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⇱ Reverse engineering macOS binary files and applications | Glama

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Reverse engineering macOS binary files and applications

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  • Why this server?

    This server directly addresses 'reverse engineer binaries' and 'applications' using Ghidra, a powerful tool for decompilation and analysis, which is highly relevant for macOS binary files.

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    Enables LLMs to autonomously reverse engineer binaries using Ghidra's capabilities including decompilation, function analysis, automatic renaming, and BSim integration for function similarity matching.
    Last updated
    AGPL 3.0

  • Why this server?

    This server provides AI-assisted reverse engineering with Binary Ninja, offering comprehensive binary analysis and decompilation, which is suitable for macOS applications and binaries.

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    Enables AI-assisted reverse engineering by bridging Binary Ninja with Large Language Models through 40+ analysis tools. Provides comprehensive binary analysis capabilities including decompilation, symbol management, type analysis, and documentation generation through natural language interactions.
    Last updated
    38
    MIT

  • Why this server?

    This server enables autonomous reverse engineering through Cutter, allowing decompilation and code analysis of binaries, which is applicable to macOS binary files.

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    An MCP server that enables LLMs to autonomously reverse engineer applications through Cutter, allowing them to decompile binaries, analyze code, and rename methods programmatically.
    Last updated
    29
    Apache 2.0

  • Why this server?

    This server integrates with the Hopper disassembler, a tool very popular on macOS for analyzing binary files, disassembling procedures, and performing reverse engineering tasks, including decompilation.

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    A FastMCP server plugin for the Hopper disassembler that enables AI assistants to analyze binary files, disassemble procedures, generate call graphs, search strings, and manage reverse engineering tasks. Provides comprehensive binary analysis capabilities including decompilation, annotation tools, and reference tracking through natural language interactions.
    Last updated
    67
    MIT

  • Why this server?

    This server allows LLMs to interact with Binary Ninja for reverse engineering tasks like viewing assembly and decompiled code, which is highly relevant for analyzing macOS binaries and applications.

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    A Model Context Protocol server that enables Large Language Models to interact with Binary Ninja for reverse engineering tasks like viewing assembly code, decompiled code, renaming functions, and adding comments.
    Last updated
    3
    MIT

  • Why this server?

    This server enables interaction with IDA Pro, a leading reverse engineering tool for tasks like decompilation and disassembly, making it very suitable for analyzing macOS binary files.

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    MCP server for reverse engineering that enables interaction with IDA Pro for analysis tasks such as decompilation, disassembly, and memory engagement reports.
    Last updated
    24
    46
    MIT

  • Why this server?

    While named 'Game Hacking,' this server utilizes Frida for reverse engineering, memory scanning, and code injection, which is a powerful dynamic analysis technique applicable to macOS applications.

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    Provides Cheat Engine-like capabilities for game hacking and reverse engineering through Frida, enabling memory scanning, value modification, pattern matching, function hooking, and code injection across processes.
    Last updated
    42
    67
    MIT

  • Why this server?

    This server uses Detect It Easy (DIE) to analyze executable files, detect packers, and gather forensic information, which is a crucial first step in reverse engineering any binary, including those on macOS.

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    An MCP server that enables AI agents to analyze executable files using Detect It Easy (DIE), providing capabilities to examine file structures, detect packers, compilers, and gather other forensic information.
    Last updated
    12
    MIT

  • Why this server?

    Another instance of a Ghidra integration, providing core reverse engineering functionality like decompiling binaries and analyzing code structure, which is directly applicable to macOS applications.

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    Enables LLMs to autonomously reverse engineer applications by exposing Ghidra's core functionality through MCP tools. Supports decompiling binaries, analyzing code structure, and automatically renaming methods and data.
    Last updated
    2
    Apache 2.0