Disassemble and inspect binary files: extract strings, analyze headers, search patterns, and compute entropy for reverse engineering tasks.
MIT
150,936 tools. Last updated 2026-05-28 06:55
"Reverse engineering macOS binary files and applications" matching MCP tools:
- Scan and manipulate process memory on Windows and Linux. Supports value scanning, filtering, reading, writing, and disassembly for reverse engineering tasks.MIT
- Locate specific byte sequences in binary files to identify patterns, code sections, or data structures during reverse engineering analysis.MIT
- Retrieve exported functions and symbols from binary files for reverse engineering analysis in IDA Pro.MIT
- Locate binary, source, and manual page files for shell commands to identify command locations and documentation paths.MIT
- Extract and list all text strings from a binary file for reverse engineering analysis in IDA Pro.MIT
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- Retrieve all function names from a binary file for reverse engineering analysis in IDA Pro.MIT
- Search for names and symbols in binary files to identify functions, data, imports, exports, or labels during reverse engineering analysis.MIT
- Find specific text strings within binary files during reverse engineering analysis. Specify search parameters like case sensitivity and address ranges to locate code or data patterns.MIT
- Find specific numeric or string values within a binary file during reverse engineering analysis in IDA Pro.MIT
- Extract metadata from binary files to analyze structure and properties for security research or reverse engineering purposes.GPL 3.0
- Execute radare2 commands on the loaded binary for advanced analysis and reverse engineering during debugging.MIT
- Find byte patterns in binary files using hex patterns with wildcards, returning addresses and surrounding context for reverse engineering analysis.MIT
- Extract function names from a loaded binary to identify executable components for reverse-engineering analysis.
- Extract function names from binary files to analyze program structure and identify key routines during reverse engineering.
- Retrieve all memory segments from a binary file to analyze its structure during reverse engineering in IDA Pro.MIT
- Extract all enumeration names from a loaded binary file for reverse-engineering analysis.
- Export binary analysis context from Ghidra headless decompilation for reverse-engineering functions, pseudocode, structs, and enums.
- Apply systematic debugging methods like binary search and cause elimination to identify and resolve technical issues through structured problem-solving approaches.
- Apply systematic debugging methods like binary search and cause elimination to identify and resolve technical issues through structured problem-solving approaches.