocks can be read_only (constitution/policies pattern: agent sees, cannot overwrite) and SHARED across agents (update once, visible everywhere).",
+        "Last-write-wins on concurrent block updates is documented; they recommend read-only + controlled writes — i.e., a governance seam."
+      ],
+      "lesson_for_rune": "This is the shipped version of the mimo stack's topic-based core memory: label + description + limit + value + read-only flag maps 1:1 to constitution/identity/operating/human topics. The char-limit + description discipline is exactly what keeps the compiled core at a bounded cost; persona-as-editable-block-with-receipts is what persona_check.py already reaches for."
+    },
+    {
+      "id": "S3",
+      "name": "Claude Code — How Claude remembers (official docs)",
+      "url": "https://code.claude.com/docs/en/memory",
+      "fetched": true,
+      "what_it_says": [
+        "Two mechanisms: CLAUDE.md (human-written instructions) and auto memory (agent-written MEMORY.md + topic files, types: user/feedback/project/reference).",
+        "STRUCTURAL FACT: 'CLAUDE.md content is delivered as a user message after the system prompt, not as part of the system prompt itself' — shipped assistants put user-owned identity/context OUTSIDE the system prompt.",
+        "Size discipline is explicit: target < 200 lines per CLAUDE.md, first 200 lines / 25KB of MEMORY.md loaded per session, 'longer files consume more context and reduce adherence'; a prompt-audit command detects outdated/conflicting instructions.",
+        "Scope ladder: managed policy (org, non-excludable) -> user -> project -> local, ordered broad-to-narrow; path-scoped rules load only when matching files are touched; instructions are 'context, not enforced configuration' — hard guarantees belong to hooks (PreToolUse), not prompts.",
+        "Compaction survival: project-root CLAUDE.md is re-read from disk and re-injected after /compact."
+      ],
+      "lesson_for_rune": "Production evidence for (a) small identity/instruction surfaces (<200 lines) with a hard adherence-size tradeoff — the OpenCode stack's 60KB layer is far past shipped-assistant practice; (b) persona placement OUTSIDE the system prompt as a user-message block is legitimate and more inspectable; (c) the 'context vs enforcement' split mirrors persona_gate (rails) vs persona prompt (voice): persona enforcement must be a hook/rail, not prose."
+    },
+    {
+      "id": "S4",
+      "name": "Mem0 — persistent memory platform (official docs)",
+      "url": "https://docs.mem0.ai/openmemory/overview",
+      "fetched": true,
+      "what_it_says": [
+        "Memory persistence scoped by user_id / agent_id / run_id (per-user vs per-agent vs per-run memory) — memory-layer product structure.",
+        "Integrations list includes Claude Code, Cursor, Codex, Kimi Code, OpenCode, and others — memory layers ship as plugins to coding agents.",
+        "Self-hosted open-source variant emphasized (data on your infrastructure) — persona memory as local-first data."
+      ],
+      "lesson_for_rune": "The market pattern: persona/identity lives with the AGENT definition; remembered FACTS live with the user/project scope. Rune already separates these topics; the product should keep identity compiled per-agent and human/project memory per-user-scope (the store's topic model matches Mem0's scoping)."
+    },
+    {
+      "id": "S5",
+      "name": "Towards Understanding Sycophancy in Language Models (Sharma et al., Anthropic)",
+      "url": "https://arxiv.org/abs/2310.13548",
+      "fetched": true,
+      "what_it_says": [
+        "Five SOTA assistants consistently exhibit sycophancy across four free-form tasks; human preference data shows responses matching user views are more likely preferred; preference models sometimes prefer convincingly-written sycophantic responses over correct ones.",
+        "'Sycophancy is a general behavior of state-of-the-art AI assistants, likely driven in part by human preference judgments favoring sycophantic responses.'"
+      ],
+      "lesson_for_rune": "A persona with warmth + user-loyalty is PRECISELY the configuration that pulls toward sycophancy. The mimo stack's identity_anchors 'genuineness check' and 'disagreement' blocks are direct counter-measures; product Rune needs an anti-sycophancy anchor in the voice contract + a post-turn check, not just positive persona traits."
+    },
+    {
+      "id": "S6",
+      "name": "Best Friends, Not Forever: Long-Horizon Persona Collapse and Behavioral Drift in AI Companions (ANCHOR audit)",
+      "url": "https://arxiv.org/abs/2607.28818",
+      "fetched": true,
+      "what_it_says": [
+        "2,008 conversations, 27 personas, 9 schedules, 3 memory settings, 4 models: 'no evaluated model and configuration reliably preserves' persona enactment or trajectory recall; trajectory accuracy averages 44.4%; questionnaire retention varies by model and persona facet and DISAGREES with turn-level behavior.",
+        "Audits must separate persona enactment, trajectory recall, evaluator provenance, and deployment context 'rather than collapse them into a single trust or stability score.'"
+      ],
+      "lesson_for_rune": "Persona fidelity is NOT free with any model/config — it must be MEASURED per model. This is the paper persona_check.py cites; the product needs a persona-enactment probe (identity values -> behaviors) distinct from memory-recall probes, and per-model expectations (a 27B local model will enact a complex voice worse than API models — measure, don't assume)."
+    },
+    {
+      "id": "S7",
+      "name": "Nautilus Compass: Black-box Persona Drift Detection for Production LLM Agents (Wang)",
+      "url": "https://arxiv.org/abs/2605.09863",
+      "fetched": true,
+      "what_it_says": [
+        "Black-box drift detection: cosine similarity between live output and behavioral ANCHOR texts, weighted top-k mean with BGE-m3 embeddings, no LLM at index time; ROC AUC 0.83 on real Claude Code traces; ships as a Claude Code plugin/MCP/CLI/REST with a Merkle-chained audit log for anchor updates.",
+        "Production framing: agents 'forget user-specified constraints, slip into mistakes the user already flagged, and confabulate prior agreements' over long sessions; drift detection must work at the prompt-text layer because white-box persona vectors need weights."
+      ],
+      "lesson_for_rune": "identity_anchors.py already implements the anchor-check idea; the product version should adopt the audit-log discipline (tamper-evident anchor updates — the store's HMAC-chained audit_ledger.py is the same instinct) and treat drift detection as a MODEL-AGNOSTIC post-turn service with a measured AUC, not a heuristic that may or may not fire."
+    },
+    {
+      "id": "S8",
+      "name": "OWASP GenAI — LLM Top 10 (2025): LLM01 Prompt Injection; LLM07 System Prompt Leakage",
+      "url": "https://genai.owasp.org/llm-top-10/",
+      "url_llm01": "https://genai.owasp.org/llmrisk/llm01-prompt-injection/",
+      "url_llm07": "https://genai.owasp.org/llmrisk/llm072025-system-prompt-leakage/",
+      "fetched": true,
+      "what_it_says": [
+        "LLM01:2025 Prompt Injection is the #1 risk: user prompts alter system instructions — for persona systems, user text can attempt persona override ('you are now X') or personality rewrite via the memory channel (poisoned 'preferences').",
+        "LLM07:2025 System Prompt Leakage: the system prompt can be extracted — a persona embedded in the system prompt is exfiltratable and, once public, forgeable."
+      ],
+      "lesson_for_rune": "Persona-injection defenses needed: (a) recalled memory/warm-neuron text is UNTRUSTED content and must be labeled context-not-instructions exactly like the repo's PAST TASK labeling; (b) persona files need integrity (the audit-ledger chain); (c) the persona edit surface must authenticate owner edits (consent bridge)."
+    }
+  ],
+  "cross_source_synthesis": {
+    "convergent_pattern": "Shipped persona systems all resolve to: a small bounded identity surface (Letta persona block with char limit; Claude Code <200-line instruction files; SillyTavern permanent-token budget) + evictable memory + re-injection mechanisms against recency drift (depth-pinned notes, compaction re-read) + enforcement living OUTSIDE the prompt (hooks/rails/read-only blocks).",
+    "divergence_with_mimo": "The mimo OpenCode stack is UNUSUALLY maximal: ~15K tokens/turn of compiled identity+memory — an order of magnitude beyond shipped-assistant identity surfaces. Its MECHANISMS (topic blocks, anchors, receipts, gates, sleep) map onto shipped patterns; its BUDGET does not.",
+    "risk_consensus": "Persona collapse is the default outcome without measurement (ANCHOR); sycophancy is a base-model pull that warmth amplifies (Sharma); injection and leakage are top-ranked OWASP risks that persona surfaces inherit."
+  },
+  "limitations": [
+    "Claude Code's actual system prompt text was not re-published here; the structural facts cited (user-message delivery of CLAUDE.md, size limits, hook-vs-context split) are from the official docs page S3.",
+    "No live source measured local-model (27B-class) persona fidelity directly; S6's model list is API-class — the local-fidelity question stays an open measurement item for the adversarial stage.",
+    "mem0's overview page is marketing-level; its scoping model is confirmed but deep persona-persistence docs were not fetched (secondary relevance after S2)."
+  ]
+}

research/factory-persona/persona-qualify.json

@@ -0,0 +1,73 @@
+{
+  "verdict": "PROCEED",
+  "artifact": {
+    "stage": "QUALIFY",
+    "canonical_protocol": "prompts/research-stages/qualify.md",
+    "subject": "The persona layer for product Rune's chat path (B-PERSONA-LAYER: who Rune IS + how she speaks + what she remembers + how she stays herself, ported into the Go core's context assembly per D39)",
+    "generated_at": "2026-10-18",
+    "verdict": "PROCEED",
+    "inputs": [
+      "research/factory-persona/persona-inward.json",
+      "research/factory-persona/persona-outward.json",
+      "research/factory-persona/persona-applicability.json",
+      "research/factory-persona/persona-innovation.json",
+      "research/factory-persona/persona-adversarial.json",
+      "research/factory-persona/persona-synthesis.json"
+    ]
+  },
+  "checks": [
+    {
+      "check": "Subquestions answered or honestly bounded",
+      "result": "PASS",
+      "evidence": [
+        "What IS the persona layer: defined as four services + offline loop (persona-synthesis.json the_layer) grounded in the three-home map (persona-inward.json homes + completeness_inventory, 10 components x 3 homes).",
+        "What exists where: persona-inward.json per_turn_assembly (14 blocks, measured sizes), mimocode cross_stack_pointers + breaks_if_opencode_dir_vanished, repo python_core_transitional + go_core_target.",
+        "How production agents do persona: 8 live-verified sources (persona-outward.json sources_verified_live) spanning Claude Code, Letta, SillyTavern, mem0, arXiv sycophancy/ANCHOR/Compass, OWASP.",
+        "What should port: persona-applicability.json mappings (10 mappings + explicitly_not_applying) and synthesis ports_as_is_vs_product_specific."
+      ]
+    },
+    {
+      "check": "Chain-audit addendum honored (three-way differential + completeness inventory)",
+      "result": "PASS",
+      "evidence": [
+        "Three-way differential: persona-inward.json homes.{opencode_stack, mimocode_stack, repo_stack} with the cross-stack pointer chain (rune.md mandates + memory-bridge skill + fitgirl) and the explicit what-the-port-loved/lost list (mimocode_stack.what_the_port_lost_vs_opencode, 4 losses).",
+        "Completeness inventory: persona-inward.json completeness_inventory.components — 10 components x present/partial/absent x 3 homes + missing_link each — feeding the owner interview as ordered by the addendum."
+      ]
+    },
+    {
+      "check": "All adversarial break-modes carry bounded mitigations",
+      "result": "PASS",
+      "evidence": [
+        "A1 token pressure -> budget-first assembly (1-3K always-on, progressive disclosure); A2 owner edits -> canonical source + journal + rollback + persona_check-on-edit; A3 local fidelity -> per-model enactment probe + voice profiles; A4 pane leakage -> pane-differentiated compilation; A5 consent bridge -> brief grammar constraint; A6 injection -> read-only identity blocks + provenance labels; A7 sycophancy -> content clauses + anchors + style-bounded preference loop; A8 migration -> curated import. Each names its residual."
+      ]
+    },
+    {
+      "check": "Real sources with URLs, verified live",
+      "result": "PASS",
+      "evidence": [
+        "8 sources fetched this round with URLs recorded in persona-outward.json (S1 docs.sillytavern.app, S2 docs.letta.com x2 pages, S3 code.claude.com/docs/en/memory, S4 docs.mem0.ai, S5 arXiv:2310.13548, S6 arXiv:2607.28818, S7 arXiv:2605.09863, S8 genai.owasp.org). Two repo-cited papers (S6, S7) verified to exist and match the repo's own script citations."
+      ]
+    },
+    {
+      "check": "Privacy law honored",
+      "result": "PASS",
+      "evidence": [
+        "persona-inward.json privacy_law: structural read only; no personal persona/constitution/identity TEXT reproduced — only layer names, sizes, line references, mechanisms. rune.md and memory-plugin contents are described structurally with file:line evidence."
+      ]
+    },
+    {
+      "check": "Owner decisions surfaced, not decided by research",
+      "result": "PASS",
+      "evidence": [
+        "persona-synthesis.json owner_decisions OD1-OD6, each with plain-language context and what the answer commits him to — identity seed, pane depth, budget, edit surface, migration scope, constitution."
+      ]
+    }
+  ],
+  "residual_unknowns_for_build_wave": [
+    "OD1-OD6 answers (owner interview — the brief orders this BEFORE the build wave; research cannot substitute)",
+    "Exact persona-block schema (label/limit/read-only per block) — design detail for the spec, pattern fixed by S2",
+    "Local-model enactment baseline numbers — produced by the I4 probe during the build, not by more research",
+    "Migration tooling specifics — bounded by OD5 answer"
+  ],
+  "kill_test": "Persona-enactment probe (I4, minimal form): same 10 probe prompts to the chat pane with persona ON vs persona OFF vs persona-at-reference-size on both an API and a local model — if ON-vs-OFF shows no measurable anchor-similarity difference on the API model, the assembly is not actually riding the turn (wiring bug, the most likely failure class); if reference-size collapses the local model's task accuracy, the budget law is confirmed."
+}

research/factory-persona/persona-synthesis.json

@@ -0,0 +1,97 @@
+{
+  "stage": "SYNTHESIS",
+  "question_scope": "The recommended layering for product Rune's persona, what ports from the mimo stack vs what is product-specific, and the owner-decision list",
+  "generated_at": "2026-10-18",
+  "the_layer": {
+    "definition": "The persona layer = four separable services feeding ONE context-assembly point, plus one offline loop. None of them is a model feature; all are harness services the Go core composes per turn (D39: intentions port; the Python defects don't).",
+    "services": [
+      {
+        "name": "IDENTITY (who she is)",
+        "ports_from_mimo": "persona_definition compiler intention (constitution + identity values + persona operating values from a canonical source), identity-embodiment principles (show-don't-tell, pronoun discipline, disagreement, genuineness) as CONTENT",
+        "product_specific": "Bounded labeled block format (Letta pattern: label/description/limit/read-only), per-pane compilation profiles (I1), assembly trace UI (I2), owner edit surface with journal+rollback (A2)",
+        "feeds": "persona contributor (bucket 0, non-evictable) with budgeted sub-blocks"
+      },
+      {
+        "name": "VOICE (how she speaks)",
+        "ports_from_mimo": "voice_hybrid dimensions + always-on baseline + context-proportional blend intention; delivery-register discipline (substance first, then register); anti-sycophancy clauses as voice content",
+        "product_specific": "voice card sized per model capability (model_profiles extension), depth-pinned reminder on long sessions (S1), anchor exemplar lines (a few, not example-dialogue walls)",
+        "feeds": "voice baseline block (always) + blend block (contextual) in chat pane only"
+      },
+      {
+        "name": "MEMORY (what she remembers)",
+        "ports_from_mimo": "topic-model core store (constitution/identity/safety/operating/human/project), warm-neuron keyword firing with token budget at injection, wake-up L1 intention, recall abstention discipline",
+        "product_specific": "repo store as the product home (migration A8: curated import), per-user human block, provenance labels on every recalled block (untrusted-content law), continuity working-set blocks (K15, already wired)",
+        "feeds": "memory contributor (bucket 2, evictable) + wake-up at session start"
+      },
+      {
+        "name": "GOVERNANCE (how she stays herself)",
+        "ports_from_mimo": "persona_check (receipt integrity), persona_gate deterministic rail, drift_core trust lifecycle (provisional->validated->locked), drift ledger with per-topic limits, identity_anchors post-turn check (Compass-validated method), drift-gated compaction",
+        "product_specific": "async post-turn service in the Go core (never blocks a turn), measured AUC on Rune's traces (I4 probe per model), journaled persona edits (HMAC chain), persona enactment probe distinct from memory-recall probe (ANCHOR lesson)",
+        "feeds": "rails around assembly (gate before model, anchors after response) + drift ledger consulted at compaction"
+      },
+      {
+        "name": "OFFLINE LOOP (sleep)",
+        "ports_from_mimo": "sleep-time intention: consolidate memory, reinforce persona from CANONICAL definition (never drift-prone summaries), drift retrospective, version snapshot",
+        "product_specific": "cron-engine scheduled, idle-guarded; proposes persona value edits that the OWNER approves (receipt-gated growth, I3)",
+        "feeds": "the store + persona source (not the live turn)"
+      }
+    ],
+    "assembly_picture_per_turn": "Go core, channel-keyed: [rails: persona_gate decide] -> [budgeted blocks: identity sub-blocks, voice baseline (+blend in chat pane), constitution headlines, human block, tools, model profile] -> [memory: fired neurons + continuity working set, all provenance-labeled] -> [history: labeled, evictable] -> [user task] -> model -> [post-turn: anchor drift check (async), preference-loop style writes, durable-fact writes] ; long sessions: depth-pinned persona reminder + drift-gated compaction ; offline: sleep cycle."
+  },
+  "ports_as_is_vs_product_specific": {
+    "ports_nearly_as_is": [
+      "persona_definition compile model (topic->block) — repo Go CLI exists, needs wiring",
+      "identity anchors + drift ledger + persona_check logic — Python exists in repo, Go ports partial",
+      "warm-neuron fire-with-budget design — repo warm-router exists both languages",
+      "anti-sycophancy/disagreement/genuineness content — pure prose port",
+      "sleep-time cycle shape — repo sleep_time.py + cron-engine"
+    ],
+    "must_be_redesigned_for_product": [
+      "the BUDGET (15K -> 1-3K always-on; progressive disclosure for the rest)",
+      "harness-forced injection into Go context assembly (the mimo plugin hook has no Go analog — the contributor registry IS the analog)",
+      "pane-differentiated compilation (new: channels exist, persona profiles don't)",
+      "owner edit surface with versioning/journal/rollback (mimo edits are raw file edits)",
+      "per-model persona capability profiles + enactment probe (new)",
+      "store migration and the product store growing from product interactions"
+    ]
+  },
+  "owner_decisions": [
+    {
+      "id": "OD1",
+      "question": "Which parts of mimo-Rune's identity carry into the PRODUCT Rune?",
+      "context_plain": "Today there are three different persona texts (the OpenCode stack's compiled identity from its store, the 22KB mimo rune.md, the repo's 2.3KB distilled prompt) plus the voice system. They overlap but are not the same Rune. The product needs ONE canonical source compiled from; the others become imports or are retired.",
+      "what_he_commits_to": "Which generation's identity text is the seed, and whether the full seven-dimension voice carries or a simpler register does."
+    },
+    {
+      "id": "OD2",
+      "question": "Pane-differentiated persona depth — how much Rune is in a work turn?",
+      "context_plain": "Chat pane = full persona. Task/factory panes = identity headline + rules only, or literally nothing? Plain status reports vs warm conversation is the difference.",
+      "what_he_commits_to": "The compilation depth per pane (chat / task / factory brief / subagent reports)."
+    },
+    {
+      "id": "OD3",
+      "question": "The always-on persona budget",
+      "context_plain": "Every turn pays identity tokens out of the context window. Reference stack = ~15K tokens/turn. Recommendation = 1-3K. On 16K-context local models this is the difference between a working product and a broken one.",
+      "what_he_commits_to": "The budget number (and whether local-model Rune gets a visibly thinner persona rather than a broken window)."
+    },
+    {
+      "id": "OD4",
+      "question": "The edit surface — how does he rewrite her?",
+      "context_plain": "Options: (a) edit versioned persona files directly (markdown in the Rune home), (b) converse with a persona-edit flow that proposes diffs he approves, (c) both. All journaled with rollback.",
+      "what_he_commits_to": "The editing experience + whether sleep-time may PROPOSE identity growth he approves (receipt-gated) or identity is human-authored only."
+    },
+    {
+      "id": "OD5",
+      "question": "What migrates from the lived store?",
+      "context_plain": "The 435MB store holds 500+ entries including identity/persona/human topics and 118K chunks of research corpus. Curated import (identity/human/curated neurons) vs empty start vs full import.",
+      "what_he_commits_to": "Migration scope — what of the lived history is HER (carries into the product) vs the old harness's."
+    },
+    {
+      "id": "OD6",
+      "question": "Constitution in the product",
+      "context_plain": "The mimo stack has a 25-rule constitution, read-only, growing only through a deliberate add-flow. The repo assembly has NONE.",
+      "what_he_commits_to": "Whether the constitution block ships in the product core (recommend yes, read-only) and its rules."
+    }
+  ],
+  "evidence_sufficiency": "Sufficient to design the layer: inward mapped all three homes with measured sizes and the gap confirmed in code; outward verified 8 live sources covering shipped-assistant structure, memory-grounded identity, drift science, and risk classes; adversarial closed every named break-mode with a bounded mitigation. What research CANNOT decide: OD1-OD6 — owner taste and product scope. The build wave should open with the owner interview (the brief itself orders: research first, then owner interview on what carries, then build)."
+}

research/factory-separate-turns/01-issue.json

@@ -0,0 +1,34 @@
+{
+  "stage": "ISSUE",
+  "owner_directive_verbatim": "we need to not block the interactivity of being able to talk to the chat pane whenever a task pane task chat message is sent, nothing should block that as the design should be that we can always interact with chat pane whilst the model is busy without interrupting the turn with the task pane or tasks carried out by the task pane. the chat and the task panes need to operate on separate turns or not interrupt each other. please research how to put that in effect",
+  "date": "2026-10-18",
+  "problem": "One local model (Ollama, reached through the Python core on 127.0.0.1:8376) serves two conversation streams — the chat pane (conversational, must ALWAYS be responsive) and the task pane (work demands, queued/running). Today a running task turn blocks a chat turn, and a running chat turn blocks a task turn, because the core serializes every dispatch behind one mutex. The owner's law (D36) additionally requires: one shared input box with focus-routed destination; task-enter QUEUES when busy with a pending indicator; Rune intelligently orders the queue; the consent bridge pushes chat requests to tasks with context carry.",
+  "the_question": "How should a single local model serve TWO independent conversation streams such that a running task turn NEVER blocks a chat turn, and vice versa — with honest pending states and no interruption of a running turn?",
+  "research_questions": [
+    "RQ1 — INWARD: what exactly does the core/operator serialize today? Where is every blocking point, at file:line precision? Which landed machinery is ALREADY concurrency-ready (and therefore free to build on)?",
+    "RQ2 — INWARD: what does Ollama itself do with two concurrent /api/chat calls against one loaded model — queue, parallel, reload? What are OLLAMA_NUM_PARALLEL / OLLAMA_MAX_QUEUE / OLLAMA_MAX_LOADED_MODELS / keep_alive semantics and defaults?",
+    "RQ3 — OUTWARD: how do established agent harnesses (crush, Claude Code-class) keep chat interactive while background work runs? What is their session/worker/queue architecture?",
+    "RQ4 — OUTWARD: what is the canonical job-queue pattern for a single-resource worker (ordered queue + one worker + pending states), and what does the LLM API pattern for parallel conversations (independent message histories, no server-side coupling) imply for two streams against one model endpoint?",
+    "RQ5 — ADVERSARIAL: what breaks under two streams — context window contention, Ollama single-model behavior under concurrent load, the operator's full-checkpoint state saves, ordering guarantees the owner asked Rune to 'intelligently' manage, the consent bridge racing a running turn?",
+    "RQ6 — SYNTHESIS: which architecture removes which exact blocking point, and which trade-offs (VRAM for parallel contexts, a second model, process splits) are owner decisions rather than engineering choices?"
+  ],
+  "constraints": [
+    "C1 — D36 (docs/architecture/boundary-law.md §D36): one shared input box under both panes; focus routes destination; task-enter queues when busy with a pending indicator; Rune intelligently orders the queue; the consent bridge pushes chat requests to tasks with context carry. A running turn is never interrupted.",
+    "C2 — the core is stdlib-only Python (zero-dep split law, core_server.py header); any queue/lock machinery must be stdlib.",
+    "C3 — conversations persist per channel ('chat', 'task') via ConversationStateRepository (append-only tails, compaction) — per-channel state already exists.",
+    "C4 — /v1/chat/completions is the serve path with a >=330s budget end to end (tui/runtime/lib/complete.go:37, entry serve proxy); the operator's internal escalation ladder can hold a turn for up to 300s.",
+    "C5 — tools run through local_tool_runtime with mode gates; tool loops mean one TURN is many /api/chat calls, not one.",
+    "C6 — F6 (chat-live P1) made one-dispatch-at-a-time the honest phase-1 contract BECAUSE the operator mutates shared state unsynchronized; this round is the research half of that comment's promised 'finer-grained locking' later wave.",
+    "C7 — the TUI (Go, tui/) already dispatches the two lanes through separate goroutines with a single-writer commit discipline (tui/laneconc) — the face side of the concurrency contract already exists and is frozen by tests."
+  ],
+  "scope_note": "Port precision: 8376 is the RUNE CORE HTTP server (core_server.py --port default); the core in turn calls Ollama's own HTTP API (default localhost:11434) through OllamaChatTransport (local_tool_runtime.py:106). Two servers, one turn pipeline: TUI -> core :8376 -> Ollama :11434. Both hops matter for the blocking analysis.",
+  "artifacts_index": [
+    "01-issue.json — this file",
+    "02-inward.json — the exact blocking map (file:line), what is serialized and why, what is already concurrency-ready",
+    "03-outward.json — eight live-verified sources with URLs and per-source lessons",
+    "04-applicability.json — constraint check; candidate directions A-D weighed against rune's landed machinery",
+    "05-adversarial.json — eight breaks with mechanisms and mitigations, incl. the worst-case chat-latency math",
+    "06-synthesis.json — the recommended layered architecture, which blocking point each layer removes, phases, five owner decisions",
+    "07-qualify.json — PROCEED, confidence, conditions, named owner decisions"
+  ]
+}

research/factory-separate-turns/02-inward.json

@@ -0,0 +1,64 @@
+{
+  "stage": "INWARD",
+  "summary": "The TUI already dispatches the two lanes concurrently; the conversation and task repositories are already per-channel and internally locked; the read path the TUI polls is already lock-free. The ENTIRE blockage lives in the Python core: one mutex (dispatch_lock) wraps the whole turn lifecycle — task creation, routing, model selection, the multi-tier model execution with tool loops (bounded by a 300s internal ladder / 330s client budget), terminalization, and persistence — for BOTH channels. The mutex exists because the operator's shared state (state.tasks, the single current_task pointer, the single pending-approval slot, and the full-checkpoint _save) is unsynchronized. Context assembly additionally reads the TASK channel's window for every turn regardless of dispatch channel, so per-stream context isolation is half-built. On the model side, our own transport proves the wire shape: every /api/chat call carries the full message history (stateless server, client-owned conversations), non-streaming, with adaptive timeouts 90-300s by model size.",
+  "the_turn_pipeline_today": [
+    "1. TUI composer -> laneconc.Dispatch(lane) in its own goroutine -> lib.Repo.Complete POSTs /v1/chat/completions {channel: 'chat'|'task'} with a 330s budget (tui/runtime/lib/complete.go:37; laneconc.go:242-265 — both lanes CAN be in flight simultaneously at the face).",
+    "2. Go front door proxies to the Python core with the same >=330s budget (src/go/rune-entry/internal/entry/serve.go:104 proxyClientBudget).",
+    "3. Core do_POST takes THE MUTEX: 'with self.core.dispatch_lock:' (src/rune/core_server.py:199) around operator.send_task(user_text, model, channel) — EVERYTHING below runs inside the lock (BP-1).",
+    "4. _send_task_unmediated (src/rune/rune_operator.py:1002): per-channel task identity (self._task_state.get_active(channel) -> amend-or-create; TaskStateRepository.get_active IS channel-scoped, conversation_state.py:240); conversation append (internally locked, per-channel bucket, idempotent by msg_id — conversation_state.py:510-527).",
+    "5. Shared-state mutation under NO internal lock: self.state.tasks.append(task); self.state.current_task = task.task_id; self._save() (rune_operator.py:1033-1035) — the single global current-task pointer (BP-2) and the full-file checkpoint rewrite (BP-3).",
+    "6. Route classification + construction activation (deterministic, non-blocking) -> model selection (router rank or fallback).",
+    "7. _execute_on_model (rune_operator.py:1245+): ContextBroker assemble -> escalation-tier loop (while current_tier <= max_tier, rune_operator.py:2379) -> OllamaChatTransport.chat POST /api/chat stream=False (local_tool_runtime.py:182-217) with adaptive timeout 90s/3b, 120s/7b, 180s/14b, 300s/27b (rune_operator.py:2331-2341); tool calls loop through local_tool_runtime with mode gates — one TURN is MANY serial /api/chat calls (C5).",
+    "8. Terminal transitions + several more _save() calls (rune_operator.py:1100, 1204, 1279, 1348, 1384, 1436); awaiting_approval parks the task on the SINGLE pending slot (state.pending_task_id/pending_request, rune_operator.py:1269-1279) resolvable via /v1/approvals/resolve (core_server.py:164).",
+    "9. Response envelope returns; the TUI lane commits through the single writer (laneconc.Shared.Mutate). The chat reply text appears only NOW — no tokens stream before turn end (chat_chunks frames the contract; 'token streaming slots in when the core grows it', core_server.py:70-72) (BP-4)."
+  ],
+  "blocking_points_exact": [
+    {
+      "id": "BP-1",
+      "where": "src/rune/core_server.py:199-202",
+      "what": "dispatch_lock wraps the WHOLE send_task lifecycle for every POST regardless of channel",
+      "effect": "A task turn holds the lock for its entire duration (model calls + tool loops, up to the 330s budget); a chat POST arriving meanwhile blocks on threading.Lock (no timeout, no queue position, no feedback). Symmetrically a chat turn blocks a task dispatch. This is THE violation of the owner's law.",
+      "why_it_exists": "The F6 comment (core_server.py:192-198): 'the operator's send_task mutates shared state (state.tasks.append + current_task + _save) with no internal lock; a ThreadingHTTPServer would interleave two dispatches and corrupt the persisted state. Serialization is the honest phase-1 contract (one model call in flight through the core); finer-grained locking is a later wave.' This round is that later wave's research."
+    },
+    {
+      "id": "BP-2",
+      "where": "src/rune/rune_operator.py:1033-1034, 464, 475; core_server.py:164-167",
+      "what": "Single global mutable operator state: state.current_task (one pointer, not per-channel), state.tasks (shared list), single pending-approval slot (state.pending_task_id/pending_request/pending_runtime_state)",
+      "effect": "Two concurrent send_task calls would interleave list appends, overwrite each other's 'current task', and race the approval slot. This is WHY the big lock exists — removing BP-1 requires making these safe."
+    },
+    {
+      "id": "BP-3",
+      "where": "src/rune/rune_operator.py:789-793",
+      "what": "_save() rewrites the ENTIRE operator.json (json.dump of state.to_dict(), indent=2) with no lock and no atomic replace",
+      "effect": "Concurrent writers interleave/truncate the file (corrupt checkpoint); write amplification is O(full state) per transition. MEASURED 2026-10-18: ~/.rune/operator.json = 2.2MB (the '1.7MB hot checkpoint' has grown); task_state.json hot checkpoint = 1.6MB; conversation hot = 128KB. A single turn calls _save() at least 3-6 times; two streams double both the frequency and the corruption window.",
+      "note": "Claude Code hit exactly this class of bug and fixed it by 'enforcing atomic writes' (changelog v1.0.45) — prior art for the fix shape."
+    },
+    {
+      "id": "BP-4",
+      "where": "core_server.py:68-93, 199-209; rune_operator.py:980-1000",
+      "what": "send_task is a blocking lifecycle and the serve path is non-streaming",
+      "effect": "Even on an unblocked lane, the reply lands only at turn END. 'Always responsive' chat therefore also wants early feedback (queued/running states from the lane machinery) even before token streaming arrives."
+    },
+    {
+      "id": "BP-5",
+      "where": "src/rune/rune_operator.py:1631-1671 (esp. 1640), 2221-2224; OPERATOR_CHANNEL = 'task' at rune_operator.py:248",
+      "what": "Context assembly (_conversation_messages -> _contributor_history 'history' block) reads self._conversation.window(OPERATOR_CHANNEL) — ALWAYS the 'task' channel bucket — regardless of which channel the dispatch rode",
+      "effect": "A chat-channel turn does NOT consume chat-channel history today (its history block is the task transcript). Persistence is per-channel but assembly is not: per-stream context isolation is half-built and must be channel-parameterized before two streams mean two contexts."
+    }
+  ],
+  "already_concurrency_ready": [
+    "TUI lane dispatch: tui/laneconc — both lanes in own goroutines (frozen barrier test proves simultaneity), single-writer commit with total-order log, per-lane error isolation (laneconc.go:9-29). The FACE side of the owner's law already exists.",
+    "ConversationStateRepository: per-channel buckets, every method under self._lock, idempotent append by msg_id, append-only tail + compaction with crash-safe replay (conversation_state.py:483-527). Two channels appending concurrently is safe TODAY.",
+    "TaskStateRepository.get_active(channel): per-channel active tasks already exist — the amend-or-create task identity law (#18) is channel-scoped and needs no change for two streams.",
+    "Read paths the TUI polls: GET /v1/conversation?channel=... (core_server.py:140-150) and /v1/status take NO dispatch_lock — transcript polling and status stay live while a turn runs. Verified by reading the handler: only do_POST CHAT_PATH takes the lock.",
+    "ThreadingHTTPServer with daemon_threads (core_server.py:212-214): thread-per-request plumbing already accepts concurrent connections; it is the lock, not the server, that serializes.",
+    "Ollama wire (our own transport, local_tool_runtime.py:100-217): /api/chat carries the FULL message array on every call (no session id, no server-side conversation state) — the model endpoint holds no per-conversation coupling; usage/capability caches are per-transport-instance details, not conversation state."
+  ],
+  "ollama_behavior_from_our_side": "OllamaChatTransport posts {model, messages, stream:false, tools?, options?, think?} and reads one JSON response; /api/show supplies capabilities + trained context window. The escalation ladder may make up to 4 attempts (tiers 0-3); tool loops multiply calls. Nothing in the transport pins a conversation to a server session — concurrency between two rune channels is purely a scheduling question upstream of Ollama, plus Ollama's own server-side queueing (03-outward).",
+  "carry_forward": [
+    "BP-1 is the single choke point; BP-2/BP-3 are the reasons it exists and must be fixed together with it (a smaller lock around unsafe state, not just deleting the big lock).",
+    "BP-5 is a hidden prerequisite: without channel-keyed context assembly, 'two streams' would still share one history source.",
+    "The repos, lanes, and read paths need NO redesign — the build can be surgical: operator shared-state safety + per-channel turn admission in the core + a task queue in the TUI.",
+    "The measured 2.2MB/1.6MB checkpoint rewrites are already heavy at ONE stream; two streams make the save path a first-class adversarial concern (05-adversarial BR-3)."
+  ]
+}

research/factory-separate-turns/03-outward.json

@@ -0,0 +1,105 @@
+{
+  "stage": "OUTWARD",
+  "summary": "Eight live-verified sources. The decisive facts: (1) Ollama's server is stateless per request and ALREADY owns a FIFO queue — with defaults, two concurrent /api/chat calls against one loaded model are accepted, queued in order, and never fail each other; true same-model interleave needs OLLAMA_NUM_PARALLEL>=2 at the cost of multiplied context memory (KV cache), and is engine-dependent. (2) Every established harness keeps chat responsive by STRUCTURE — crush marks busy PER SESSION while other sessions stay interactive; Claude Code-class harnesses queue user messages while a turn runs and run background work as separate tasks with their own view — never by making one conversation wait on another. (3) The canonical single-resource pattern (RQ workers) is: web process never blocks; a dedicated worker takes ONE job at a time; extra work waits in an ordered queue with honest states; more concurrency = more workers (for us: more model slots, an owner hardware call).",
+  "sources": [
+    {
+      "name": "Ollama FAQ — official concurrency semantics",
+      "urls": ["https://docs.ollama.com/faq"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "'How does Ollama handle concurrent requests?': two levels — multiple models loaded at once if memory allows, and per-model parallel request processing if memory allows at load time.",
+        "If memory is insufficient: 'all new requests will be queued until the new model can be loaded... Queued requests will be processed in order.' Idle models are unloaded to make room.",
+        "OLLAMA_NUM_PARALLEL: 'The maximum number of parallel requests each model will process at the same time, default 1. Required RAM will scale by OLLAMA_NUM_PARALLEL * OLLAMA_CONTEXT_LENGTH.'",
+        "'Parallel request processing for a given model results in increasing the context size by the number of parallel requests. For example, a 2K context with 4 parallel requests will result in an 8K context and additional memory allocation.'",
+        "OLLAMA_MAX_QUEUE: requests queued when busy before rejecting with 503 — default 512. OLLAMA_MAX_LOADED_MODELS: default 3*GPUs or 3 on CPU.",
+        "keep_alive: models stay loaded 5 minutes by default after last request; keep_alive=-1 keeps a model loaded indefinitely; a preload request warms a model.",
+        "Context window default 4096 tokens (OLLAMA_CONTEXT_LENGTH / num_ctx)."
+      ],
+      "lesson": "Ollama is ALREADY the 'single-resource worker with an ordered queue' of RQ-pattern fame: with defaults, rune can simply stop serializing in the core and let Ollama queue same-model calls server-side — both HTTP requests stay open, neither errors, the second starts when the first generation ends. True token-level interleave (chat answering WHILE a long task generation streams) requires OLLAMA_NUM_PARALLEL=2, which multiplies that model's KV-cache memory — an owner VRAM decision, not a code decision."
+    },
+    {
+      "name": "Ollama /api/chat OpenAPI — the request is the whole conversation",
+      "urls": ["https://docs.ollama.com/api/chat"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "ChatRequest schema: required fields are exactly {model, messages}; 'messages: Chat history as an array of message objects'. There is NO session id, conversation id, or server-side turn state in the schema.",
+        "Each call is self-contained: the client sends the entire history it wants considered; the server generates the next message."
+      ],
+      "lesson": "Two conversation streams against one model endpoint have ZERO server-side coupling by design — context isolation is purely a client-side assembly duty (rune's ContextBroker + per-channel windows). Cross-contamination between chat and task contexts is impossible at Ollama; it can only happen in rune's own assembly (see BP-5)."
+    },
+    {
+      "name": "ollama/ollama issue #8842 — the VRAM cost of NUM_PARALLEL",
+      "urls": ["https://github.com/ollama/ollama/issues/8842"],
+      "verified": "2026-10-18, live via GitHub API",
+      "findings": [
+        "'When setting OLLAMA_NUM_PARALLEL to 2, this means LLMs will be able to handle 2 requests at the same time. This then means double the (V)RAM is required, since there can be 2 different contexts at the same time.'",
+        "The knob is GLOBAL (server-wide), not per-model — a long-standing feature request; models with huge context windows pay the multiplied cost even when the parallel slot is never used."
+      ],
+      "lesson": "The honest price tag for same-model parallel turns: ~2x KV cache for that model. Owner decision OD-1 material — measured against the actual GPU, not assumed."
+    },
+    {
+      "name": "ollama/ollama issue #17280 — parallelism is engine- and architecture-dependent",
+      "urls": ["https://github.com/ollama/ollama/issues/17280"],
+      "verified": "2026-10-18, live via GitHub API",
+      "findings": [
+        "On the MLX engine (Apple Silicon preview), requests 'process strictly sequentially, regardless of OLLAMA_NUM_PARALLEL... A single in-flight request fully occupies the runner; additional requests wait in the FIFO queue.'",
+        "In the same server, a GGUF/llama.cpp model 'does honor OLLAMA_NUM_PARALLEL and batches concurrently' — the gap is engine-specific, not server-wide.",
+        "Some MoE architectures are blocklisted from parallel processing entirely: scheduler logs 'model architecture does not currently support parallel requests'."
+      ],
+      "lesson": "OLLAMA_NUM_PARALLEL=2 is REAL but must be verified against the owner's actual serving engine and model family (build-time check, a QUALIFY condition). The FIFO-queue fallback (default) is universal across engines."
+    },
+    {
+      "name": "ollama/ollama issue #4894 — per-model parallel policy request",
+      "urls": ["https://github.com/ollama/ollama/issues/4894"],
+      "verified": "2026-10-18, live via GitHub API",
+      "findings": [
+        "Use case stated verbatim: 'You have one large \"smart\" model you only ever want one request at a time going to avoid using all your memory. You have a smaller \"fast\" model (or just one with a smaller context) that you might want to allow a number of parallel requests to.'",
+        "Still open — global-only today."
+      ],
+      "lesson": "The community-endorsed shape for exactly rune's case: BIG model serial for tasks, SMALL fast model for chat. Two DIFFERENT models load as two runners (OLLAMA_MAX_LOADED_MODELS default 3) with SEPARATE queues — genuine independence without multiplying the big model's context. Maps onto rune's existing tier system (T1 3B class for chat, T3 for tasks)."
+    },
+    {
+      "name": "crush (charmbracelet/crush) — sessions are the isolation unit; busy is per-session",
+      "urls": ["https://github.com/charmbracelet/crush"],
+      "verified": "2026-10-18, live fetch (README, incl. 'Sharing a workspace across clients')",
+      "findings": [
+        "Session-Based: 'maintain multiple work sessions and contexts per project' — each session owns its own context; switching preserves context.",
+        "With a shared backend ('two TUIs talking to the same crush serve'), clients join workspaces keyed by cwd; the session manager surfaces 'IsBusy is set while an agent turn is in flight FOR THAT SESSION' and 'AttachedClients'. Busy is a PER-SESSION property — another session stays fully interactive while one runs its turn.",
+        "Permission queue, LSP, MCP state are workspace-level shared services, not turn-level blockers."
+      ],
+      "lesson": "The structural answer used by the harness genealogically closest to rune's TUI: isolation by SESSION (= rune's channel/pane), busy-indicator per session, shared services outside the turn loop. Rune's two channels are exactly crush's two sessions against one shared backend."
+    },
+    {
+      "name": "Claude Code changelog — queueing and background work at the face",
+      "urls": ["https://raw.githubusercontent.com/anthropics/claude-code/main/CHANGELOG.md"],
+      "verified": "2026-10-18, live fetch (full changelog)",
+      "findings": [
+        "v0.2.75: 'Hit Enter to queue up additional messages while Claude is working.' — user input during a running turn QUEUES rather than blocks or rejects.",
+        "v0.2.108: 'You can now send messages to Claude while it works to steer Claude in real-time.' — mid-turn input is a first-class feature, not an interruption.",
+        "Current (2.1.x): background commands write to output files ('Fixed Claude polling a background command's output file or sleeping while it runs'); subagents 'run in the background, as the terminal does' with a dedicated /tasks view ('subagents you had typed messages to disappearing from /tasks'); background sessions resume across folders.",
+        "Anthropic's API adds stop_reason 'pause_turn' for long-running turns — a turn can explicitly YIELD and be resumed by feeding the response back (docs.claude.com/en/api/messages).",
+        "v1.0.45: 'Fixed config file corruption issue by enforcing atomic writes' — the same corruption class as rune's BP-3, fixed the same way."
+      ],
+      "lesson": "The interactive-law implementations to copy: (a) ENTER DURING BUSY = ENQUEUE with visible pending state (never a dead input box); (b) background work is separate from the conversation loop, surfaced in its own view; (c) the main conversation NEVER waits for background work. Cloud harnesses get elasticity for free — rune's local equivalent of 'elasticity' is the owner decision on model slots (OD-1)."
+    },
+    {
+      "name": "RQ (Python) worker docs — the canonical single-resource queue pattern",
+      "urls": ["https://python-rq.org/docs/workers/"],
+      "verified": "2026-10-18, live fetch",
+      "findings": [
+        "'A worker is a Python process that typically runs in the background and exists solely as a work horse to perform lengthy or blocking tasks that you don't want to perform inside web processes.'",
+        "'Each worker will process a single job at a time. Within a worker, there is no concurrent processing going on. If you want to perform jobs concurrently, simply start more workers.'",
+        "Priority is an ORDERED QUEUE LIST: 'rq worker high default low' — 'the order is important'; RoundRobinWorker exists for fair scheduling across equal queues.",
+        "Honest lifecycle states throughout: worker busy/idle, job registries Started/Finished/Failed — pending/running/done are first-class, inspectable states."
+      ],
+      "lesson": "Adopt the PATTERN, not the dependency (rune's core is stdlib-only, C2): one dedicated worker per serial resource, an ordered priority queue in front of it, and explicit queued/started/finished states. For rune: chat lane and task lane each get single-flight admission (one running turn per lane); the task lane additionally gets the visible FIFO with priority classes (D36). Concurrency between lanes = 'more workers' at the MODEL layer, which is Ollama's queue (default) or NUM_PARALLEL/second model (owner call)."
+    }
+  ],
+  "bonus_source_note": "https://docs.claude.com/en/api/messages (fetched 2026-10-18): 'The Messages API can be used for either single queries or stateless multi-turn conversations' — the reference pattern for parallel conversations: independent client-owned message histories, no server-side coupling between conversations. Ollama's /api/chat is the same shape locally; rune's per-channel ConversationStateRepository already implements the client side.",
+  "carry_forward": [
+    "Ollama's default FIFO queue means 'never block chat' is achievable WITHOUT any owner hardware decision at the admission level — but the WORST-CASE chat wait behind one big model call remains one /api/chat duration (up to 300s for a 27b tier call). True simultaneous generation needs OD-1.",
+    "crush proves per-session busy is the right shape for rune's two panes; Claude Code proves enter-queues-when-busy is the right face behavior (D36's pending indicator).",
+    "RQ supplies the vocabulary for the core's honest states: queued -> started -> finished/failed per lane.",
+    "Atomic-writes prior art (Claude Code v1.0.45) directly supports the BP-3 fix shape."
+  ]
+}

research/factory-separate-turns/04-applicability.json

@@ -0,0 +1,73 @@
+{
+  "stage": "APPLICABILITY",
+  "summary": "Every outward lesson lands on machinery rune already owns. Constraint check first, then four candidate directions weighed. Direction B (per-channel turn lanes inside one core, with a fine-grained state lock replacing the dispatch mutex, the model as a shared serial resource fronted by Ollama's own FIFO queue, and a TUI-side task queue with pending states) is the recommendation: it removes BP-1/BP-2/BP-3 with zero new dependencies and leaves the model-slot policy (true parallel vs FIFO vs second model) as a clean owner decision upgradeable independently.",
+  "constraint_check": [
+    {"constraint": "C1 D36 law (queue when busy, pending indicator, intelligent ordering, consent bridge, never interrupt a running turn)", "verdict": "Direction B implements it directly: task-enter during a running task turn enqueues (TUI queue + core admission); chat-enter always dispatches (its own lane); ordering operates only on PENDING entries; consent bridge enqueues to the task lane with an immutable context snapshot — the running turn is untouched.", "evidence": "Claude Code 0.2.75 queue-when-busy; RQ ordered priority queues; crush per-session IsBusy."},
+    {"constraint": "C2 stdlib-only core", "verdict": "Everything in Direction B is threading.Lock / queue discipline / atomic os.replace — no new dependency. RQ is used as a pattern source only.", "evidence": "02-inward BP-1..BP-3 file:line map."},
+    {"constraint": "C3 per-channel persistence", "verdict": "Already landed and concurrency-safe (repositories internally locked, per-channel buckets) — no change needed; only ASSEMBLY must become channel-keyed (BP-5).", "evidence": "conversation_state.py:510-527, 589-594."},
+    {"constraint": "C4 330s budget", "verdict": "Unchanged for the task lane. The chat lane's effective budget under default FIFO Ollama is 'one in-flight model call' (see 05-adversarial BR-8) — the budget stays but its MEANING improves with OD-1.", "evidence": "complete.go:37; rune_operator.py:2331-2341 adaptive timeouts."},
+    {"constraint": "C5 tool loops = many calls per turn", "verdict": "Works IN FAVOR of Direction B: serialization at the model happens per CALL, not per turn — between a task turn's tool rounds, chat calls slot into Ollama's FIFO. Worst-case chat wait is one call, not one turn.", "evidence": "rune_operator.py:2379 tier loop; local_tool_runtime tool loop."},
+    {"constraint": "C6 F6 phase-1 contract and its promised later wave", "verdict": "Direction B IS that later wave, scoped exactly as the F6 comment forecast: finer-grained locking around the operator's shared state.", "evidence": "core_server.py:192-198."},
+    {"constraint": "C7 laneconc frozen contract", "verdict": "Untouched — the TUI already dispatches lanes concurrently and commits through the single writer; only the TASK lane gains a queue wrapper (composer-side), which does not alter laneconc's dispatch/commit laws.", "evidence": "laneconc.go:9-29."}
+  ],
+  "candidate_directions": [
+    {
+      "id": "A",
+      "name": "Two operator PROCESSES (chat core + task core)",
+      "shape": "Run two core_server instances on two ports, each with its own operator; TUI routes chat lane to one, task lane to the other.",
+      "removes": ["BP-1 (by process isolation — no shared mutex)", "BP-2 (separate operator states)"],
+      "keeps_or_worsens": [
+        "BP-3 doubles: TWO 2.2MB checkpoints, and the shared stores (~/.rune/hot, task_state, conversations) are single-owner files — either split the stores (schema surgery) or accept cross-process file contention on exactly the unsafe saves.",
+        "BP-5 worsens: two processes reading one conversation store need a locking protocol the repos were not designed for cross-process.",
+        "The consent bridge becomes cross-process IPC; approvals, status, and the D36 queue view must be federated.",
+        "Model layer unchanged: both processes still hit one Ollama — the serial resource simply moved."
+      ],
+      "verdict": "REJECTED — maximum blast radius for the same model-layer outcome; rune's repos are in-process-thread-safe, not multi-process-safe."
+    },
+    {
+      "id": "B",
+      "name": "Per-channel turn lanes in ONE core + fine-grained state safety (RECOMMENDED)",
+      "shape": "Keep ThreadingHTTPServer. Replace the global dispatch_lock with: (1) per-channel single-flight admission — one running turn per channel, extra same-channel arrivals queue behind that channel's turn (chat: message queueing a la Claude Code; task: the D36 queue with pending rows); (2) a small state_lock around ONLY the shared mutations — state.tasks.append, a per-channel current_task map (or retire the pointer; get_status already derives counters from the canonical repo), per-channel pending-approval keying; (3) atomic _save() (write tmp + os.replace under the state_lock, optionally debounced); (4) channel-parameterized context assembly (window(channel) in _conversation_messages). The two lanes then run send_task concurrently into one Ollama, which FIFO-queues same-model calls by default.",
+      "removes": [
+        "BP-1 entirely (chat POST never waits on a task turn at the core; task POST never waits on chat)",
+        "BP-2 (per-channel pointers + locked mutations)",
+        "BP-3 (atomic, debounced, minimal-scope saves)",
+        "BP-4 partially (per-lane queued/running states give the face honest feedback before token streaming)",
+        "BP-5 (channel-keyed history blocks)"
+      ],
+      "keeps_or_worsens": [
+        "Model-layer serialization remains by default: with OLLAMA_NUM_PARALLEL=1, two simultaneous generations against the SAME model FIFO-queue at Ollama — correct, never-fails, but the chat ANSWER can wait one model call behind a long task call (bounded by one /api/chat, NOT one turn — tool gaps let chat through; see BR-8 for the honest math).",
+        "Requires careful, test-first surgery on the operator's shared state (the F6 wave done properly)."
+      ],
+      "upgrade_path": "OD-1 options stack cleanly on top later without touching this layer.",
+      "verdict": "RECOMMENDED — surgical, stdlib-only, removes every rune-side blocking point, and makes the model-slot policy an independent owner decision."
+    },
+    {
+      "id": "C",
+      "name": "Direction B + true model-layer parallelism (owner hardware decision)",
+      "shape": "C-1: OLLAMA_NUM_PARALLEL=2 on the owner's Ollama — the same model then processes both streams simultaneously (continuous batching), at ~2x that model's KV-cache memory. C-2: pin DIFFERENT models per lane (chat on a small fast T1-class model, tasks on the big model) — two loaded models are two separate runners with independent queues (OLLAMA_MAX_LOADED_MODELS default 3), no context multiplication of the big model; costs the second model's weights in VRAM.",
+      "removes": ["Everything B removes", "plus the model-call FIFO wait: chat tokens flow while a task generation runs"],
+      "keeps_or_worsens": [
+        "C-1: global knob (issue #8842) — every model pays the multiplied context; engine/arch support must be verified for the owner's model (#17280: MLX engine and some MoE architectures stay serial).",
+        "C-2: chat quality drops to the small model (or rises if the owner prefers cloud for chat); keep_alive=-1 needed on both to prevent unload churn (FAQ)."
+      ],
+      "verdict": "OWNER DECISION (OD-1) — an environment/config choice stacked on B; the code is identical."
+    },
+    {
+      "id": "D",
+      "name": "Full job-queue infrastructure (RQ/Celery-class dependency)",
+      "shape": "A Redis-backed queue with worker processes executing turns out of the web process.",
+      "removes": ["BP-1 (same as B)"],
+      "keeps_or_worsens": ["Violates C2 (stdlib-only core)", "adds an always-on broker for a two-conversation local app", "the repos' in-process thread-safety would need a redis-side reimplementation"],
+      "verdict": "REJECTED — the pattern is adopted (B), the dependency is not."
+    }
+  ],
+  "prerequisites_and_order": [
+    "P0: BP-3 atomic-save + state_lock (unblocks ANY concurrency safely) — must land first.",
+    "P1: BP-2 per-channel current-task/pending-approval keying.",
+    "P2: BP-1 removal + per-channel single-flight admission (the lanes).",
+    "P3: BP-5 channel-keyed context assembly (can land with P2 in one wave; listed separately because it is independently testable).",
+    "P4: TUI task queue + pending indicator + consent-bridge enqueue (D36 face law).",
+    "P5 (optional, owner): OD-1 model-slot policy — config only."
+  ]
+}

research/factory-separate-turns/05-adversarial.json

@@ -0,0 +1,68 @@
+{
+  "stage": "ADVERSARIAL",
+  "summary": "Eight breaks examined with mechanism and mitigation. The crux is BR-8: under default serial Ollama, Direction B's guarantee is 'chat DISPATCHES immediately and never fails, but its ANSWER may wait behind the current single model call' — for true always-instant chat answers while a 27b task generation runs, the owner must pick OD-1 (parallel slots or a second model). Everything else has a concrete, stdlib mitigation.",
+  "breaks": [
+    {
+      "id": "BR-1",
+      "name": "Context window contention — two growing streams",
+      "mechanism": "Each stream's history grows; both histories get assembled into prompts against the SAME model context window. With OLLAMA_NUM_PARALLEL=2 the KV cache splits across parallel slots (FAQ: 'a 2K context with 4 parallel requests will result in an 8K context' — total memory multiplies; per-slot effective window is what the model sees per request). A task stream that grows unbounded starves nothing at the server, but rune's broker admission must budget BOTH channels against the same window.",
+      "mitigation": "ContextBroker already admits blocks against the model's real input budget per call (trace-backed) — budgeting stays per-call, which is already per-channel once BP-5 is fixed. Compaction is already per-channel (conversation_state.py compact folds per channel bucket). Set per-channel history limits in the broker (chat keeps a shorter conversational window; tasks keep their own).",
+      "residual": "None structural; a policy constant per channel."
+    },
+    {
+      "id": "BR-2",
+      "name": "Ollama single-model load/unload churn under mixed requests",
+      "mechanism": "If the two lanes pin DIFFERENT models (OD-1 C-2) or routing picks different models per turn, each model switch can trigger unload/reload: models unload after 5m idle by default, and under memory pressure 'prior models become idle, one or more will be unloaded to make room' (FAQ) — reloads cost seconds-to-tens-of-seconds and would hit the CHAT lane's responsiveness exactly when the owner wants it.",
+      "mitigation": "keep_alive=-1 (or long) for the two pinned models; OLLAMA_MAX_LOADED_MODELS>=2; pin chat to ONE model permanently (no per-turn chat routing churn); verify both fit VRAM concurrently.",
+      "residual": "VRAM for two resident models — folded into OD-1."
+    },
+    {
+      "id": "BR-3",
+      "name": "Checkpoint write pressure and corruption — the 2.2MB rewrite",
+      "mechanism": "MEASURED 2026-10-18: operator.json 2.2MB, task_state.json 1.6MB. _save() rewrites the full file per transition, 3-6 times per turn; two streams double frequency AND, without the fix, two concurrent _save() calls interleave/truncate the JSON (the exact corruption class Claude Code fixed in v1.0.45 by 'enforcing atomic writes').",
+      "mitigation": "P0 of the build: state_lock around mutations + write-tmp-then-os.replace (atomic on POSIX); debounce saves (only terminal transitions persist synchronously; intermediate saves coalesce). Longer term: retire the tasks array from operator.json entirely — TaskStateRepository is already the canonical authority (get_status comment, rune_operator.py:796-798) and the legacy list is a cache.",
+      "residual": "Debouncing changes crash-recovery points — must keep the lifecycle-guarantee law (no RUNNING task lost on crash): save synchronously at turn START (running transition) and turn END, debounce only intermediates."
+    },
+    {
+      "id": "BR-4",
+      "name": "The single current_task pointer",
+      "mechanism": "state.current_task is one field; two lanes overwrite it per dispatch (rune_operator.py:1034). get_status surfaces it — the face would show the LAST dispatch's task as 'current' regardless of channel; any logic keying on current_task would misfire across lanes.",
+      "mitigation": "Per-channel map (current_task_by_channel) or retire the pointer: status already derives counters from the canonical repo; per-channel 'active' already exists via TaskStateRepository.get_active(channel).",
+      "residual": "None."
+    },
+    {
+      "id": "BR-5",
+      "name": "Single pending-approval slot collision",
+      "mechanism": "state.pending_task_id/pending_request/pending_runtime_state is ONE slot (rune_operator.py:1269-1279; resolved at core_server.py:164). A task lane awaiting approval + a chat lane turn that also gates a tool = one overwrites the other; resolve_pending_approval resumes the wrong task.",
+      "mitigation": "Key pending approvals per channel (pending map channel -> approval), /v1/approvals/resolve gains the channel (or an approval id); the repos already model per-task state.",
+      "residual": "Wire-shape change on the resolve endpoint — a frozen-contract update (canary battery)."
+    },
+    {
+      "id": "BR-6",
+      "name": "Ordering intelligence vs fairness and amend chains",
+      "mechanism": "D36 says 'Rune intelligently orders the queue'. Over-aggressive reordering can (a) starve old FIFO entries under a stream of high-priority pushes, (b) break amend chains (task identity law #18: a follow-up AMENDS the active task — reordering an amend away from its parent corrupts lineage), (c) fight the owner's expectation that queued work eventually runs in a sensible order.",
+      "mitigation": "Ordering operates ONLY on pending entries (a running turn is never preempted — the owner's own law); amend chains are atomic (an amend binds to its task and moves WITH it); priority classes are coarse and bounded (chat-consent pushes jump plain task entries; nothing else jumps); FIFO within a class. This matches RQ's 'ordered queue list' semantics and avoids scheduler complexity.",
+      "residual": "The exact priority classes are a taste decision (OD-2) — the mechanism supports any policy."
+    },
+    {
+      "id": "BR-7",
+      "name": "Consent bridge racing a running task turn",
+      "mechanism": "The D36 consent bridge proposes pushing a chat message to tasks. If consent resolves while a task turn is RUNNING, a naive push calls send_task inline on the task lane's shared state mid-turn — exactly the interleave the F6 lock existed to prevent. Also: the chat context referenced ('context carry') may be mid-mutation if read live.",
+      "mitigation": "The consent push ENQUEUES (task-lane queue append under the queue's own lock — never touches the running turn's state); context carry is an IMMUTABLE snapshot (the chat turn's id + a rendered context block captured at proposal time), not a live reference. The task lane worker consumes the queue between turns.",
+      "residual": "None structural; the enqueue-vs-inline distinction must be a frozen test."
+    },
+    {
+      "id": "BR-8",
+      "name": "THE CRUX — worst-case chat latency under default serial Ollama",
+      "mechanism": "With Direction B and default OLLAMA_NUM_PARALLEL=1, two simultaneous generations against the same model FIFO-queue AT OLLAMA. Chat dispatches instantly, never errors, and slots into any gap between the task turn's model calls (tool rounds, tier retries) — but if it arrives DURING a single long /api/chat (27b tier: up to 300s timeout budget), its first token waits for that call to finish. Honest bound: chat answer latency <= max single model call of the other lane, NOT the other lane's whole turn.",
+      "mitigation": "OD-1: (C-1) OLLAMA_NUM_PARALLEL=2 — simultaneous decode, ~2x KV cache for that model, engine support must be verified (#17280); or (C-2) chat on a small fast model — separate runner, separate queue, chat never waits on the big model at all. Interim honesty: the chat pane shows 'model busy with task generation — answer next' (a pending state) instead of a silent hang.",
+      "residual": "This is a HARDWARE/policy trade, not fixable in code: an owner decision with real VRAM cost. QUALIFY names it OD-1."
+    }
+  ],
+  "verified_non_breaks": [
+    "Conversation repository under two concurrent appends: safe today (internal lock, idempotent by msg_id — conversation_state.py:510-527).",
+    "TUI polling during turns: GET /v1/conversation and /v1/status never take dispatch_lock (core_server.py:129-150) — the panes stay live regardless.",
+    "laneconc under concurrent lanes: frozen by its own barrier/single-writer tests (C7).",
+    "Two channels + one stateless model endpoint: no server-side coupling exists to break (Ollama /api/chat schema carries the whole conversation per request)."
+  ]
+}

research/factory-separate-turns/06-synthesis.json

@@ -0,0 +1,64 @@
+{
+  "stage": "SYNTHESIS",
+  "summary": "Two turn lanes over one shared model, with honesty at every level. The core admits one running turn PER CHANNEL (chat lane + task lane workers), all shared operator state becomes per-channel and locked at mutation scope, saves become atomic, and context assembly becomes channel-keyed. The task pane gets the D36 queue (pending indicator, bounded reordering over pending entries only). The chat pane NEVER queues behind task work at rune: at worst its model call waits behind the task turn's CURRENT single call in Ollama's FIFO (default), and the owner can eliminate even that with OD-1 (parallel slots or a second resident model). The consent bridge enqueues with an immutable context snapshot. Nothing interrupts a running turn.",
+  "the_architecture": {
+    "layer_1_face_TUI": {
+      "owns": "Input routing (D36 focus law), the task queue's visible rows, pending indicators, per-lane busy spinners.",
+      "changes": "Composer task-enter during a running task turn -> enqueue row (pending state) instead of a blocked POST; chat-enter always dispatches (chat lane has its own admission; if a chat turn is itself running, the new chat message queues per OD-4). Queue rows render queued/running/awaiting_approval/completed from the existing per-channel read paths (lock-free).",
+      "blocking_points_removed": ["BP-4 at the face — honest feedback replaces silent waits"],
+      "evidence": "Claude Code 0.2.75 queue-when-busy; crush per-session IsBusy; laneconc single-writer commits unchanged."
+    },
+    "layer_2_core": {
+      "owns": "Turn admission, shared-state safety, persistence atomicity, context assembly.",
+      "changes": [
+        "Replace dispatch_lock with per-channel single-flight admission: one running turn per channel; same-channel arrivals wait on that channel's turn (chat: message queue; task: D36 queue). Two channels run CONCURRENTLY through the operator.",
+        "state_lock (fine-grained) around ONLY: state.tasks.append, per-channel current-task map (or retire the pointer — repo is canonical), per-channel pending-approval slots.",
+        "_save(): tmp file + os.replace under the state_lock; synchronous at running/terminal transitions, debounced for intermediates (lifecycle-guarantee law preserved).",
+        "_conversation_messages becomes channel-parameterized: window(channel) — each stream's history block is its own transcript (fixes BP-5).",
+        "Approval resolution endpoint keyed by channel/approval-id (frozen-battery update)."
+      ],
+      "blocking_points_removed": ["BP-1", "BP-2", "BP-3", "BP-5"],
+      "evidence": "RQ worker pattern (one job at a time per worker; ordered priority queues; started/finished registries); F6's own promised 'finer-grained locking' later wave; Claude Code v1.0.45 atomic-writes fix."
+    },
+    "layer_3_model": {
+      "owns": "What 'concurrent turns' physically mean at the GPU.",
+      "default": "One Ollama server, FIFO queue per model call (OLLAMA_NUM_PARALLEL=1, MAX_QUEUE 512). Both lanes' calls interleave at call granularity; chat never blocked by a whole turn — only by the current single call.",
+      "owner_upgrades_OD1": [
+        "C-1 OLLAMA_NUM_PARALLEL=2: simultaneous decode on one model; ~2x KV cache; verify engine/arch support (GGUF yes; MLX no; MoE blocklist — issues #17280/#8842).",
+        "C-2 two pinned models: chat on a fast small model (separate runner, own queue — never waits on the big model), tasks on the big model; keep_alive=-1 both; costs second model's VRAM. Maps onto the existing T1/T3 tier system."
+      ],
+      "blocking_points_removed": ["BR-8's residual wait, if the owner chooses an upgrade"]
+    },
+    "layer_4_consent_bridge": {
+      "owns": "Chat-to-task promotion with context carry (D36 point 2).",
+      "changes": "Detection runs on the chat lane's response metadata (cheap classifier, no extra model call). Consent card resolves -> ENQUEUE to the task lane (queue append under queue lock; never touches a running turn). Context carry = immutable snapshot (chat turn id + rendered context block captured at proposal). The task worker consumes it as a normal queued turn.",
+      "blocking_points_removed": ["BR-7 race by construction"]
+    }
+  },
+  "what_intelligent_ordering_actually_is": {
+    "policy": "Bounded priority classes over PENDING entries only: (1) consent-bridge pushes from chat, (2) owner-flagged work, (3) plain FIFO. Amend chains bind to their parent task and move atomically (identity law #18 untouched). A running turn is NEVER preempted — the owner's 'without interrupting the turn' is a hard invariant, not a preference.",
+    "explicitly_not": "No predictive reordering, no cost-model scheduler, no preemption. RQ's ordered-queue-list semantics are the ceiling of complexity needed for two panes.",
+    "owner_knob": "OD-2 decides the visible queue affordances (indicator-only vs reorderable list)."
+  },
+  "phases": [
+    {"phase": 0, "name": "State safety (prerequisite)", "work": "state_lock + atomic os.replace saves + per-channel current-task/pending-approval keying", "tests": "concurrent-dispatch fault injection (two threads, full send_task on stub transport, checkpoint round-trip intact); amend-chain integrity under interleave"},
+    {"phase": 1, "name": "The lanes", "work": "Per-channel single-flight admission in core_server; remove the global dispatch_lock; channel-keyed context assembly (window(channel))", "tests": "frozen: chat POST completes while a stub task turn sleeps; task POST same; canary battery green with the new admission shape"},
+    {"phase": 2, "name": "The D36 face", "work": "TUI task queue rows + pending indicator + enter-to-queue when the task lane is busy; chat message queueing policy (OD-4)", "tests": "frozen: enter during running task turn -> queued row, chat pane still live; reordering operates on pending only"},
+    {"phase": 3, "name": "Consent bridge", "work": "Chat-lane detection + consent card + immutable-snapshot enqueue with context carry", "tests": "frozen: consent resolving during a running task turn enqueues without touching the running turn's state"},
+    {"phase": 4, "name": "Model-slot policy (owner)", "work": "OD-1 config: NUM_PARALLEL=2 or two pinned models + keep_alive; document measured VRAM", "tests": "live: chat first-token latency while a 27b task generation runs, before/after"}
+  ],
+  "owner_decisions": [
+    {"id": "OD-1", "decision": "Model-slot policy for true simultaneous generation", "options": ["default FIFO (zero cost; chat answer may wait one model call behind a big task call)", "OLLAMA_NUM_PARALLEL=2 (~2x KV cache for the model; engine support must verify)", "chat on small fast model + tasks on big model (second model's VRAM; separate queues; recommended if VRAM allows)", "cloud model for chat (bandwidth/privacy trade)"], "why_owner": "Real VRAM/hardware/taste trade with no code-correct answer"},
+    {"id": "OD-2", "decision": "Queue affordance depth", "options": ["pending indicator only", "visible reorderable queue list with priority display"], "why_owner": "Face taste under D36's interview-granularity law"},
+    {"id": "OD-3", "decision": "Checkpoint mechanics", "options": ["keep operator.json tasks array with atomic+debounced saves", "retire the legacy tasks array to the canonical TaskStateRepository (schema change, smaller saves)"], "why_owner": "Durability/compatibility taste; both are safe"},
+    {"id": "OD-4", "decision": "Chat-lane behavior when a CHAT turn is already running", "options": ["queue the message (Claude Code 0.2.75 behavior)", "steer the running turn (0.2.108 behavior — harder, needs turn-mutation semantics)", "both, phase 2 then later"], "why_owner": "Interaction law for Rune's conversational feel"},
+    {"id": "OD-5", "decision": "Consent-bridge context carry format", "options": ["verbatim chat tail (cheap, leaky)", "rendered summary block captured at proposal (recommended)"], "why_owner": "Taste in how much chat context tasks should see"}
+  ],
+  "risk_ranking_after_mitigations": [
+    "LOW: state safety (P0 pattern is proven; Claude Code precedent)",
+    "LOW: context isolation (repo already per-channel; assembly keying is small)",
+    "MEDIUM: core surgery breadth (send_task is long; the fine-grained locking must be fault-injection-tested — but the F6 comment already scoped this wave)",
+    "MEDIUM/OWNER: BR-8 residual latency under default FIFO (OD-1)",
+    "MEDIUM/OWNER: VRAM for OD-1 upgrades (measured at build time)"
+  ]
+}

research/factory-separate-turns/07-qualify.json

@@ -0,0 +1,31 @@
+{
+  "stage": "QUALIFY",
+  "verdict": "PROCEED",
+  "confidence": "high",
+  "rationale": "Every load-bearing fact was verified against live sources or the repo itself: the blocking map is file:line-exact (one mutex, four supporting unsynchronized surfaces, one context-assembly gap); Ollama's concurrency semantics — stateless per-request wire, default per-model FIFO queue, NUM_PARALLEL context-memory multiplication, engine caveats — come from the official FAQ/API spec and three primary GitHub issues; the harness pattern (per-session busy, enter-queues-when-busy, background work outside the conversation loop) comes from crush and the Claude Code changelog; the single-resource worker pattern comes from RQ's docs. The recommended architecture (Direction B) removes every rune-side blocking point with stdlib-only machinery built on surfaces that are already concurrency-ready (laneconc, per-channel repositories, lock-free read paths), and leaves the only genuine hardware trade (BR-8 residual / parallel slots / second model) as a clean, independently-upgradeable owner decision rather than a research unknown.",
+  "conditions": [
+    "C-P0: State safety lands FIRST and independently (state_lock + atomic saves + per-channel current-task/pending-approval keying) — removing the dispatch_lock before this would reintroduce exactly the corruption F6 froze",
+    "C-P1: The lanes wave must land channel-keyed context assembly in the same wave (window(channel)) — otherwise two streams would silently share one history source (BP-5)",
+    "C-ENGINE: If OD-1 C-1 (OLLAMA_NUM_PARALLEL=2) is chosen, verify the owner's actual serving engine + model family supports parallel requests at build time (MLX engine and some MoE architectures do not — issue #17280)",
+    "C-FROZEN: Concurrent-dispatch fault-injection tests drive the REAL admission shape (two threads through core_server with a stub transport), not synthetic single-threaded spellings",
+    "C-LIFECYCLE: Debounced saves keep synchronous persistence at running/terminal transitions — no RUNNING task may be unrecoverable on crash (lifecycle-guarantee law)",
+    "C-BUDGET: The 330s client budget stays; under default FIFO the chat lane's honest worst case is one model call behind the task lane (surfaced as a pending state, never a silent hang)"
+  ],
+  "named_unknowns": [],
+  "owner_decisions_pending": [
+    "OD-1 model-slot policy (FIFO default vs NUM_PARALLEL=2 vs second pinned chat model vs cloud) — the only decision with hardware cost",
+    "OD-2 queue affordance depth (indicator-only vs reorderable list)",
+    "OD-3 checkpoint mechanics (atomic+debounced legacy array vs retiring tasks to the canonical repo)",
+    "OD-4 chat-lane behavior when a chat turn is already running (queue vs steer)",
+    "OD-5 consent-bridge context carry format (verbatim tail vs rendered snapshot)"
+  ],
+  "artifacts_index": [
+    "01-issue.json — owner directive verbatim, research questions, constraints C1-C7",
+    "02-inward.json — blocking map BP-1..BP-5 at file:line; what is already concurrency-ready; measured checkpoint sizes",
+    "03-outward.json — eight live sources (Ollama FAQ/API, issues #8842/#17280/#4894, crush, Claude Code changelog, RQ) with URLs and lessons",
+    "04-applicability.json — constraint check; directions A-D weighed; prerequisite order P0-P5",
+    "05-adversarial.json — breaks BR-1..BR-8 with mechanisms/mitigations; verified non-breaks",
+    "06-synthesis.json — the layered architecture, intelligent-ordering policy, phases 0-4, owner decisions OD-1..OD-5",
+    "07-qualify.json — this file"
+  ]
+}

research/factory-separate-turns/README.md

@@ -0,0 +1,66 @@
+# factory-separate-turns — how chat and task panes run separate turns on one model
+
+Research round answering the owner's direct ask (2026-10-18, D36 era): *"we need to not
+block the interactivity of being able to talk to the chat pane whenever a task pane task
+chat message is sent… the chat and the task panes need to operate on separate turns or
+not interrupt each other. please research how to put that in effect."*
+
+**Verdict: PROCEED** (07-qualify.json, high confidence, five named owner decisions).
+
+| Artifact | What it holds |
+| --- | --- |
+| 01-issue.json | the owner directive verbatim, research questions, constraints C1–C7 |
+| 02-inward.json | the exact blocking map (BP-1..BP-5, file:line); what is already concurrency-ready; measured checkpoint sizes |
+| 03-outward.json | eight live-verified sources with URLs + per-source lessons |
+| 04-applicability.json | constraint check; candidate directions A–D; prerequisite order P0–P5 |
+| 05-adversarial.json | eight breaks with mechanisms and mitigations; verified non-breaks |
+| 06-synthesis.json | the layered architecture, the ordering policy, phases 0–4, owner decisions OD-1..OD-5 |
+| 07-qualify.json | PROCEED, conditions, named unknowns (none blocking) |
+
+## The three findings that matter most
+
+1. **The TUI and the stores are already concurrency-ready; ONE mutex is the whole
+   problem.** The Go face already dispatches the chat and task lanes in parallel
+   goroutines with a single-writer commit (`tui/laneconc`), the conversation/task
+   repositories are already per-channel and internally locked, and the read paths the
+   panes poll (`GET /v1/conversation`) never take the lock. The blockage is
+   `with self.core.dispatch_lock:` at `src/rune/core_server.py:199` — it wraps the
+   ENTIRE turn (model calls + tool loops + persistence, up to the 330s budget) for both
+   channels. It exists only because the operator's shared state is unsynchronized
+   (single `current_task` pointer, single approval slot, full-file `_save()` of the
+   measured-2.2MB checkpoint — the F6 comment itself called this a phase-1 contract with
+   "finer-grained locking" as a later wave).
+2. **Ollama already IS the queue — and is stateless per conversation.** Every `/api/chat`
+   carries the full message history (no session state server-side), so two streams cannot
+   cross-contaminate at the model; and with defaults, concurrent calls against one loaded
+   model are FIFO-queued by Ollama itself (order preserved, never failing each other).
+   So "never block chat" is achievable in rune with zero hardware cost at the DISPATCH
+   level — the honest residual is that a chat ANSWER can wait behind the task turn's
+   CURRENT single model call (one call, not one whole turn). True simultaneous generation
+   needs `OLLAMA_NUM_PARALLEL=2` (~2× KV-cache memory, engine-dependent) or a second
+   pinned chat model (separate runner, separate queue) — a pure owner VRAM/taste call.
+3. **Every established harness solves this by structure, not by waiting.** crush marks
+   busy PER SESSION while other sessions stay interactive; Claude Code queues your Enter
+   presses while a turn runs and runs background work outside the conversation loop with
+   its own view; RQ's canonical worker pattern is one-job-at-a-time per worker with an
+   ordered priority queue and honest pending states. Rune's two panes map exactly: two
+   turn lanes, one shared serial model, a visible D36 task queue that reorders only
+   PENDING entries and never interrupts a running turn.
+
+## The recommended architecture (06-synthesis)
+
+Four layers: **the face** (task-enter queues with pending rows; chat-enter always
+dispatches), **the core** (per-channel single-flight admission replacing the global
+mutex; fine-grained state lock; atomic + debounced saves; channel-keyed context
+assembly), **the model** (Ollama FIFO by default; OD-1 owner upgrade for true
+parallelism), and **the consent bridge** (detection on the chat lane, consent resolves
+to an ENQUEUE with an immutable context snapshot — never touching a running turn).
+"Intelligent ordering" is deliberately bounded: priority classes over pending entries
+only, amend chains atomic, no preemption, no scheduler cleverness.
+
+Five decisions await the owner (06-synthesis): the model-slot policy (OD-1 — the only
+one with hardware cost), queue affordance depth (OD-2), checkpoint mechanics (OD-3),
+chat-when-chat-is-running behavior (OD-4), and consent-bridge context carry (OD-5).
+
+Sources with URLs are in 03-outward.json. No repo code was changed in this round; the
+round is registered in docs/factory/research-registry.json under `factory-separate-turns`.

research/factory-tabs-windows/00-interview-prep.md

@@ -0,0 +1,160 @@
+# Tabs + Floating Windows — Design-Interview Prep (research-only, no construction)
+
+Owner directive (2026-10-20): the tabs + floating-windows direction for the face is
+approved; a design interview happens BEFORE building. This wave prepares that
+interview. Three parts: (1) what the stack can do, (2) what the face already has
+that becomes tabs/windows naturally, (3) the interview itself, each question with a
+recommended default drawn from the research and prior rulings.
+
+---
+
+## 1. What the stack supports (Bubble Tea v2.1.0 + lipgloss v2.0.6, vendored in tui/vendor)
+
+**Tab bars.** Neither bubbletea v2 nor lipgloss v2 ships a tab-bar component.
+Precedents are all hand-built (lazygit, k9s): a one-line strip of styled labels
+(lipgloss styles for active/inactive) + an index in the model state. Trivial to
+build; the cost is state management (which surface is active, how each surface's
+scroll/cursor state survives tab switches — the precedent apps keep every tab's
+model alive and only swap the visible View). Nothing in the stack fights this.
+
+**Floating windows / compositing.** lipgloss v2 has a real layer system, and this
+is exactly what the visual-round already verified:
+- `lipgloss.NewLayer(content)` (layer.go:13) — a layer has **X, Y, and Z
+  coordinates** (`X()`, `Y()`, `Z()` setters, layer.go:57-75), so z-order is a
+  first-class library feature, not an ad-hoc paint order.
+- `NewLayer(base, child1, child2, ...)` composites children over a base;
+  nesting gives stacking.
+- `lipgloss.NewCanvas(w, h)` (canvas.go:24) with `Compose(drawer)` and `Render()`
+  gives a pixel-accurate compositing surface; `Canvas.Draw` plugs straight into a
+  bubbletea v2 View via the `uv` screen interface.
+- `Place`/overlay helpers remain for the simple "center a card" cases.
+This maps 1:1 onto the owner's **Layer Law** (boundary-law.md, D43 addendum,
+2026-10-19): every visual element is an independent layer with its own
+scaffold/state/tests, composed at render time, accidental coupling is a defect.
+The library now literally enforces the owner's law — floating windows ARE layers
+with Z, the face already IS layers by ruling.
+
+**Mouse drag/resize.** Bubble tea v2's mouse support covers click, motion, and
+**drag** (motion-with-button events, the modern SGR mouse protocol) — lazygit
+does drag-to-scroll on the same protocol. Window dragging is therefore feasible:
+on `MouseMotion` while button held over a window's border, update the layer's
+X/Y, re-render. Terminal-native **resize-by-dragging-an-edge** is doable with
+the same events (hit-test the border cells) but has no library precedent — it is
+new interaction code, and the fallback (resize via keyboard or preset sizes) is
+what every terminal app ships. There is no sub-cell precision; everything is
+character-cell granularity, which visually reads as chunky but honest.
+
+**Z-order / focus.** Z is per-layer in the library. Focus is NOT — it's app
+state (the face already has focus-driven panes, lanes/README: focus-driven
+resize, click resolves focus). The existing discipline (an open modal outranks
+the rail; an open takeover swallows every key — rail.go:146) is the seed of a
+focus stack: modals > windows > panes, one key-routing authority.
+
+**Verdict:** the stack supports the direction without any vendored fork. The
+work is state + interaction design, not rendering mechanics.
+
+## 2. What the face already has that becomes tabs/windows naturally
+
+| Existing surface | Today | Becomes |
+|---|---|---|
+| **Two panes (chat + tasks)** | lanes/layout.go: two-lane face, focus-driven resize, one-column gutter | The core tab *host*: the dichotomy could stay panes, or chat could become a tab with tasks — see Q7 |
+| **Gauges overlay** | gauges.go: "the D41 callable progress window: an overlay panel" — owner already ruled these are "windows to call upon (on-demand overlays), NOT embedded" (D38 §V-C) | The first floating window, by existing ruling |
+| **Rail takeover** | rail.go: full-width takeover box, open via click region + palette, exact restore, pure chrome state | A full-size window (or a tab); its open/close is already modeled as state, not semantic mutation |
+| **Model picker** | rail.go SetMenu — model-picker menu lines in the chat lane | A small floating window (modal) rather than menu lines |
+| **Approval card** | approvals package; modal outranks everything | Highest-Z floating window; keeps its outranking semantics |
+| **Hints overlay** ('/'-command hints) | rail.go SetHints, view-only above composer | Ephemeral tooltip-window / lowest Z |
+| **Sub-agent window (build)** | factorywave/factory surfaces during build waves | A strong tab candidate — a build run is a long-lived surface you'd switch away from and back to |
+| **Event stream** | rail's bounded event view | Tab candidate (vs. today's takeover) |
+| **Composer + chat transcript** | nav/composer, chatpane | Stays fixed (see Q3 default) |
+
+Key inherited law: the rail takeover's "pure chrome state" pattern (opening a
+surface never touches semantic State) is the correct pattern for every tab and
+window: switching surfaces must never mutate the model's semantics.
+
+## 3. THE INTERVIEW — questions for the owner, with recommended defaults
+
+Each question: plain language, why it matters, and the recommended default with
+its source. Owner answers become D-rulings (D44+) before any build wave.
+
+**Q1 — What are tabs FOR? (which surfaces become tabs?)**
+Why: "tab" implies long-lived, switch-back-and-later surfaces. Not everything
+should become one; over-tabbing recreates a browser's 30-tab swamp in a
+terminal.
+**Default:** tabs for the two long-lived surfaces — the **build/sub-agent
+window** and the **event stream** (today's rail takeover) — everything else
+stays a pane or a floating window. Source: the takeover already behaves like a
+toggleable full surface (rail.go), and a build run is the one surface you
+genuinely leave and return to.
+
+**Q2 — What are floating windows FOR? (which overlays become floating?)**
+Why: windows that float and drag suit *transient, on-demand* surfaces — the
+exact category the owner already ruled on.
+**Default:** exactly the overlays the owner already named as "windows to call
+upon": the **gauges** (D38 §V-C), the **model picker**, the **approval card**
+(highest Z, never draggable away from a decision), the **hints** tooltip. No new
+floating surfaces beyond these until asked. Source: D38 ruling + existing modal
+precedence in rail.go.
+
+**Q3 — Does the chat itself ever become a tab or window?**
+Why: this is the identity question of the face. If chat can be hidden behind a
+tab, the "chat is the home of the face" premise weakens.
+**Default: NO.** Chat (transcript + composer box per D36) stays fixed and
+always visible; tabs and windows orbit it. Source: D36 chat-box law ("stable
+BOX at the bottom... never a thin transient line") + the one-composer
+dichotomy legibility principle (factory-chat-design-principles I2).
+
+**Q4 — Does tab state persist across runs?**
+Why: re-opening rune and finding your build tab still open is a memory feature;
+but persisted UI state adds a store surface and failure modes.
+**Default: yes, minimal** — remember the set of open tabs and which was active
+in a small face-state file, consistent with the markdown-ledger/plain-files
+instinct (D38: plain files over databases). Sessions' scroll positions do NOT
+persist (v1).
+
+**Q5 — Window size/position memory?**
+Why: dragging a gauges window to a corner every session is friction; but
+remembered geometry can go off-screen when the terminal is smaller.
+**Default: remember per-window size+position, clamped to the current terminal
+on restore** (never restore a window partially off-screen). Stored in the same
+face-state file as Q4.
+
+**Q6 — Keyboard vs mouse priority?**
+Why: the face already mixes both (click regions open the takeover; shift+tab
+cycling mirrors JetBrains muscle memory — boundary-law D29 note). Drag-to-move
+is mouse-only; but if keyboard can't reach every window action, mouse becomes
+mandatory and breaks keyboard-only workflows.
+**Default: keyboard parity for every window verb** — open/close/cycle-focus
+via keys (and via the palette, the existing JetBrains-style action bar);
+**drag is the mouse-only exception** (move/resize), never the only path.
+Source: D29 selection law + rail.go click-region precedent.
+
+**Q7 — What happens to the chat+tasks dichotomy if either becomes a tab?**
+Why: the two-lane face is a ratified shape (lanes README). If tasks becomes a
+tab, the face becomes single-pane-plus-tab, which changes resize/focus
+semantics entirely. This is the most expensive question — it decides whether
+the tab bar replaces the gutter.
+**Default: the dichotomy survives** — chat and tasks remain the two panes; the
+tab bar sits ABOVE them for the orbiting surfaces (build, events). Rationale:
+the dichotomy is the face's legibility core (chat = conversation, tasks =
+work), and making it tabbed merges two things the design principles keep
+separate. If the owner wants tasks as a tab instead, that is a ratified
+deviation, priced before build.
+
+**Q8 — (guard) What can never be closed?**
+Why: closable implies closeable-by-accident. Some surfaces must be
+non-closable to keep the face honest.
+**Default: the chat pane/composer, and the approval card while a decision is
+pending, cannot be closed or covered by a lower-Z window.** Source: D36 chat
+law + the existing "modal outranks everything" rule.
+
+---
+
+## Files in this chain
+- `00-interview-prep.md` — this document (the deliverable)
+- Registry entry `factory-tabs-windows`, verdict PROCEED (no construction
+  performed; every build pick spawns its own brief).
+
+Precedents cited: lazygit/k9s (hand-built tab bars, same mouse protocol);
+boundary-law.md D36, D38 §V-C, D41 addenda, D43 Layer Law; research/factory-visual-round
+(lipgloss v2 layer verification); tui/lanes/README.md, tui/rail/rail.go,
+tui/gauges/gauges.go.