Where are my strategic decisions stored?

All session artifacts, including intelligence reports and final decision documents, are saved to the 'Strategeion'—a specialized section of the Memory Palace directory for historical reference.

Can I use War Room for routine coding tasks?

No, the skill is specifically designed for complex, high-stakes decisions. For simple tasks or standard implementation, the system recommends bypassing the War Room or using the 'Express' mode to save tokens and time.

How does this skill prevent AI bias during deliberation?

The skill uses a Merkle-DAG protocol to anonymize contributions. Expert responses are labeled generically (e.g., Response A, B, C) during the review phase, and identities are only revealed after the final decision is synthesized.

Which AI models does the War Room use?

It typically uses Claude Opus as the 'Supreme Commander' for final synthesis, while delegating specific roles like Red Teaming or data analysis to Gemini, Qwen, and GLM models via the Conjure delegation framework.

What is the Reversibility Score (RS) in the War Room skill?

The Reversibility Score is a 0.0 to 1.0 metric that evaluates the cost of reversal, time lock-in, and impact of a decision to determine whether it requires a lightweight review or a full expert council.

War Room Claude Code Skill | Multi-LLM Strategic Planning

The War Room skill transforms Claude into a strategic command center by convening a diverse council of AI experts—including Claude, Gemini, and Qwen—to pressure-test architectural choices and high-stakes trade-offs. By calculating a unique Reversibility Score, the skill automatically determines the necessary level of deliberation, ranging from rapid 'Express' modes for 'two-way door' decisions to intensive 'Delphi' rounds for irreversible architectural shifts. It incorporates adversarial Red Teaming to identify failure modes and utilizes Merkle-DAG anonymization to ensure unbiased peer review, culminating in a structured 'Supreme Commander' decision document that outlines the final rationale, implementation orders, and exit strategies.

Key Features

01Merkle-DAG Anonymization: Uses cryptographic hashing to mask expert identities during deliberation to prevent bias and ensure integrity.

02156 GitHub stars

03Strategeion Persistence: Automatically archives decisions, intelligence reports, and dissenting views in a dedicated strategic memory palace.

04Multi-LLM Expert Council: Coordinates specialized models like Claude Opus, Gemini Pro, and Qwen Max for diverse analytical perspectives.

05Adversarial Red Teaming: Employs dedicated models to challenge assumptions and conduct premortem analysis on proposed strategies.

06Reversibility-Based Routing: Automatically scales deliberation intensity based on the potential 'blast radius' and cost of reversing a decision.

Use Cases

01Breaking analysis paralysis by synthesizing consensus from multiple high-intelligence AI agents.

02Evaluating major technical trade-offs, such as choosing between monolithic or microservice architectures.

03Navigating high-stakes business or project decisions where the cost of failure or reversal is extremely high.

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add athola/claude-night-market war-room

For use in Claude.ai and ChatGPT

Download Skill

Key Features

01Merkle-DAG Anonymization: Uses cryptographic hashing to mask expert identities during deliberation to prevent bias and ensure integrity.

02156 GitHub stars

03Strategeion Persistence: Automatically archives decisions, intelligence reports, and dissenting views in a dedicated strategic memory palace.

04Multi-LLM Expert Council: Coordinates specialized models like Claude Opus, Gemini Pro, and Qwen Max for diverse analytical perspectives.

05Adversarial Red Teaming: Employs dedicated models to challenge assumptions and conduct premortem analysis on proposed strategies.

06Reversibility-Based Routing: Automatically scales deliberation intensity based on the potential 'blast radius' and cost of reversing a decision.

Use Cases

01Breaking analysis paralysis by synthesizing consensus from multiple high-intelligence AI agents.

02Evaluating major technical trade-offs, such as choosing between monolithic or microservice architectures.

03Navigating high-stakes business or project decisions where the cost of failure or reversal is extremely high.

War Room Strategic Deliberation

War Room Strategic Deliberation

Key Features

Use Cases

Key Features

Use Cases