Interrogate user-provided plans and designs through iterative decision-tree prompts.
npx skills add https://github.com/wachawo/claude-skills --skill grill-me-wachawo
Please help me install this Agent Skill. Skill: grill-me Source: https://github.com/wachawo/claude-skills/tree/main/skills/grill-me Command: npx skills add https://github.com/wachawo/claude-skills --skill grill-me-wachawo
This skill addresses the common pitfall of incomplete planning by forcing a rigorous, branch-by-branch interrogation of your design or project strategy.
Activate the grill-me skill and provide your project design document to begin the interrogation process.
High-intent search queries and answers about installing and using this skill.
To stress-test your architecture, you can use an interrogation process that traverses decision trees and resolves dependencies iteratively. This approach identifies hidden failure points and ensures comprehensive decision-making in your project design.
The best way to find hidden dependencies in a project roadmap is through branch-by-branch interrogation. Systematically exploring every logical branch of your plan reveals gaps and ensures no edge cases remain before you begin coding.
Yes, you can receive informed, critical feedback on architectural choices by providing your existing codebase context. The system analyzes the context to question your approach and provides suggested answers to refine your thinking.
You systematically explore logical branches by using iterative, single-question prompts to interrogate your software design. This rigorous method forces comprehensive decision-making and highlights potential failure points across your entire plan.
Decision tree resolution directly addresses incomplete planning by forcing a rigorous exploration of every logical branch. It identifies hidden dependencies and potential failure points, ensuring your design or project strategy is fully comprehensive.
You should avoid using a branch-by-branch interrogation approach when you only have a high-level concept rather than a draft architecture or project roadmap, as the process requires an existing design to systematically analyze for logical gaps.
fabiano001Generate a 9-section technical deep-dive document from project inputs and codebase references.
sumpalabsInterrogate plan and design decision trees to surface hidden gaps.
RussianLioNGenerate architecture diagrams and analyze project dependencies for system design.
philo-grovesConstruct static analysis graphs for reachability, guard dominance, and path feasibility.
