Analyze project plans and design architectures through iterative adversarial questioning.
npx skills add https://github.com/phintruong/skills --skill grill-me-phintruong
Please help me install this Agent Skill. Skill: grill-me Source: https://github.com/phintruong/skills/tree/main/grill-me Command: npx skills add https://github.com/phintruong/skills --skill grill-me-phintruong
This Skill solves the problem of blind spots in planning and design by forcing a rigorous, adversarial review of your ideas before you commit to building them.
Invoke the grill-me skill to begin an adversarial review of the current project plan.
High-intent search queries and answers about installing and using this skill.
Stress-test an architectural plan by applying iterative, adversarial questioning to uncover logical gaps and validate technical assumptions. This structured inquiry method systematically walks through decision trees to ensure every edge case is considered.
Adversarial review in software architecture planning is a structured, step-by-step inquiry method that targets complex engineering tasks to validate technical assumptions and uncover hidden dependencies between different parts of your design.
Map hidden dependencies in a complex engineering design by using a structured inquiry method that systematically walks through every branch of your decision tree to identify and resolve connections between different parts of your plan.
Adversarial questioning resolves decision trees for engineering tasks by systematically walking through every branch of your design architecture to ensure no edge case is left unconsidered and all dependencies are mapped.
You need critical analysis of your project plan when you have a complex architectural design and want to ensure you have accounted for every potential failure point or logical inconsistency before committing to implementation.
The best way to validate technical assumptions is through an adversarial review that forces rigorous questioning of your ideas, systematically walking through decision trees to resolve hidden dependencies and uncover logical gaps.
angadhnInterview project plans and design architectures to validate technical logic.
channingwaltonAnalyze code modules to discover edge cases and coverage gaps.
yocxy2Generate design documents and adversarial reviews for product ideas.
znc15Interrogate project plans and design architectures through iterative decision-tree questioning.
