Domains
Forms
Mechanism
Breaks down how the skill works and what it produces, so you can quickly judge whether it fits your scenario and value.
When analyzing executables, understanding compiled code, or performing static analysis on binaries — e.g. reverse-engineering unknown files, malware analysis with Ghidra/IDA/Binary Ninja, or recognizing assembly idioms.
Ability to read compiled binaries, reconstruct high-level logic, identify compiler patterns, and document findings with renamed symbols and types.
Use Cases
A security researcher receives an unknown malware sample. Using this skill, they apply the triage workflow (file type, imports, strings), map control flow with the conditional/loop patterns, and identify obfuscation via compiler artifacts. The patterns help reconstruct the payload logic and produce a report with renamed functions, saving hours of manual guesswork.
A developer needs to understand a closed-source native library used by their app. They use the data structure and decompilation patterns to recover struct layouts and function signatures from the binary, then write IDAPython/Ghidra scripts from the skill to auto-rename symbols. This yields clear interface docs enabling safe integration without source code.
Skill Relationships
Dependency relationships read as "the upper tier points to the lower tier." The current Skill sits in the middle tier — above are Skills that depend on it, below are Skills it depends on.
Tier 1 · These Skills Use Me
Tier 2 · Current Skill
Tier 3 · I Use These Skills
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Skill File
