Analyze plans by interrogating decision branches and generating a structured decision log.
npx skills add https://github.com/brianruggieri/skills --skill grill-me-brianruggieri
Please help me install this Agent Skill. Skill: grill-me Source: https://github.com/brianruggieri/skills/tree/main/grill-me Command: npx skills add https://github.com/brianruggieri/skills --skill grill-me-brianruggieri
Grill-me forces disciplined, relentless questioning to uncover every decision branch in a plan or design, ensuring there is zero ambiguity before execution.
Start a grilling session by describing your plan and walking through the Phase 1 orientation to build a risk tree.
High-intent search queries and answers about installing and using this skill.
You resolve ambiguities by forcing a disciplined, back-and-forth interrogation of the plan until all decision branches are fully resolved. This grilling process builds a risk tree and surfaces missing information.
A decision tree risk analysis is a structured interrogation process that builds a risk tree by surfacing ambiguities and recording concrete answers. It ensures zero ambiguity by requiring explicit research when information is missing.
You start grilling a plan by describing it and walking through a Phase 1 orientation to build the initial risk tree. The grilling session then forces structured follow-ups and research loops whenever information is missing.
Yes, you can generate a formal decision log from an ambiguous design document by running a phase-based grilling process. This interrogation resolves decision branches and records the concrete answers into a structured log.
Yes, plan grilling supports downstream implementation planning by generating a formal decision log and optionally leveraging it to drive follow-on work. This ensures execution begins with zero ambiguity.
You should use an interrogation approach for risk analysis when your plan or design has unresolved decision branches and missing information. It forces explicit research and concrete answers to eliminate ambiguity before execution.
hgxszhjInterview stakeholders step-by-step to map decisions and resolve dependencies.
thoreinsteinCoordinate agent swarms through roadmap-driven feature implementation phases.
SimHackerSystematically debug issues by hypothesizing, testing, and tracking evidence.
sumpalabsInterrogate plan and design decision trees to surface hidden gaps.
