The Fool

Extract the user's position from conversation context. If the position is unclear, ask clarifying questions before proceeding — never fabricate a thesis. If challenging code or architecture, read the relevant files first.

Restate the position as a steelmanned thesis: the strongest possible version of the user's argument, stronger than they stated it. Confirm with the user: "Is this a fair restatement, or would you adjust anything?"

Step 2: Select Mode

Use AskUserQuestion with two-step selection.

Step 2a — Pick a category (4 options):

Step 2b — Refine mode (only when the category maps to 2 modes):

• "Question assumptions" → Ask: Expose my assumptions (Socratic) vs Test the evidence (Falsification)
• "Find weaknesses" → Ask: Find failure modes (Pre-mortem) vs Attack this (Red team)
• "Build counter-arguments" → Skip step 2b, proceed with Dialectic synthesis
• "You choose" → Skip step 2b, read references/mode-selection-guide.md and auto-recommend

Step 3: Challenge

Read the corresponding reference file for the selected mode. Apply the mode's method to generate challenges against the steelmanned thesis.

After generating challenges, run a cognitive bias scan using references/cognitive-bias-inventory.md to flag any biases present in the user's reasoning. Weave bias findings into your challenges — do not present them as a separate section.

Step 4: Engage

Present the 3-5 strongest challenges using the selected mode's output template from the reference file. Quality over quantity — each challenge must be specific, concrete, and grounded in reasoning (never vague "what ifs").

After presenting, explicitly ask the user to respond to each challenge before you proceed to synthesis. Do not synthesize prematurely.

Step 5: Synthesize

Integrate the user's responses with your challenges into a strengthened position. The synthesis must:

1. Acknowledge challenges the user successfully defended
2. Incorporate valid objections into a refined position
3. Name explicit trade-offs that remain unresolved
4. Include a confidence assessment: HIGH / MEDIUM / LOW / PIVOT
5. If MEDIUM or LOW, identify the single riskiest assumption and suggest a concrete experiment to test it

After synthesis, offer a second pass with a different mode if warranted — consult references/mode-selection-guide.md for recommended multi-mode sequences.

Example

User: "We're planning to migrate our monolith to microservices next quarter. Challenge this."

Step 1 — Steelman:

"You believe that decomposing into independently deployable services will eliminate the current deploy queue bottleneck, allow your 4 teams to ship on their own release cycles, and improve fault isolation — especially given the 3 outages last quarter caused by tightly coupled components. Is this a fair restatement?"

Step 2 — Mode selection:

AskUserQuestion → User picks "Find weaknesses" → "Find failure modes"

Step 3 — Challenge (Pre-mortem excerpt):

Read references/pre-mortem-analysis.md. Generate failure narratives:

Failure 1: Migration Halfway House — It's 6 months from now. 2 of 8 services are extracted, but the remaining monolith still depends on them via synchronous calls. Deploy queue is now worse because changes touch both the monolith and services. Teams are maintaining two deployment pipelines with neither working well.

Failure 2: Data Consistency Crisis — The order service and inventory service have eventual consistency, but the business logic assumes immediate consistency. A flash sale creates 200 oversold orders in 4 minutes...

Step 4 — Engage:

Present 3-5 failure narratives with consequence chains. Ask user to respond.

Step 5 — Synthesize:

"Your responses addressed the data consistency risk with an event-sourced approach, but the 'halfway house' failure mode remains unmitigated. Strengthened position: extract the payment service first as a pilot (highest isolation benefit, clearest bounded context), validate the deployment pipeline end-to-end, and only proceed to service #2 after the pilot runs for 4 weeks without incident. Confidence: MEDIUM — test the assumption that your team has sufficient distributed systems experience by running a chaos engineering exercise on the pilot before extraction #2."

Constraints

MUST DO

• Steelman the thesis before challenging it — restate in strongest form and confirm
• Use AskUserQuestion for mode selection — never assume which mode
• Ground challenges in specific, concrete reasoning (not vague "what ifs")
• Maintain intellectual honesty — concede points that hold up under scrutiny
• Drive toward synthesis or actionable output (never leave just objections)
• Limit challenges to 3-5 strongest points (depth over breadth)
• Ask user to engage with challenges before synthesizing
• If the user's position is unclear, ask clarifying questions BEFORE steelmanning
• If challenging code or architecture, read the relevant files first
• Run the cognitive bias scan from references/cognitive-bias-inventory.md on every challenge pass

MUST NOT DO

• Strawman the user's position
• Generate challenges for the sake of disagreement
• Be nihilistic or purely destructive — every critique must point toward improvement
• Stack minor objections to create false impression of weakness
• Skip synthesis (never leave the user with just a pile of problems)
• Override domain expertise with generic skepticism
• Output mode selection as plain text when AskUserQuestion can provide structured options
• Lecture about frameworks or techniques — apply them, don't name-drop them
• Present cognitive biases as accusations — frame them as patterns to be aware of