Analyzes compiled binaries and assembly code to reconstruct program logic and data structures.
The Binary Analysis Patterns skill provides a comprehensive framework for reverse-engineering executables across multiple architectures, including x86-64, ARM32, and ARM64. It enables developers and security researchers to identify standard function prologues, calling conventions, and control flow structures such as loops and switch statements. By offering standardized patterns for data structure recovery and decompilation, this skill facilitates the translation of raw assembly back into high-level logic, significantly accelerating tasks in malware analysis, security auditing, and legacy software maintenance.
Key Features
01Pattern recognition for System V and Microsoft x64 calling conventions
02Integration guidance for Ghidra scripting and IDA Pro analysis
03Multi-architecture support for x86-64, ARM32, and AArch64 instructions
040 GitHub stars
05Control flow analysis for loops, conditional branches, and jump tables
06Reconstruction templates for complex C/C++ data structures and arrays
Use Cases
01Analyzing malware behavior and identifying obfuscated code patterns
02Performing security audits and vulnerability research on compiled applications
03Reverse-engineering legacy binaries or proprietary software without source code
