Diagnoses and fixes software bugs through a systematic 6-phase pipeline including triage, reproduction, root cause analysis, and verified fixes.
About
This skill empowers Claude Code with a professional-grade debugging framework designed to eliminate guesswork from the software maintenance lifecycle. It guides the AI through a comprehensive workflow starting from initial input triage and the creation of deterministic reproduction tests to performing deep root cause analysis (RCA) and assessing the blast radius of potential changes. By decomposing complex fixes into manageable 'beads' and enforcing strict verification loops, it ensures that bugs are structurally resolved and that no new regressions are introduced to the codebase.
Key Features
64 GitHub stars
Evidence-based Root Cause Analysis (RCA) hypothesis framework
Automated generation of Issue Briefs and Reproduction Reports
Task decomposition for complex fixes using a modular 'bead' system
Structured 6-phase debugging pipeline from Triage to Verification
Comprehensive impact assessment to identify blast radius and regression risks
Use Cases
Debugging complex race conditions and edge cases in asynchronous systems
Systematically refactoring buggy code modules while ensuring no loss of functionality
Resolving critical production regressions that require deterministic reproduction tests