Interrogate user-provided plans to identify logical flaws and unresolved dependencies.
npx skills add https://github.com/IcedVodka/skill --skill grilling-icedvodka
Please help me install this Agent Skill. Skill: grilling Source: https://github.com/IcedVodka/skill/tree/main/grilling Command: npx skills add https://github.com/IcedVodka/skill --skill grilling-icedvodka
This Skill addresses the common pitfall of proceeding with flawed or incomplete plans by forcing a rigorous, systematic review of every design decision and dependency.
Initiate the grilling process by providing your project plan and asking the skill to begin the interview.
High-intent search queries and answers about installing and using this skill.
To stress-test an architecture plan, you provide it to the skill to conduct a rigorous step-by-step interrogation of your design trees, identifying logical flaws and unresolved dependencies through iterative questioning before proceeding.
Design tree interrogation is a systematic review process that breaks down complex plans into individual branches to identify hidden risks, logical gaps, and unresolved dependencies before project execution.
You review dependencies and edge cases by providing your project plan for adversarial analysis, where the skill challenges assumptions and requires explicit confirmation for each decision point to ensure comprehensive validation.
Yes, you can use this to challenge assumptions by acting as an adversarial partner that traverses your design trees, requiring explicit confirmation at each decision point while providing recommended improvements.
The best way to identify hidden risks is systematic stress-testing, which breaks down complex plans into individual branches to expose logical gaps and unresolved dependencies through expert-level feedback.
You should avoid iterative questioning if your project lacks a formal design tree or if you need rapid validation without time for step-by-step confirmation of individual branches and decision points.
sumpalabsInterrogate plan and design decision trees to surface hidden gaps.
Lev-itReview plans by posing detailed questions about design and dependencies.
hgxszhjInterview stakeholders step-by-step to map decisions and resolve dependencies.
Chang-Shih-YungAggregate type checker, linter, and test results into a 0-10 composite score.
