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Detects OS command injection vulnerabilities by identifying unsafe system/popen/exec calls with user-controlled input. Use when analyzing command execution, shell operations, or investigating potential command injection points.
Debug and fix common issues in Three.js, React Three Fiber, and 3D asset pipelines. Use when encountering visual bugs, performance problems, loading failures, or unexpected behavior. Covers black screens, Z-fighting, memory leaks, shader errors, and physics glitches.
Detects race condition vulnerabilities including TOCTOU, double-checked locking issues, and shared state problems. Use when analyzing concurrent operations, file access patterns, or investigating timing-related vulnerabilities.
Error handling patterns for ERPNext hooks.py configurations. Use when debugging doc_events errors, scheduler failures, boot session issues, and app initialization problems. V14/V15/V16 compatible. Triggers: hooks.py error, doc_events error, scheduler error, boot session error, app initialization error.
Detects information disclosure vulnerabilities including sensitive data in logs, error message exposure, and memory leaks. Use when analyzing logging practices, error handling, or investigating data leakage issues.
Methodology for debugging non-trivial problems systematically. This skill should be used automatically when investigating bugs, test failures, or unexpected behavior that isn't immediately obvious. Emphasizes hypothesis formation, parallel investigation with subagents, and avoiding common anti-patterns like jumping to conclusions or weakening tests.
Systematic hardware debugging guide for Arduino/ESP32/RP2040 circuits. Use when user reports: circuit not working, components getting hot, no power, intermittent failures, unexpected behavior, sensor not responding, LED not lighting, motor not spinning. Guides through power checks, continuity testing, signal tracing, and component isolation using multimeter techniques.
Performs forensic investigation and applies permanent fixes. MUST USE when diagnosing component failures, hallucinations, or instruction drift. Do not use for routine tasks, standard debugging, or preventive maintenance.
Systematic debugging methodology - scientific approach to finding and fixing bugs using hypothesis testing, isolation, and root cause analysis. Based on the Arcanean principle that understanding precedes execution.
Detects arbitrary read vulnerabilities by identifying unchecked array indexing and out-of-bounds memory access. Use when analyzing array access patterns, pointer arithmetic, or investigating information disclosure vulnerabilities.
Identifies binary file characteristics including compiler signatures, version information, and build environment details. Use when analyzing unknown binaries, investigating binary origins, or identifying build configurations.
Use when profiling native macOS or iOS apps with Instruments/xctrace. Covers correct binary selection, CLI arguments, exports, and common gotchas.
Debug inspector and runtime debugging tools (all consoles). Triggers on "debug", "F4 inspector", "debug_register", "debug panel", "live editing", "watch values", "frame stepping", "pause game". **Load references when:** - Full debug API details -> `references/inspector-api.md`
Detects incorrect use of free() including freeing non-heap memory, invalid pointers, and mismatched allocators. Use when analyzing memory deallocation, heap management, or investigating free() usage errors.
Debug AILANG code errors. Use when you encounter type errors, parse errors, or runtime failures in AILANG programs.
Systematic debugging for Encore.ts backend incidents using diagnostic scripts, database queries, and structured logging. Use when backend tests fail, services crash, or async flows stall.
Identifies weak cryptographic algorithms, hardcoded keys, and insecure key management practices in binary code. Use when analyzing encryption/decryption, authentication mechanisms, or reviewing cryptographic implementations.
Analyze binaries using IDA Pro's Python Domain API (ida-domain) in headless mode (idalib). Use when examining program structure, functions, disassembly, cross-references, or strings without the GUI.
Master the art of making systems fast. Profiling, optimization, caching, and the wisdom to know when performance matters and when it doesn't. Measure twice, optimize once.
