История аудитов

The static command findings are mostly true in form but low-risk in context: the skill documents local file, rabin2, readelf, jq, and grep usage for binary triage. No malicious intent, prompt injection, credential exfiltration, or real network activity was found. Risk remains medium because users may parse untrusted binaries with external tools.

This is a documentation-only skill providing guidance for binary reverse engineering analysis. The skill contains no executable code - only markdown documentation describing how to run standard Unix analysis tools (file, rabin2, readelf) for identifying unknown binaries. All patterns flagged as concerning (C2 keywords, crypto references, mmap) are legitimate security research terminology used to describe what analysts should look FOR when analyzing potentially malicious binaries, not how to create them. This is standard security research documentation from a legitimate reverse engineering workflow.

This is a documentation-only skill providing guidance for binary reverse engineering analysis. The skill contains no executable code - only markdown documentation describing how to run standard Unix analysis tools (file, rabin2, readelf) for identifying unknown binaries. All patterns flagged as concerning (C2 keywords, crypto references, mmap) are legitimate security research terminology used to describe what analysts should look FOR when analyzing potentially malicious binaries, not how to create them. This is standard security research documentation from a legitimate reverse engineering workflow.

This is a prompt-based skill containing only documentation and guidance for binary analysis. No executable code, no network access, no file system modifications beyond reading binary files for analysis. The skill describes running standard Unix analysis tools (file, rabin2, readelf) which is expected and appropriate for its stated purpose.