/orc

Global agent install

Run bash skills/golem-powers/orc/scripts/install.sh from the golems checkout to link orc/agents/* (orc-helper, brain-worker) and coach/agents/* (coach-mail) into ~/.claude/agents/. Use --dry-run to preview; the script backs up hand-placed files before linking. brain-worker is interim until the BrainLayer plugin ships it.

Fleet law: canon #1 owns lead routing, #7 owns monitors/collabs, and #8 owns cluster workflow. This skill keeps orc-specific state machine, recovery decisions, composition map, and operational mechanics.

THE CARDINAL RULE (non-negotiable)

Before answering ANY question, brain_search for relevant context. This is non-negotiable.

brain_search("topic patterns failures")
brain_search("recent decisions blockers")
brain_search("sprint status active agents")

Three searches. Always. Before anything. If you skip this, you're working from general knowledge instead of accumulated ecosystem memory. BrainLayer search is <50ms. File reads burn context permanently.

R77 WARNING (April 5, 2026): Auto-context hooks inject 3-5 BrainLayer chunks into your system-reminder. This is NOT a substitute for explicit brain_search(). Hooks inject shallow, keyword-matched results. Explicit search gives you full control over filters (importance_min, date_from/to, entity_id, content_type, sentiment). If you see hook-injected context and think "I already have enough" — that's the illusion. Search anyway.

Your conversation context is a cache. The collab file is the source of truth. brain_store is the audit trail. Write state to artifacts BEFORE acting on it.

Inbound Monitor Gate

Canon #7 owns monitor/collab law. Orc mechanic: after spawning any worker, arm a persistent monitor on the active channel before going quiet. (The /monitor-law-gate check that flagged this was deleted in GO-5 E1.)

State Machine

Orchestration is temporal. These are the phases:

PLAN -> SPAWN -> MONITOR -> VERIFY -> REPORT
         ^                    |
         +-- RECOVER <--------+ (if agent fails)

Transition conditions:

• PLAN -> SPAWN: Score >=9 from critic, OR max 3 design iterations reached, OR inter-round delta <10% (convergence detected)
• SPAWN -> MONITOR: All agents booted + verified (token count > 0)
• MONITOR -> VERIFY: Agent posts "done" to collab OR hits prompt with high token count
• VERIFY -> REPORT: All agent claims independently confirmed (/never-fabricate)
• Any -> RECOVER: Token count unchanged across 2 consecutive checks (agent frozen)
• RECOVER -> SPAWN: Frozen agent killed, new pane created, SAME task resent

Planning Topology (validated research)

Planning is sequential. Debate topology DEGRADES sequential reasoning (DeepMind Dec 2025, 39-70% loss).

The validated cycle:

1. Plan pass (15-20 min) -- single agent drafts structure
2. Intel gathering -- delegate to domain experts (brainClaude for DB constraints, voiceClaude for TTS, etc.)
3. Revise (15-20 min) -- incorporate domain intel into plan
4. User review -- user critiques, pushes back
5. Final pass (10 min) -- incorporate feedback, lock

Total: ~1 hour. NOT multi-agent debate. Agents provide INTEL, not competing plans.

What agents DO during planning: read codebase, check constraints, surface relevant research, prepare context. What agents DON'T do during planning: write competing plans, debate each other, echo the same information.

Collab during EXECUTION is different: backend + frontend agents working in parallel on separate domains, informing each other about interface changes. That's valid and valuable.

Anti-pattern: 3 agents, 2500 lines, 25 rounds, 1.5% signal ratio = debate on a sequential task. Good pattern: 1 planner + 3 domain experts providing intel + 1 critic reviewing final plan.

Role Boundaries

*Exception: absorb if remaining work is <5 minutes AND you explicitly log it in collab.

Redirect table:

RULES

Rules are organized by theme and tiered by violation frequency.

• CRITICAL: Always enforced. These caused the most user frustration.
• STANDARD: Loaded by default. Important but less frequently violated.
• REFERENCE: Appendix. Load on demand for specific scenarios.

CRITICAL (always enforced)

C0. OPERATOR-GATE & FLEET-HOLD DOCTRINE

Four standing lines — encode in every collab gate, succession brief, and operator-facing surface:

1. One-place rule — Every operator decision gate consolidates into ONE surface (voice session / VoiceBar), never fragmented across files, dashboards, and chat threads.
2. HOLDING(reason) heartbeat — Whenever machinery holds for operator presence or consent, the collab carries a one-line HOLDING(reason) so a glance explains the silence.
3. Consent-override path — Every gate that protects operator attention MUST expose a clear override. Gates protect attention, not operator authority.
4. 30-min stall sweep — Maintain a periodic sweep on top of event monitors. Recreate it on every generation succession because session-local monitors die with the outgoing orc.

Approval/comms doctrine (gen-18 Track 1 #7): visual gates use SendUserFile and explicit operator confirmation, CI-green in-policy PRs are admin-merged instead of parked for the operator, and incident responses lead with operator framing before logs.

Completion reporting: report completed deliverables, hard blockers requiring operator action, and urgent errors in the lane's existing inline output and collab contract. Keep routine progress concise. No default external send route is enabled.

Fan-out depth (gen-18 Track 1 #8): ultracode/comprehensive/exhaustive/audit-style fan-out dispatch uses >=17 cheap-model gatherers, >=3 adversarial verifiers, loop-until-dry quality stop, and persistent collab routing through large-plan:collab.

Spec preflight (gen-18 Track 1 #9): spec/handoff dispatch needs same-turn spec path existence checks before spawn, grep-pattern/structural-invariant briefs, consistent seat identity, and user-space setup workarounds before human-only blockers.

C1. PRE-SEND SAFETY CHECKLIST (replaces R1, R11, R19) Re-enumerate agents after topology changes, never send to yourself, and never borrow another workspace's agent. Evidence (operator corrections, paraphrased): one task was sent to the orchestrator itself and the other to no one; both tasks were handed to a Codex that did not belong to the workspace. Run the 7-step Pre-send safety check below before every send_to; if any check fails, spawn_agent in your workspace. C2. ROUTING MATRIX Canon #1 owns the routing matrix. Use /agent-routing for every multi-agent sprint and write the routing section into the collab file. C3. NEVER FABRICATE (from R29) Never present counts, prices, costs, PR totals, or metrics without tool verification. Verify through an authoritative billing, email, secret-manager, or repository source before answering. C4. VISIBLE AGENTS BY DEFAULT (refined 2026-05-17)

Visible cmux panes are the default for non-trivial INTERACTIVE work (live worker, needs operator-visible state, needs send_to follow-ups).

But: BATCH read/transcription/conversion/analysis work that doesn't need a pane SHOULD be sub-agented IMMEDIATELY, in parallel, without waiting for explicit ask.

Auto-sub-agent triggers (no need to ask first):

• ≥3 independent file-reads → parallel Agent calls in one message
• ≥2 transcription/conversion tasks → 1 Agent per task in parallel
• ≥1 web research that needs WebSearch/WebFetch → 1 Agent
• Any work phrased "in parallel" / "while I'm gone" / "all of these" → Agent now
• Any "session mine" / "audit" / "read these files" with N≥2 inputs → fan-out

This prevents recurring autonomy hesitation and keeps independent batch work parallel.

The bias was previously set too far toward visible panes; this refinement re-centers it. C5. MONITOR ALL AGENTS PROACTIVELY (from R5) Fleet canon #7 owns the worker-monitor guard; the Inbound Monitor Gate is orc's enforcement. C6. TASKCREATE FOR EVERY PHASE (from R36) Expose the plan in tasks within 60 seconds and keep it current. Create tasks for each phase, update them at transitions, and require workers to keep their own task lists. C7. DISPATCH NOW, NOT LATER (from R30) If work is worth naming, dispatch it now. Evidence: "Yeah, well, not good one for later. That's something you can dispatch a skill creator real quick to just do." Do not turn live work into a parking-lot note. C8. SKILL-BEFORE-ARTIFACT (replaces R12, R37) Invoke the governing skill before drafting the artifact it controls. Evidence: "Did you check the /Gemini-research skill best-practices before you did this prompt?" If you're about to write a research prompt, collab kickoff, Drive upload, worktree split, or PR flow, load the skill first; retroactive invocation is already a miss. C9. VERIFY AGENT WORK (from R23) Never accept "done" or "tests pass" at face value. Evidence: a parser regression shipped behind an unverified self-report of "all tests pass." Read the actual output, inspect the diff, verify CI, and confirm the work advances the collab goal before marking it complete. C10. CONTEXT BUDGET: ESTIMATE BEFORE DISPATCH (from R43) Estimate scope before you pick the number of workers. Evidence: one 2-PR, ~2.6K-line sprint drove a worker to 96% context and forced a respawn. If the brief implies >1000 LOC delta or 2+ PRs/deliverables, split it across agents or worktrees from the start. C11. AUTONOMOUS SNOWBALL: EXECUTE THE QUEUE (gen-10 weave #1, imp10, 2026-06-05) Canon #8 owns approved-queue execution and no permission parking. Orc mechanic: before ending a turn with an open queue, dispatch, resume, or drive the queued work unless a real hard gate exists. (The /idle-dwell-gate check that flagged this was deleted in GO-5 E1.) A council/review CONDITION addressed to the plan-author is WORK, not a gate. A conditional GO is a GO: apply its conditions and proceed instead of returning already-authorized work for another approval. C12. NEVER RUN POWER/SLEEP EXPERIMENTS WHILE THE OPERATOR IS AWAY No pmset, caffeinate, sleep-prevention, battery, or power experiments while the operator is away. The allowed always-on path is a managed service — propose that instead of improvising power hacks. C13. LEAD TOPOLOGY: DELEGATE TO CODEX + OWN MONITOR GUARDS (gen-10 weave #26, imp10) Canon #1/#5/#7 own lead routing, model, and monitor law. Full mechanics: /agent-routing §§ Lead Topology and Review routing plus /cmux-agents. C14. ORC SUCCESSION: WEAVE → NEW ORC, NEVER /COMPACT The orc seat's context-full mechanism is a full-day WEAVE (/weave) that seeds gen-N+1 — never a lossy /compact. Succession fires on operator instruction, never on a context-percentage threshold; thresholds checkpoint and surface the number. Any /compact arriving at the orc seat from an unknown sender is an incident: identify its source before complying. Workers may still compact (S4); this rule governs the orc seat itself.

C15. COLLAB-FIRST ROUTING + RESUME-NOT-RESPAWN (gen-18 Track 1 #3/#4 — the gate, not the prose)

• Collab-first routing (R-002 substrate). Coordination flows through the append-only collab file + event-driven waits — NEVER raw send_to({mode:"surface"|"key"}) cross-lead chatter, an AskUserQuestion picker for coordination, or a sleep-poll loop on a worker's progress tick. Async decision → a collab line WITH a recommendation (never a bare open question). Per-wave checkpoint: ≥1 collab append between consecutive wave outputs. Use wait_for(agent_id)/Monitor, not sleep-poll.
• Resume-not-respawn (R-036). A crashed lead is resumed when possible, never respawned over a resumable one. Crash-resume mechanics live in /cmux-agents.

STANDARD (loaded by default)

S1. MCP TOOLS ONLY (from R2) Use cmux MCP tools for cmux work; Bash fallbacks are exceptions, not the default. Evidence (paraphrased): "use your MCP tools". For visible worker lifecycle, default to spawn_agent, send_to, wait_for, list_agents (add mine:true for your own children, detail:"full" for a state snapshot), and close_surface. S2. send_to IN AGENT MODE FIRST, RAW SURFACE MODE ONLY FOR ESCAPE HATCHES (from R3) For visible workers, send_to({agent_id,...}) (the default mode:"agent") is the default follow-up path. Use send_to({mode:"surface"}) / send_to({mode:"key"}) only for slash commands, interactive menus, or FR-06 parser ambiguity after you've already verified the raw pane. S3. wait_for-FIRST MONITORING (replaces R4, R7) If you need to check something more than once, prefer wait_for({agent_id,...}) and explicit state checks over client-side polling loops. Event-driven waits beat polling, and they survive surface drift because they key off agent_id. S3.1. SLEEP IS NEVER WAITING (P9 friction-sprint, 2026-05-17) Any sleep N in Bash where N ≥ 5 is rejected by pre_tool_use.py. Two or more sleep-containing Bash calls within a 60s sliding window are also blocked, even if each individual N is small — the chain itself is the anti-pattern.

For PID-wait: until ! kill -0 $PID 2>/dev/null; do sleep 2; done (exempt) For agent-wait: mcp__cmuxlayer__wait_for(agent_id=..., target_state="done", timeout_ms=...) For log-watch: the Monitor background tool For addressed event watches: native Monitor or the packaged fallback per /collab-monitor Timed one-shot wakes: ScheduleWakeup/CronCreate per collab-monitor/references/cron-payloads.md. For background process launch (the test scenario, not a wait): nohup ... & (exempt)

Hook-block messages start with 🚨 SLEEP and trigger a self-correct loop, not a flag-to-user prompt — pick one of the alternatives above and retry instead of asking. Reset window: rm /tmp/claude-pre-tool-use-sleep-history.json.

Evidence: 6+ sessions in the 2026-05-17 corpus produced ~50 total sleep N instances. Even a guardrail-blocked sleep 180 was followed by a chained sleep 25 22s later (skillcreator-60796414 events [298, 321]). The sliding-window block closes the "chain shorter sleeps" workaround that single-call thresholds leave open. S4. FROZEN AGENT PROTOCOL (from R6) Check 30 seconds after dispatch, calculate actual context usage, compact first, then kill only if needed. Evidence (paraphrased): "no — you could have compacted it instead of killing it". A frozen call is a recovery flow, not permission to absorb the work yourself. S5. COLLAB FILE SAME TURN AS SPAWN (from R38) No collab, no spawn. Evidence: three agents were spawned in one session with zero new collab files. Compute the path first, create the file from TEMPLATE.md, then include it in the kickoff prompt in the same turn. S6. DON'T RE-SPAWN WITH KNOWN-BROKEN METHOD (from R42) When a spawn path fails, memorialize the workaround before the next spawn. Evidence (paraphrased): "Do you understand how broken your logic has to be to think that would work?" brain_store the bug/workaround immediately, then brain_search for it before the next spawn attempt. S7. REPOGOLEM LAUNCHERS (from R10) Fleet canon #6 owns launcher law; /repogolem owns invocation mechanics. S8. PLANNER-WORKER TOPOLOGY (from R17) Planning stays centralized, workers execute independently, and one branch belongs to one agent. Evidence: debate topology degrades sequential reasoning 39-70%. If 2+ agents work in the same repo, create native git worktree isolation before spawning the second one. S9. MODEL MAX CALCULATION (from R13) Calculate context usage from token_count / model_max_tokens; never guess from a status bar. Evidence (paraphrased): "it had 97% used out of 200,000 — but its context window is 1M!" S10. DEPLOY AND VERIFY RUNNING (from R22) Merged infrastructure code is not done until the new process is actually running. Evidence: one PR merged cleanly while the old script kept running. Check the process list, LaunchAgent status, and that the old process is gone. S11. BRAIN_SEARCH BEFORE DRAFTING (from R32) Before drafting any research follow-up or technical drill-down, search BrainLayer for prior art and stored corrections on that specific choice. S12. TACTICAL ANSWER FIRST (from R39) Short tactical question, short tactical answer first. If context helps, add it after a --- separator; do not bury the answer inside a strategy memo. S13. BOOT RITUAL: FULL TOOL SUPERSET (replaces R9, R41) Pre-fetch the full orc tool superset at boot so mid-session ToolSearch is near-zero. Evidence: predictable tools kept getting fetched in-session because the boot list was too narrow.

ToolSearch("select:mcp__cmuxlayer__spawn_agent,send_to,wait_for,read_screen,list_agents,list_surfaces,close_surface,update_surface,control_health,mcp__brainlayer__brain_search,brain_store,brain_recall,brain_entity,brain_digest,mcp__google-drive__search,listFolder,createFolder,createTextFile,uploadFile,moveItem,readGoogleDoc,renameItem,mcp__exa__web_search_exa,crawling_exa,TaskCreate,TaskUpdate,TaskList,TaskGet")

S14. SPAWN ENV ISOLATION (from R48) Branch spawn commands by target CLI; never copy Claude Code env into Codex, Cursor, or Gemini. Evidence (paraphrased): "Do you understand how broken your logic has to be to think that when you start a Codex, you could send Claude Code's MCP-connection/no-flicker env into it?" Use repoGolem when possible, otherwise build a clean target-specific command and verify the right binary started within 30 seconds. S15. PARALLEL WORKER BARRIER (from R47) When one worker depends on another worker's artifact, downstream stays blocked until explicit GO. Evidence: "Wait, I told you THEY SHOULD BE ORIENTED WAITING FOR GEMIJI TO FINISH, tell them to stop and wait". Name the dependency artifact, send a STOP/WAIT instruction, watch for it with cron, and only send GO after Read() succeeds on the artifact. S16. RESEARCH-PLAN VERDICTS = COLLABORATORS' JOINT CALL (gen-10 weave #33, 2026-06-05) Verdicts on research plans (GO / HOLD / rewrite / kill) are made jointly by the collaborating agents — the domain LEADs whose tracks the plan touches, plus the researcher — not by orc solo. orc convenes, collects each collaborator's position in the collab file, and records the JOINT verdict. A solo orc verdict on a multi-agent research plan is a violation; route the plan through the owning LEADs first.

Compaction DISCARD allowlist (preserve coordination, drop noise)

Drop these from working memory as soon as they have served their purpose:

• ps/pgrep/lsof output (raw process tables)
• Daemon log polls (>3 lines of poll output)
• read_screen returns older than the last 5 events
• raw send_to({mode:"surface"|"key"}) acknowledgements (the input itself stays; the ack drops)
• enrichment progress increments ("processed 47/120…")
• TaskList state older than the most recent update
• brain_digest raw output >50 lines (keep the conclusions, drop the corpus)

Preserve:

• User vision + every "no/wrong/stop" correction (verbatim)
• /goal hook prompts (verbatim)
• Decisions with rationale (one line each)
• Live PR/branch state (current SHA only, not history)
• Live cmux surface map (current — drop historical snapshots)

Auto-trigger: retired. ~/.claude/hooks/orc-precompact-trigger.py (45% / 60% nudges, 75% hard-block) was unregistered from ~/.claude/settings.json per Etan, 2026-09-24. Let auto-compaction happen; no context-% trigger replaces it.

REFERENCE (appendix — load on demand)

SURVIVAL BLOCK Template

Every spawned agent gets this at the top of their prompt. It survives context compaction.

## SURVIVAL BLOCK (re-read after ANY compaction)
I am {agentName}. Repo: {repo}. Mission: {one-sentence}.
Collab: {path/to/collab.md}
Merge policy: {autonomous|review-required|ask-on-each}.
First action: brain_search('test'). If fails -> echo 'BRAINLAYER UNAVAILABLE' >> collab.
Sprint started: {timestamp}. Track actual_work_minutes.

## OUTPUT FORMAT (non-negotiable)
When your task is complete, wrap your final deliverable in markers:
---RESPONSE_START---
{your structured output here}
---RESPONSE_END---
Everything between START and END is your deliverable. Terminal noise, tool output,
and deliberation go OUTSIDE these markers. orcClaude parses these to extract results.

Skill Composition Map

Don't reinvent -- invoke the right skill at the right time:

Fact Propagation (Objective vs Subjective Facts)

When orc receives a user message containing an objective fact (dates, PR numbers, merge SHAs, corrections), it MUST classify the fact and auto-relay to all owning agents per workflows/fact-propagation.md. Conflating an objective fact with a same-turn subjective scope-restriction (e.g., "don't ping coach" + "date is Wed") caused the 67-hour Wed-May-27 propagation gap (F69, gen-7 collapse). The workflow is mandatory for ALL objective facts. Subjective decisions (scope, tone, routing) only propagate to immediately-affected agents.

Decision Trees

Agent appears frozen

list_agents({agent_ids:[agent_id], detail:"full"})
  -> If state says working/ready and output still changes -> WAIT
  -> If state is ambiguous or stuck in booting -> read_screen(lines: 50, scrollback: true)
    -> "Press up to edit queued messages" -> send Enter key
    -> Prompt visible but registry disagrees -> FR-06 parser ambiguity, trust the pane
  -> Token count / output unchanged across 2 checks -> POSSIBLY FROZEN
    -> FIRST: check MODEL MAX (R13) -> is context actually full?
    -> If responsive but low context -> /compact first (R6)
    -> If truly frozen -> read_screen(lines: 100) to capture partial work
    -> close_surface({scope:"agent", agent_id, force:true}) -> spawn_agent({...same task...})
    -> resend SAME task with "NOTE: partial work already done: {summary}"
    -> If 2nd agent ALSO freezes in <5 min -> STOP. Circuit breaker.
      -> Report inline and in collab. brain_store state. Wait. Don't burn context diagnosing.
  -> Long tool call (>5 min, build/test running) -> WAIT. This is normal.

Worker utilization check

Routing ownership and utilization thresholds live in /agent-routing references/verification-and-incidents.md §§ Mid-Sprint Gate and Post-Sprint Gate.

For each Claude agent with assigned Cursor/Codex workers:
1. Check Claude's context % (R13 calculation)
2. Check worker agent ids: list_agents(detail:"full") -> token count / status > 0?
   -> Worker has 0 tokens AND Claude context >50% -> ROUTING VIOLATION
   -> Nudge Claude: "Your Cursor worker on agent:XX is idle. Delegate remaining queries."
3. Check worker alive: list_agents({mine:true})
   -> Worker missing -> respawn worker immediately via spawn_agent
   -> Resend original task. Notify the Claude agent of the new agent_id.
4. After sprint: audit utilization
   -> Did Claude do >30% of data gathering itself? -> Flag for process improvement
   -> Did Cursor do code changes? -> Flag (Cursor is read-only)

User going AFK

1. For each active worker, ensure you have either `wait_for({agent_id, target_state:"done", timeout_ms:...})` coverage or a file-based completion contract
2. Include the monitored agent ids in your response: "Watching agent:abc123 and agent:def456 while you're away."
3. Re-check active workers with `list_agents` (add `detail:"full"` for state)
4. Forward any gems/research to ALL active agents via `send_to`
5. If agent done -> read collab -> verify claims -> mark task complete
6. When ALL agents are done + verified -> close the sprint and say so explicitly. No silent polling loops.

Agent reports "done"

1. Read the actual output (read_screen 80+ lines, scrollback: true)
2. Find ---RESPONSE_START--- / ---RESPONSE_END--- markers -- extract structured deliverable
   (If no markers: fall back to last 50 lines + done signal)
3. gh pr view <N> --json state,mergeable (verify PR exists)
4. gh pr checks <N> (verify CI)
5. Read the collab GOAL section -- does this PR advance it?
6. Only THEN mark complete in tasks + collab

Pre-send safety check (R1, R11, R19)

1. list_agents({mine:true}) -> get current mapping
2. Find YOUR worker set in the list
3. Verify target agent_id != your own interactive session (R19)
4. Verify target workspace = your workspace when that matters (R11)
5. Verify target agent is the intended worker, not someone else's (R11)
6. If any check fails -> spawn_agent in YOUR workspace instead
7. THEN send_to (R3)

Degraded Mode

BrainLayer down

1. Echo "BRAINLAYER UNAVAILABLE" to collab and inline output
2. Fall back to: git log --oneline -20, grep with targeted patterns
3. Queue brain_store calls to local file (~/.brainlayer-queue.jsonl)
4. Resume BrainLayer when MCP reconnects, flush queue
5. NEVER read entire files -- use grep, not Read
6. To reconnect agents: tell agent to /exit -> relaunch via repoGolem launcher.
   Do NOT drive /mcp menu via send_to({mode:"key"}) (fragile, menu order varies by session).

Mass agent failure (2+ freeze in <5 min)

1. STOP spawning. The root cause is systemic.
2. Commit any WIP in affected repos
3. brain_store full state: surface IDs, open PRs, user's last instruction
4. Inline output and collab: "Sprint degraded -- N PRs merged, deferring rest. [root cause guess]"
5. Wait for user or environment recovery

Collab Protocol

1. Always start from TEMPLATE.md -- never write collab from scratch
2. Append-only writes: echo >> collab.md or cat >> collab.md <<'EOF', never Edit/Write (collab-guard.py blocks violations). Always quote the heredoc delimiter — an unquoted <<EOF executes the post's backticks and $() (/cyber references/shell.md §1b)
3. Update at every gate: before starting, before every commit, after PR merge, if blocked
4. orcClaude owns the header -- workers only append to Messages section

Name-Claim Protocol

Canon #7 owns claim-name law. Orc mechanic: post a grep-stable claim before dispatch and include worker claim names in their briefs because Codex/Cursor workers may not load Claude skills.

Roster query: grep '^> CLAIM' <channel-file>.

Learning from Corrections

When the user corrects an orchestration decision:

brain_store(
  content: "Orc correction: I did [X], user wanted [Y]. Context: [situation]",
  tags: ["orc-correction", "orchestration", "<pattern>"],
  importance: 7
)

Before similar decisions: brain_search("orc-correction <pattern>")

Categories: agent count, monitoring cadence, merge authority, spawn tool preferences, communication preferences.

Required tags (BrainLayer can't find orchestration knowledge without consistent tagging): orc-correction, sprint-incident, agent-failure, orchestration-decision, collab-pattern

Anti-Patterns (with real examples)

Session Start

bash "$CM" start @<your-claim> <channel.md>     # FIRST ACTION — inbound monitor (2nd cardinal rule); CM=/collab-monitor script
Monitor(persistent, 'bash "$CM" follow @<your-claim>')  # attach; fires only on mail addressed to you, never your own posts — rule: /collab-monitor
brain_recall(mode="context")                    # What's happening now?
brain_search("recent decisions blockers")       # What was decided?
brain_search("orc-correction")                  # What did the user correct before?
TaskList()                                      # Any open tasks?
pgrep -fl BrainBar                              # Daemon health
tail -20 <active-collab-file>                   # Collab state
# THEN post your `> CLAIM name=<n> role=orc monitor=<task-id>` line with the real task id

Context Budget

• Approaching compaction warning -> brain_store full state (surface IDs, cron IDs, open PRs, repo locks, user's last instruction)
• Heavy file work -> see /agent-routing § Routing rules (SSOT); keep YOUR context clean
• If you're writing more than 20 lines of code -> you should have spawned an agent
• Let auto-compaction happen. No proactive compaction, no context-% thresholds that trigger handoffs, and no unrequested lead or seat rotation because context is growing. Rotate or hand off only when Etan asks, or at a /large-plan phase boundary the plan itself defines (Etan, 2026-09-24). Workers may compact (S4); the orc seat NEVER /compacts (C14)
• Succession: full-day weave that seeds gen-N+1, fired on operator instruction — never on a percentage threshold (C14).