murphyjitsu

Stress-test a concrete plan by imagining its failure modes and designing defenses.

5|1|Updated Feb 5, 2026
One-click install
npx skills add https://github.com/EquiStamp/CFAR-Claude-Skills --skill murphyjitsu
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: murphyjitsu
Source: https://github.com/EquiStamp/CFAR-Claude-Skills/tree/main/murphyjitsu
Command: npx skills add https://github.com/EquiStamp/CFAR-Claude-Skills --skill murphyjitsu

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Murphyjitsu helps you bulletproof plans by deliberately imagining failure modes and designing defenses to prevent them.

Core Features & Use Cases

  • Three-Mode Facilitation: Design, Practice, and Execute modes to stress-test and refine plans.
  • Surprise-o-Meter & Iterative Defenses: Repeatedly simulate failures and add concrete defenses until you're genuinely shocked.
  • Outside-View Correction: Train your inner simulator to consider how another person might cause derailments.
  • Integration with CFAR Toolkit: Works alongside related techniques like Goal Factoring and Resolve Cycles to strengthen planning.

Quick Start

Start with a concrete plan and run 3–5 failure simulations, adding defenses after each to reach a point of genuine shock if the plan fails.

Frequently Asked Questions about murphyjitsu

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
What is a pre-mortem analysis and how does it improve project planning?

A pre-mortem analysis improves project planning by deliberately simulating failure modes before execution begins. This technique identifies likely derailments early, allowing you to design concrete defenses and mitigate risks prior to launching a product or initiative.

How do I stress-test a plan to find potential failure modes?

You stress-test a plan by running iterative failure simulations, adding a concrete defense after each round. This process continues until you reach a point of genuine shock if the plan still fails, ensuring your risk mitigation is robust.

When should I use risk-analysis simulations for event planning or product launches?

Risk-analysis simulations should be used for near-term projects where early risk mitigation matters, such as event planning, process improvements, or product launches. Apply it whenever a concrete plan requires stress-testing against potential derailments.

Can I use inner simulator techniques to prevent project derailments?

Yes, inner simulator techniques prevent project derailments by applying outside-view correction, which trains you to consider how another person might cause failures. This helps identify vulnerabilities and design targeted defenses against human error.

What is the best way to identify risks in a near-term project initiative?

The best way to identify risks in a near-term initiative is using a Surprise-o-Meter approach to repeatedly simulate failures. By adding defenses after each iteration, you systematically eliminate vulnerabilities until failure seems genuinely shocking.