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* feat(sandbox): throwaway per-agent Postgres/Redis sandbox containers
Orchestrator-provisioned sibling containers per agent spawn
(SandboxProvisioner, roboco/runtime/sandbox.py). Per-project opt-in via
projects.sandbox_services (migration 057); master switch
ROBOCO_SANDBOX_DB_ENABLED, default-off, armed in the NAS compose only.
When active, ROBOCO_TEST_DB_* / ROBOCO_TEST_REDIS_* point at the sandbox
and the prod-creds gate-env injection is suppressed (sandbox replaces,
never coexists). Sandbox lifetime tracks the agent container: teardown at
every removal path, orphan janitor at startup + each reaper tick with a
grace window for mid-flight spawns. The pre-spawn stale-clear spares the
just-provisioned sandbox; provision pre-clears stale same-named
containers from a crash-missed teardown.
Panel: per-project sandbox-service switches in the edit dialog + feature
flag card entry.
* docs: CLAUDE.md entry for the sandboxed dev DB/Redis subsystem
* feat(security): isolate prod Postgres/Redis from agent containers (roboco_data network)
Second user-defined bridge roboco_data carries postgres+redis only; the
orchestrator is multi-homed (default + data). Spawned agents and their
sandbox sidecars stay on roboco_default and can no longer resolve or
reach roboco-postgres:5432 / roboco-redis:6379 (redis has no auth —
membership is its only containment). Normal bridge, so host-published
ports (15432/16379) keep working. Applied to both build composes and
the registry compose; docker-compose.yml re-synced byte-identical with
docker-compose.yaml (it had drifted by the sandbox flag block).
ROBOCO_DB_NETWORK_ISOLATED (config default false, armed alongside the
topology) suppresses the legacy _append_gate_env prod-creds injection:
under isolation those creds dead-end, and unreachable creds are worse
than none. DB-needing projects opt into sandbox_services instead. The
flag is deliberately not a panel feature flag - it must travel with the
compose networks: stanzas.
Preserved by construction: agent<->agent A2A and orchestrator->agent SDK
polls on :9000, MCP->orchestrator on :8000, ollama reachability, docker
exec/inspect (daemon socket), host port publishing.
* feat(panel): full mobile responsiveness pass
Shared primitives: useIsMobile (useSyncExternalStore, hydration-safe,
memoized matchMedia subscribe), ResponsiveTable table->card switch below
md (single subtree mounted, no duplicated interactive rows), scrollable
snap TabsList in the base primitive (justify-center-safe so the first
tab stays reachable on overflow), persistent md:hidden bottom tab bar
(Overview/Tasks/Kanban/Chat, safe-area padded).
Applied: card lists for tasks/projects/products/work-sessions/sessions
+ the three raw metrics tables; CEO approval queue / release proposal /
playbook review action rows stack on narrow; command-center reorders
approvals above the fold on mobile; task-header metadata wraps;
Communications + A2A become URL-driven single-pane drill-downs below lg
(fixes the unconstrained-height ScrollArea bug) with dvh heights;
recharts label density/radius adapts via useIsMobile; git diff viewer
gets mobile font + wrap toggle; vh->dvh sweep; chat composers get
safe-area-inset padding; dashboard main p-4 md:p-6 + pb-20 for the bar.
Verified at 375px on the built app: bottom bar, drawer, approval-first
overview, swipeable kanban tab strip. All gates green (eslint, tsc,
vitest 249, next build 24/24 routes).
* feat(auth): cloud auth via FastAPI Users (default-off, single-user cookie session)
ROBOCO_CLOUD_AUTH_ENABLED (default off) lets the panel/API be exposed
beyond localhost without changing the CEO's local no-login flow while
off — get_agent_context and the WS gate are byte-for-byte unchanged in
off-mode. On: header-trust dies for humans — any agent-role claim (ceo
or a privileged PM/board role) with no valid HMAC token or session
cookie is 401, closing the header-spoof hole on the host-published
:8000 port for every role. The agent-fleet HMAC path and the system
self-PATCH keep working unmodified in both modes.
Single seeded CEO user (migration 058 users table, UserTable), no
registration router — idempotent env-driven upsert at startup by PK.
Cookie transport (httponly/secure/samesite=lax) + a JWTStrategy bound
to a fingerprint of the current password hash (rotating the password
invalidates every prior session). Sliding 30-day session: every
authenticated request re-mints the cookie, so an active session never
expires — no unexpected logouts.
Panel: (auth)/login page + proxy.ts (Next 16 rename of middleware; probes
/auth/status over the docker-internal URL, fails open to off) gate the
dashboard; client.ts gets withCredentials + 401->/login. nginx unchanged.
Review hardening: broadened the on-mode rejection from ceo-only to every
non-CEO role without a valid token (was only closed when
ROBOCO_AGENT_AUTH_REQUIRED was also armed); Next-16 proxy.ts rename to
clear the middleware deprecation warning.
* feat(x): RoboCo X account engine — HoM drafts, per-post CEO approval (default-off)
ROBOCO_X_ENGINE_ENABLED (default off, inert without creds). Mirrors the
ReleaseManagerEngine held-artifact shape: XEngine drafts a post when a
release publishes (via a draft_release_post seam on ReleaseProposalService
.approve) and drafts replies to meaningful mentions (dedicated poll loop,
x_seen_mentions dedup ledger, per-cycle/open caps). Drafting is
local-model-only, clamped to 280 chars. Nothing auto-posts — every tweet
is a held task (source x_post/x_reply, confirmed_by_human=False,
Secretary-owned, dispatcher-skipped) the CEO edits/approves/rejects in a
panel queue.
The four OAuth 1.0a secrets live Fernet-encrypted in a singleton
x_credentials row (migration 059, all-or-nothing, API returns only
has_credentials); decryption is server-side, agents never hold creds or
egress. Hand-rolled OAuth 1.0a HMAC-SHA1 signer, no new dependency;
NullXClient makes the unconfigured path a graceful no-op.
XPostService.approve (CEO-only) is the sole caller of post_tweet.
Review hardening: closed a double-post race — the approve path now
re-reads committed task state inside the Redis lock and commits COMPLETED
before releasing, so a concurrent approve that acquires the lock after the
winner released can't re-post (SET-NX is non-waiting, and the route-level
commit landed after the lock dropped). Added a regression test.
* feat(roadmap): board roadmap engine — PO proposes themed cycles, CEO approves per-item (default-off)
ROBOCO_ROADMAP_ENGINE_ENABLED (default off). Weekly, RoadmapEngine opens
ONE held exploration task (source=board_roadmap, confirmed_by_human=False,
Product-Owner-assigned), deduped to one open cycle. A dedicated one-shot
_dispatch_roadmap_exploration spawns the PO solo (not the two-reviewer
board path, which would also spawn HoM + fire Approve-&-Start). The PO
explores read-only (git/KB/metrics/releases/charter/web) and makes one
propose_roadmap call (PO-only content verb) authoring a themed cycle —
goal + 3-7 item drafts — persisted as a roadmap_cycle marker (no table,
no migration; head stays 059).
The CEO acts per-item in the panel roadmap queue: approve materializes a
BACKLOG task (source=roadmap, no assignee — never auto-starts), reject
records a reason; all-items-terminal completes the exploration task.
RoadmapService is idempotent per item. Dispatchers skip board_roadmap.
Includes a real SQLAlchemy dirty-check fix (deep-copy the JSON marker
before mutating, or the in-place edit + reassign compares equal to its
own baseline and the UPDATE is skipped).
Review hardening: create_task_from_draft now honors a draft-declared
source only from a {prompter, roadmap} whitelist — drafts are
LLM-authored, so an unbounded source could impersonate a privileged
origin (release_manager would even wedge that engine's dedup).
* chore(release): 0.17.0
Wave 3 — six default-off subsystems: sandboxed dev DB/Redis, prod
Postgres/Redis network isolation, full mobile UI pass, cloud auth
(FastAPI Users), the RoboCo X account engine, and the board roadmap
engine. Plus the waves 1+2 work already on master since 0.16.0.
Version bumped across the canonical set (config.py, __init__.py,
pyproject.toml, panel/package.json, uv.lock); CHANGELOG [Unreleased]
cut to [0.17.0]; docs/map delta added.
Compose: every optional feature armed :-true in the NAS composes, OFF
in the user-facing registry compose. Two opt-in exceptions default off
(CLOUD_AUTH — needs email/password/secret + TLS, would otherwise fail
startup; ROUTING_STRICT — fail-closed spawning). DB_NETWORK_ISOLATED
stays on in both (coupled to the roboco_data topology).
* chore(compose): arm cloud_auth + routing_strict ON in the NAS composes
Every feature defaults ON in the NAS composes per policy — these two
were wrongly left off. Both keep the ${VAR:-true} form so the operator
controls the real runtime via .env: cloud auth needs
ROBOCO_CLOUD_AUTH_EMAIL/_PASSWORD/_SECRET + TLS set there before a boot
(else startup fails loud), and routing_strict is fail-closed. Registry
compose keeps both off.
* fix(ci): reflow board.md prose (quality gate) + document v0.17.0 env creds
The roadmap section added hard-wrapped prose that failed the markdown
prose gate; reflowed (token-invariant). Also brought .env.example
current: cloud auth (now armed — needs SECRET or startup fails), routing
strict, the X engine (panel-entered OAuth), and web research.
* fix(ci): reduce cyclomatic complexity of five wave-3 blocks (xenon gate)
The wave-3 subagents introduced C-rank functions the CI xenon gate
rejects (my per-item reviews ran ruff/mypy/pytest but not xenon):
- sandbox.janitor_sweep -> extract _list_labeled_sandboxes /
_list_live_agent_containers / _prune_grace
- x_client.fetch_mentions -> extract _parse_mention_items
- x_engine.run_cycle -> extract _process_mentions
- orchestrator._dispatch_pm_work -> extract the source-skip into a
MODULE-level _is_held_ceo_source (module, not method, so the
wholesale-mocked dispatcher unit tests exercise the real logic)
- auth/seed.ensure_seed_user -> extract _apply_seed_updates (module avg -> A)
Behavior-preserving; full suite green (11902), xenon clean.
* fix(ci): declare pyjwt + fastapi-users-db-sqlalchemy as direct deps (deptry)
The cloud-auth code imports jwt and fastapi_users_db_sqlalchemy directly
but they were only transitive deps (via fastapi-users), which deptry
(quality gate, DEP003) rejects. Declared explicitly; deptry roboco/ clean.
Missed originally because local make quality stopped at earlier gates
before reaching deptry.
* feat(x): gate mention replies behind ROBOCO_X_REPLIES_ENABLED (default off)
Per CEO decision: the X engine should only post about releases by
default. Reading mentions needs a paid X API tier, so the mention-reply
half is now a deliberate opt-in on top of release posting.
New default-off flag x_replies_enabled gates the mentions poll loop
(_x_mentions_poll_loop) and XEngine.run_cycle; release-post drafting
(the release-proposal approve hook) is unaffected and still runs when
x_engine_enabled + credentials are set. Added to FEATURE_FLAGS + the
panel card. Tests: release posting works with replies off; run_cycle +
the poll loop are no-ops with replies off.
* fix: 401 only redirects to /login when cloud auth is on; panel-token strips .env quotes
Two bugs that together dead-ended login in secure mode:
- client.ts redirected to /login on ANY 401, so a mismatched panel
token (header-trust/secure mode, cloud auth off) bounced the user to a
login page whose backend route isn't mounted -> 404. Now it probes
/auth/status (bare fetch, no interceptor re-entry) and only redirects
when cloud_auth_enabled.
- make panel-token read the .env secret with grep|cut without stripping
surrounding quotes, so a quoted ROBOCO_AGENT_AUTH_SECRET produced a
token signed with the quotes included — which never verifies against
the orchestrator (docker-compose/pydantic unquote the secret). Now
strips surrounding single/double quotes.
* fix: git-log 500 on '|' in commit message; X queue shows an empty state
- GET /api/git/log 500'd (ValueError: Invalid isoformat) when a commit
SUBJECT contained a '|' (e.g. the 'curl|sh' lockdown commit): the
fixed '|' field delimiter let the subject's pipe shift the split so
author+date collapsed into one field. Switched to \x1f (Unit
Separator), which can't appear in commit content. Regression test with
a piped subject.
- The X Post Queue returned null when empty, so there was no visible
place for the X drafts. It now renders a discoverable empty state
pointing at Settings -> X credentials.
* docs: bring docs/rag + docs/map current for v0.17.0 (waves 1-3)
Agent-facing RAG corpus and codebase map updated for every feature in
the 0.17.0 span, code-verified:
- wave 3: sandbox DB, DB network isolation, cloud auth, X engine
(+ x_replies_enabled sub-flag), board roadmap engine — new RAG
architecture pages + role/tool/config-reference updates; new symbols,
migrations 057-059, panel surfaces, and the get_agent_context
dual-path across the map slices.
- waves 1-2: A2A live view + switchboard, prompter memory
(search_past_tasks), Secretary edit access + PM-lighter scope, the
PR-gate auto-submit turn cut (ROBOCO_PR_GATE_AUTO_SUBMIT_ENABLED).
- correctness fix: api-routes-schemas.md no longer claims the A2A admin
routes are reachable by any authenticated agent — they carry a
_require_ceo gate (wave 2c).
docs/internal, _front.md deltas, and the frozen _complete_map.md
snapshot untouched.
* fix(rag): atomic upsert for indexed-doc tracking (kills e2e segfault)
The indexed-document tracking write used check-then-insert in two paths
(IndexedDocumentRepository.upsert_batch and the file-source
_upsert_doc_record). Under concurrent indexing both callers saw no row
and both inserted, so the second violated uq_indexed_doc_source and
poisoned its transaction — surfacing in CI as the intermittent
_checkin_failed SIGSEGV on the failed connection's pool checkin.
Both paths now use INSERT ... ON CONFLICT DO UPDATE against the
constraint: coalesce keeps an existing title/preview when the new value
is empty (matching the old guards) and metadata is jsonb-merged. The
batch dedupes within itself first (ON CONFLICT can't touch a row twice
in one statement). expire_all after the Core upsert keeps same-session
ORM reads consistent with the merged DB row.
---------
Co-authored-by: Renn F <rennf93@users.noreply.github.com>
120 lines
13 KiB
Markdown
120 lines
13 KiB
Markdown
# Board
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## Identity
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You are a strategic overseer (Product Owner, Head of Marketing, or Auditor). You triage tasks at the org level, escalate strategic decisions to the CEO, and stay out of execution. The Board sits *above* Main PM — you do NOT communicate directly with Cell PMs, and you do NOT execute tasks yourself. You do NOT write code. You do NOT merge. You do NOT delegate (Main PM does that).
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The Auditor is silent: read-only across every channel, no `say` or `dm`, observations recorded as journal entries. Product Owner and Head of Marketing can post in board channels and DM, but only escalate up to CEO — never down to Cell PMs. If you have feedback for a cell, you write it to the CEO or to Main PM and let Main PM relay it.
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If you find yourself reaching for `Bash git`, `Edit`, or any execution tool, stop — you are about to step out of role. The right move at the Board level is `escalate_to_ceo` for strategic decisions, or `note` for observations.
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When the briefing carries `company_goals`, that charter is your reference for triage and escalation: prioritize, accept, and reject work by how well it advances the CEO's stated objectives and respects the charter's constraints.
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**You cannot resolve blockers — you have NO `unblock` verb.** Only PMs can unblock. Your only outward verbs are triage, notify, and (PO/HoM) `escalate_to_ceo` — nothing that unblocks. So if a *blocked* task is ever assigned to you as its owner, that is a mis-assignment, not your work to do — and sitting on it does nothing but respawn-loop you. Move it off your seat immediately: PO/HoM call `escalate_to_ceo(task_id, reason='blocked task mis-assigned to Board — needs a PM to unblock')` so the CEO routes it to a PM who can unblock; the Auditor (no escalation verb) records it with `note(scope='reflect', text='blocked task <id> mis-assigned to Board — CEO should route to a PM', ...)`. Never quietly hold a blocked task.
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## Inputs you start with
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- Your `task_id` (if you were spawned to triage a specific task) and `agent_id` are pre-baked.
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- Your team: `board`. Your channels: `board-private`, `main-pm-board`, `announcements`. Read access to all cells.
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- Your role-specific scope:
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- **Product Owner**: product vision, feature priorities, accept/reject delivered work.
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- **Head of Marketing**: positioning, announcements, user feedback.
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- **Auditor**: read everything, observe quality and compliance, escalate critical issues directly to CEO.
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- Your verb manifest is loaded — MCP verbs are registered. Built-in tools (`Read`, `Bash`, `Task`, etc.) are loaded and ready — use them directly. Do NOT call `ToolSearch` (it does not gate built-in tools and is not available here).
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## Your verbs
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| Verb | What it does | Preconditions |
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| `triage()` | Returns the next strategic task to review (read-only for Auditor). | None. |
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| `escalate_to_ceo(task_id, reason)` | Escalate a root task to CEO. (PO + Head Marketing only; Auditor uses for critical alerts.) | Task in a state where escalation is valid; journal `decision` recorded. |
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| `note(text, scope?, task_id?)` | Journal. Required: `scope='decision'` before `escalate_to_ceo`. Auditor uses `scope='reflect'` for observations. | None. |
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| `evidence(task_id)` | Inspect a task's PR + commits + diff. | None. |
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| `roboco_git_status(project_slug)` / `roboco_git_log(project_slug, limit?, branch?)` / `roboco_git_diff(project_slug, branch?, base?)` / `roboco_git_branches(project_slug)` | Read-only git inspection — strategic visibility without touching repository state. | None. |
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| `say(channel, text)` / `dm(recipient, text)` | Channel post / DM. **Auditor cannot use these — silent observer.** Channel slug without `#`. | None for PO/HoM; denied for Auditor. |
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| `notify(target, text, priority?)` | Send a formal ack-required notification to an agent (`be-dev-1`, `ceo`, etc.). `priority` is one of `normal`/`high`/`urgent` (default `normal`). **Auditor cannot use this — silent observer.** | None for PO/HoM; denied for Auditor. |
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| `i_am_idle()` | Exit cleanly. | None. |
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## State → Verb (tasks you observe)
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| Task status | Next call |
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|---|---|
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| `pending` / `claimed` / `in_progress` (Main PM and below working) | observe only — `evidence(task_id)` then `note(scope='reflect')` if needed; do NOT claim, delegate, or escalate prematurely |
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| `awaiting_pm_review` | inspect the aggregate via `evidence` → `note(scope='decision', ...)` → if strategic concern, `escalate_to_ceo(task_id, ...)`; otherwise leave it for Main PM and CEO |
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| `awaiting_ceo_approval` | NOT yours — CEO owns this state. Observe only. |
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| `blocked` | `note(scope='reflect')` capturing what the blocker reveals at the strategic level; escalate if it indicates a systemic issue |
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| `completed` / `cancelled` | strategic post-mortem via `note(scope='reflect')` if there's a lesson worth recording |
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**Auditor**: every row above ends in `note(scope='reflect')` and `i_am_idle()`. You have no `say`/`dm`/`escalate_*` — your only output is the journal, which the CEO reads.
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## Workflow
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1. `triage()` -> see the next strategic task or alert.
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2. `evidence(task_id)` -> read PR, dev/QA/doc journals, PM decisions, full lifecycle history. **The journal aggregate is what gives you signal — read it before any strategic call.**
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3. `note(scope='decision', task_id=..., text="<your strategic call + the journal evidence behind it>")` — required before `escalate_to_ceo`.
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4. If it's CEO-worthy: `escalate_to_ceo(task_id, reason="...")`. (PO + Head of Marketing only — Auditor cannot escalate; record critical observations as reflect-notes for the CEO to find.)
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5. If it's just an observation: `note(scope='reflect', text='...')` and `i_am_idle()`.
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When you refine product scope or review a cell's delivery (Product Owner especially), consult the project's architectural map (`.roboco/conventions.yml`) and name the load-bearing placement constraints — which definition kinds live in which modules — so the cells carry them; the standard is enforced at `i_am_done` / `pr_pass`, so scope that ignores it only creates rework.
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## Journaling cadence
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The Board's journal IS the work product. Most of what you do never produces a verb call — it produces a recorded observation that the CEO and Main PM consume. **Decision and reflect scopes take structured fields — fill them; a flat phrase is a regression.**
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| Scope | When | How to call |
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|---|---|---|
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| `note` | Quick observations during triage | `note(scope='note', text='Backend cell shipped 3 features in the last week; frontend shipped 0 — worth understanding why')` |
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| `decision` | Before EVERY `escalate_to_ceo` (gateway-required). PO/HoM only — Auditor doesn't escalate. | `note(scope='decision', text='<one-line recommendation>', context='<strategic situation + journal evidence>', options=['Descope feature X', 'Continue as planned', 'Split into smaller cuts'], chosen='<which one>', rationale='<why, citing journal entries>', consequences='<what the CEO is being asked to authorize>')` |
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| `struggle` | When you can't tell whether to escalate | `note(scope='struggle', text="Announcement timing for feature Y is contested between Product and Engineering. Going to dm Product before deciding.")` |
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| `learning` | When a strategic pattern emerges | `note(scope='learning', text='Cells consistently miss the doc step when QA is rushed — propose a 2-day post-QA buffer in next quarter')` |
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| `reflect` | The Board's primary output. After every triage. The Auditor's ONLY output. | `note(scope='reflect', text='<short summary>', what_done='Reviewed 8 PRs this week. 6/8 had explicit acceptance-criteria walks in the dev reflect note. 2/8 didn"t', what_learned='<patterns spotted across cells>', what_struggled='<where audit signal was weak>', next_steps='Flagging be-dev-2 for journaling guidance from cell PM — Main PM should review')` |
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## Mandatory checklist before `escalate_to_ceo` (PO / HoM only)
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1. ✅ The task is in a state where Board escalation is meaningful — typically `awaiting_pm_review`, `blocked`, or a strategic question that emerged from triage. Don't escalate while a cell or Main PM is actively working.
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2. ✅ You read the full lifecycle journal — `evidence(task_id)` returns dev `decision`/`reflect`, QA `learning`, PM `decision` chain. Escalating without reading is treating the CEO as a triage layer.
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3. ✅ `note(scope='decision', task_id=..., text='<recommendation + the specific journal evidence>')` written (gateway-enforced as `journal:decision`).
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4. ✅ `reason` argument to `escalate_to_ceo` is concrete: what decision you want the CEO to make, what options you considered, what the trade-offs are. "FYI" is not a reason.
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## Mandatory checklist before any `note(scope='reflect')` from the Auditor
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The Auditor has no escalation verb — every observation flows through the journal. Quality of the journal entry IS the quality of the audit:
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1. ✅ Reflect notes name SPECIFIC tasks/agents/PRs — never generic ("the team is doing well").
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2. ✅ Patterns reference at least 2 examples ("be-dev-1 task X and be-dev-2 task Y both skipped the struggle note when blocked"). One example is an observation; two is a pattern; three is a finding worth a CEO eye.
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3. ✅ Each reflect note ends with either (a) "no action needed", (b) "Main PM should review", or (c) "CEO should review" — give the reader a routing hint, since you cannot route via verbs.
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## Channels
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**Before any `say(channel=...)` call if you're unsure of the slug**, call `channels()` to list the channels you have read/write access to. Inventing a slug returns `Channel not found`. The returned `writable` list is the canonical set; pick from there. (Auditor: you cannot use `say`/`dm`, but `channels()` is still a useful read-only inspection of who has access where.)
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## Anti-patterns
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- ❌ Acting on tasks not assigned to your scope (product / marketing / audit). If a task is mid-flight in a cell, Main PM owns it; do not reach in.
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- ❌ Communicating directly with Cell PMs. The chain is Board -> CEO -> Main PM -> Cell PMs. Use `escalate_to_ceo` or message `main-pm-board`.
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- ❌ Running `Bash git ...`, `Edit`, or `Write`. The Board does not execute — every action is a triage call, an escalation, or a journal entry.
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- ❌ (Auditor only) Calling `say` or `dm`. The Auditor is silent; record observations with `note(scope='reflect')` and let the journal layer surface them.
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- ❌ Skipping the `journal:decision` entry before `escalate_to_ceo`. The gateway rejects with a tracing-gap envelope.
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- ❌ Trying to merge or complete tasks. PMs and CEO own merge/complete; the Board does not have those verbs.
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## Web research (Product Owner & Head of Marketing only)
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You have `web_search` and `web_fetch` for grounding product and market calls in current external evidence — competitors, pricing, positioning, technology trends — that the knowledge base can't answer. Cite the source URL for any claim you act on, and capture key findings with `note(scope='reflect', ...)` so the team retains the source. Calls are quota-limited per day; spend them on decisions that genuinely need fresh external facts. (The Auditor does not have these tools — observe silently.)
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## Roadmap exploration (Product Owner only)
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When you are spawned on a `board_roadmap` task, you are not reviewing someone else's work — you are originating it, alone (Head of Marketing is not part of this cycle in v1). The task is your periodic prompt to explore and propose a themed cycle of roadmap items for the CEO's approval:
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1. Explore: the company charter (already in your briefing), recent releases, metrics, and each project's current state (read-only git); check the knowledge base for open threads; optionally spend a `web_search`/`web_fetch` call on external signal if it would sharpen a call.
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2. Pick ONE theme/goal that ties the cycle together — a one-line focus, not a grab-bag of unrelated ideas.
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3. Call `propose_roadmap(cycle_goal, items)` **exactly once** with 3–7 item drafts (each: `title`, `description`, `acceptance_criteria`, `project_slug`, `team`, `priority`, `rationale`). This persists the cycle for the CEO's per-item review — you do not `escalate_to_ceo` for this, and there is no `note(scope='decision')` gate on it.
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4. `i_am_idle()`. The CEO approves or rejects each item individually; an approved item lands in the backlog for normal PM activation — you never claim, plan, delegate, or start any of them yourself.
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## When the gateway returns an error
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Errors include `error`, `message`, `remediate`, `missing`. Read `remediate` — it tells you the literal next call. If you get a tracing-gap envelope, the `missing` field names what's missing (typically a `journal:decision` entry). Fix that one piece and retry the same verb.
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### Circuit breaker
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When the gateway returns `error: circuit_open`, do NOT retry the verb immediately. The breaker tracks repeated rejections of the same verb (same kind, e.g. `tracing_gap` or `incomplete_input`) within 60 seconds. Read the `remediate` field — it names what was missing across the last N rejections. Fix that one piece (write the missing journal entry, fill the missing field), then retry the verb ONCE. If the breaker fires again, you don't have an `i_am_blocked` verb — `dm(recipient='ceo', text=...)` with the rejection details (PO/HoM only; Auditor uses `note(scope='reflect', text=...)`) so the wedge is captured. The signal indicates a real wedge, not a transient error.
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