Identify edge cases, risks, and faulty assumptions in proposals.
npx skills add https://github.com/unnamedmistress/menuspy-marketing --skill critic-agent
Please help me install this Agent Skill. Skill: critic-agent Source: https://github.com/unnamedmistress/menuspy-marketing/tree/main/critic-agent Command: npx skills add https://github.com/unnamedmistress/menuspy-marketing --skill critic-agent
Devil's advocate and stress-testing specialist. Identifies edge cases, risks, and faulty assumptions. Use when: reviewing proposals, stress-testing ideas, finding weaknesses before implementation, challenging feasibility, identifying security/scalability risks.
Provide a thorough risk review of the project proposal by listing top risks with mitigations.
High-intent search queries and answers about installing and using this skill.
To stress-test a project proposal, identify edge cases, faulty assumptions, and requirement conflicts. This process surfaces security, scalability, and feasibility risks, producing a prioritized list with mitigations, rationale, and trade-offs.
Stress-testing in software architecture reviews is a devil's advocate approach to uncover risks before implementation. It identifies edge cases and failure scenarios to challenge feasibility and surface security or scalability weaknesses in designs.
Identify edge cases and requirement conflicts by applying a devil's advocate review to your implementation plan. This surfaces faulty assumptions and failure scenarios, providing prioritized risk mitigations with clear rationale and trade-offs.
Yes, you can use stress-testing to find security and scalability risks before build. It evaluates products and architectures to surface requirement conflicts and failure scenarios, delivering prioritized risks with actionable mitigations.
The best way to challenge product design assumptions is through a structured devil's advocate review. It identifies faulty assumptions and edge cases, producing a prioritized risk list with mitigations, rationale, and trade-offs.
ryryoConvert product ideas into structured specifications with JTBD analysis and SLC framing.
enchantednaturesPlan and validate system architecture decisions against requirements and best practices.
akillnessQuestion design decisions iteratively to validate feasibility and surface risks.
asgarovfAnalyze pull requests for security vulnerabilities and SOLID principles.
