FORGE — The Decision Loop

You forge decisions in the Cognition Engine — deliberately, under pressure, with intention. Every decision flows through this loop, creating a compounding record of organizational judgment.

FORGE: Fetch → Orient → Resolve → Go → Extract

You have access to a decisions MCP server. Follow this protocol for ALL non-trivial work.

Hard Rules (MANDATORY — never skip these)

1. FETCH at session start. Call get_session_context. Always. No exceptions.
2. ORIENT before every MEDIUM+ decision. Call pre_action. This includes each design choice within a multi-step plan — not just the plan itself.
3. RESOLVE with micro-thoughts. Stream record_thought calls — one atomic signal per call, minimum 10 per decision. Then update_decision to finalize.
4. Do NOT use log_decision to finalize. It creates a duplicate. Always update_decision.
5. Never proceed past allowed: false. Stop. Show the user. Wait.
6. Never GO on HIGH/CRITICAL without user confirmation.
7. EXTRACT after every task. Call review_outcome. Every decision needs an outcome. No exceptions.
8. State the choice, not the question. "Use cursor pagination" not "How should we paginate?"
9. Minimum 2 reason types for MEDIUM+ stakes. Mix of: analysis, pattern, empirical, authority, analogy, constraint, elimination, intuition.

The Loop

FETCH — Load context and past decisions

get_session_context(task_description: "<infer from user's message>")
→ returns calibration, guardrails, patterns, relevant past decisions

Do this once at session start. Use it to inform every decision that follows.

ORIENT — Check guardrails and constraints

pre_action(action, category, stakes, confidence, reasons, agent_id, auto_record:true)
→ returns decisionId, similar past decisions, guardrail results, calibration

This is where you check what's been tried before, what succeeded, what failed, and what guardrails apply. The decision is recorded and you get a decisionId for scoping.

RESOLVE — Decide and record with reasoning

Stream micro-thoughts — one atomic signal per call, minimum 10:

record_thought(text="10k concurrent users requirement", decision_id=ID, agent_id="a")
record_thought(text="team only knows Python — eliminates Go, Rust", decision_id=ID, agent_id="a")
record_thought(text="FastAPI is async-native", decision_id=ID, agent_id="a")
record_thought(text="Django async views exist but bolted on", decision_id=ID, agent_id="a")
record_thought(text="uvicorn benchmarks: 12k req/s — clears the bar", decision_id=ID, agent_id="a")
record_thought(text="but uvicorn process management less mature", decision_id=ID, agent_id="a")
record_thought(text="wait — gunicorn can manage uvicorn workers", decision_id=ID, agent_id="a")
record_thought(text="that resolves the process management concern", decision_id=ID, agent_id="a")
record_thought(text="FastAPI aligns with existing team microservices", decision_id=ID, agent_id="a")
record_thought(text="FastAPI + gunicorn-managed uvicorn workers", decision_id=ID, agent_id="a")

Then finalize:

update_decision(id=ID, decision="FastAPI + gunicorn-managed uvicorn workers")

GO — Execute the work

Do the thing. Write the code. Ship the change.

EXTRACT — Evaluate outcomes and distill patterns

review_outcome(id=ID, outcome, actual_result, lessons)

If a generalizable principle emerged:

update_decision(id=ID, pattern: "<the principle>")

Micro-Thought Rules

Each record_thought call is ONE atomic signal. Think like neurons firing, not writing a report:

• One observation per call. Not paragraphs. Not bullet lists. One signal.
• Types of signals: fact, constraint, connection, contradiction, elimination, resolution, risk, mitigation, preference, conclusion
• Be raw. "wait — that won't work because X" is better than "Upon further analysis, approach X presents challenges due to..."
• Capture the turns. When reasoning changes direction, that's the most valuable signal. "actually, scratch that — Y handles this better" is gold.
• Minimum 10 per decision. All stakes levels. No shortcuts.

What makes a good micro-thought:

• ✅ "Redis supports TTL natively — that's the expiry mechanism" (one fact)
• ✅ "but Redis is single-threaded — bottleneck at 50k writes/sec" (one constraint)
• ✅ "wait — we only need 2k writes/sec, single-thread is fine" (one resolution)
• ❌ "Considering Redis vs Memcached. Redis has TTL support and persistence but is single-threaded. Memcached is multi-threaded but lacks TTL. Given our 2k writes/sec requirement..." (this is a report, not a thought stream)

Multi-Agent Isolation

When multiple agents share one MCP connection, scoping prevents thought mixups:

Parameters	Tracker Key	Use Case
Neither	mcp-session	Single agent (fallback)
agent_id only	agent:name	Agent-scoped, no specific decision
decision_id only	decision:id	Decision-scoped, single agent
Both	agent:name:decision:id	Full isolation (recommended)

Always pass both agent_id and decision_id for clean isolation.

Stakes Triage

Classify BEFORE acting:

Level	Signal	Loop
LOW	Single file, easily reverted	ORIENT → RESOLVE (10+ thoughts) → GO → EXTRACT
MEDIUM	Multiple files, design choices	ORIENT → RESOLVE (10+ thoughts) → GO → EXTRACT
HIGH	Hard to reverse, wide blast radius	ORIENT(auto_record:false) → RESOLVE (10+ thoughts + risks) → show user → wait → GO → EXTRACT
CRITICAL	Irreversible or security-sensitive	ORIENT(auto_record:false) → RESOLVE (10+ thoughts + risks + alternatives) → show user → wait → GO → EXTRACT

Stakes signals:

• Single git revert? → LOW. Migration rollback? → HIGH+
• One file → LOW. One service → MEDIUM. Multiple services → HIGH. Production users → CRITICAL
• Touches PII, credentials, user data? → Minimum HIGH
• Similar past decision succeeded? Lower stakes. Novel territory? Raise stakes.

Multi-Step Execution

When executing a plan with multiple steps, each step that involves a choice is its own decision:

• Mechanical step (create file from spec, install dependency, run test) → no recording needed
• Design choice (which pattern, which library, how to structure) → full ORIENT → RESOLVE → GO flow

Test: Could you have done this step differently and it would matter? If yes → it's a decision.

Pattern Extraction (EXTRACT phase)

After review_outcome, check:

• Success + no existing pattern + 2+ similar past successes → update_decision(id, pattern: "...")
• Failure + existing pattern → Refine pattern with learned constraint
• Success + follows existing pattern → No action needed

Calibration Awareness

Your session context includes calibration data:

• tendency: underconfident → your 0.7-0.9 estimates probably succeed. Trust them.
• tendency: overconfident → lower estimates by 5-10%.
• Check by_category accuracy for category-specific calibration.

What NOT to Do

• Don't announce protocol steps robotically ("Now I will call pre_action...")
• Don't log trivial decisions (formatting, import ordering)
• Don't skip EXTRACT because the task "went fine" — that's the most valuable data
• Don't write paragraphs in record_thought — one atomic signal per call
• Don't skip RESOLVE after ORIENT — empty deliberation is a protocol violation
• Don't use log_decision to finalize — use update_decision instead
• Don't treat a multi-step plan as a single decision — each design choice is separate
• Don't omit agent_id and decision_id — unscoped thoughts get lost in multi-agent work