Ask one question at a time to resolve plan ambiguities and dependencies.
npx skills add https://github.com/shushuzn/Rairos --skill grill-me-shushuzn
Please help me install this Agent Skill. Skill: grill-me Source: https://github.com/shushuzn/Rairos/tree/main/skills/grill-me Command: npx skills add https://github.com/shushuzn/Rairos --skill grill-me-shushuzn
This Skill helps you clarify and validate a plan or design by exposing hidden assumptions, ambiguous requirements, and unresolved dependencies until you reach shared understanding.
Tell the Skill: “Grill me on this plan: [paste your plan], and keep asking until every branch is resolved and I can confirm the recommended answers.”
High-intent search queries and answers about installing and using this skill.
Validating system design requires interrogating requirements and assumptions through iterative questioning. This process exposes hidden dependencies and forces step-by-step alignment by asking one question at a time until shared understanding is reached.
Stress-testing architecture plans involves branch-by-branch resolution to ensure earlier choices do not contradict later ones. It applies decision-tree style design reviews to expose unresolved dependencies and validate execution planning.
During design reviews, if an answer can be found in the codebase, you should explore the codebase directly instead of guessing. This code-aware questioning prevents assumptions and grounds architectural decisions in existing implementation.
Yes, it applies directly to dependency resolution during early execution planning. It grills users on their plans to resolve ambiguity, ensuring every branch of the decision tree is addressed and dependencies are fully resolved.
Assumption testing is needed when plans contain hidden ambiguities or unresolved dependencies. It forces iterative convergence by asking questions sequentially, exposing misalignment until you can confirm recommended answers and reach shared understanding.
psengerIdentify design risks in architectures and plans using pre-mortem, red teaming, and ATAM techniques.
XWIlluDeluStress-test plans through structured decision-tree questioning with codebase-aware answers.
saskenubaMap existing codebases into technical references of components and data flows.
yusaduymazClarify phase requirements through iterative interviews and ambiguity scoring.
