How does this help with decompilation?

The skill provides specific patterns for variable recovery, function signature identification, and type reconstruction to help turn assembly back into readable C-like code.

Does it support specific reverse engineering tools?

It includes specific scripting tips and analysis workflows for popular industry tools like Ghidra and IDA Pro, including Python and Java automation snippets.

Can I use this for security audits?

Yes, it includes patterns for identifying dangerous string operations, arithmetic overflows, and common bit manipulation techniques used in security-sensitive contexts.

How does it handle complex data structures?

It provides assembly patterns for identifying array indexing, struct field offsets, and linked list traversals in compiled code.

What architectures does this skill cover?

It provides comprehensive patterns for x86-64 (System V and Windows calling conventions), ARM32, and ARM64 (AArch64) instruction sets.

Binary Analysis Patterns

Name: Binary Analysis Patterns
Author: as4584

byas4584

セキュリティとテスト

Master the art of reverse engineering with comprehensive patterns for disassembly, decompilation, and binary logic reconstruction.

概要

This skill equips Claude with advanced knowledge of binary analysis, enabling it to interpret compiled code across multiple architectures including x86-64, ARM32, and ARM64. It helps developers and security researchers recognize common assembly patterns, recover high-level data structures from machine code, and navigate complex control flows in executables. Whether you are performing security audits, debugging legacy binaries without source code, or learning low-level programming, this skill provides the domain-specific guidance needed to reconstruct program logic from raw assembly instructions.

主な機能

Multi-architecture assembly patterns for x86-64, ARM32, and ARM64
Data structure reconstruction for arrays, structs, and linked lists
0 GitHub stars
Control flow recognition for loops, conditionals, and switch statements
Workflow integration for Ghidra and IDA Pro analysis
Identification of optimized arithmetic and bit manipulation patterns

ユースケース

Understanding and documenting compiled code logic and data structures
Reverse engineering legacy software and malware analysis
Security auditing and vulnerability research in compiled binaries

概要

主な機能

Multi-architecture assembly patterns for x86-64, ARM32, and ARM64
Data structure reconstruction for arrays, structs, and linked lists
0 GitHub stars
Control flow recognition for loops, conditionals, and switch statements
Workflow integration for Ghidra and IDA Pro analysis
Identification of optimized arithmetic and bit manipulation patterns

ユースケース

Understanding and documenting compiled code logic and data structures
Reverse engineering legacy software and malware analysis
Security auditing and vulnerability research in compiled binaries