IDA Pro MCP is a server plugin for reverse engineering. It interacts with client tools through the MCP protocol, providing functions such as function analysis, comment modification, variable renaming, etc., and supports multiple MCP clients such as Cline, Roo Code, etc.

An MCP server set in the Kali Linux environment, focusing on reverse engineering, security testing, and automated workflows.

GhidrAssistMCP is a powerful Ghidra extension that enables AI assistants and other tools to interact with Ghidra's reverse engineering capabilities through a standardized API by implementing a Model Context Protocol (MCP) server.

This project is a collection of MCP servers designed for Kali Linux, aiming to enhance reverse engineering, security testing, and automation workflows. It integrates tools such as Nmap and Wireshark and provides Docker sandbox support.

Binary Ninja MCP is a plugin and server that enables seamless integration between Binary Ninja and LLM clients, enhancing the reverse - engineering workflow by providing binary analysis functions through the MCP protocol.

PCM is a reverse engineering tool based on MCP, providing functions such as IDA integration and memory analysis.

cutterMCP is a model context protocol server designed for LLMs for autonomous reverse engineering applications.

GhidraMCP is a Ghidra plugin that enables AI - assisted binary analysis through the Model Context Protocol (MCP), connecting reverse engineering with AI assistants and providing functions such as natural language interaction, in - depth code analysis, and security vulnerability detection.

cutterMCP is a model context protocol server designed for LLM, supporting autonomous reverse engineering applications and integrating the core functional tools of Cutter.

JEBMCP is a project that combines JEB and MCP tools, aiming to simplify reverse engineering tasks through Python scripts and provide efficient code analysis and operation functions.

apktool-mcp-server is an MCP server based on Apktool, integrating large language models (such as Claude), providing real-time reverse engineering support, including vulnerability analysis, manifest parsing, and code review.

An experimental Tailscale MCP server created by reverse - engineering the Tailscale client, currently only supporting the Windows platform.

This project is a Jadx plugin that exposes the Jadx API via HTTP to enable real - time interaction with Claude, supporting AI - assisted reverse engineering analysis of Android applications.

The Apktool MCP Server is an Android APK analysis service based on the Model Context Protocol. It integrates the Apktool tool and Gemini CLI artificial intelligence, providing functions such as APK decompilation, security analysis, privacy auditing, and reverse engineering guidance.

JADX-MCP-SERVER is a Python server that works with the JADX-AI-MCP plugin, enabling LLM (such as Claude) to analyze decompiled Android APK code in real-time through the MCP protocol, providing reverse engineering functions such as vulnerability detection and code understanding.

An MCP server collection designed specifically for Kali Linux, aiming to enhance the capabilities of AI agents in reverse engineering and security testing, providing functions such as network analysis, target sniffing, traffic analysis, binary parsing, and automation.

r0idamcp is a large model-driven intelligent automated reverse engineering tool for IDA Pro. It provides a single-file MCP server solution, integrates multiple functions with few dependencies, supports all MCP clients, and simplifies the reverse engineering process.

BinAssistMCP is an MCP service that connects Binary Ninja with large language models (LLMs), providing more than 40 reverse engineering tools and supporting dual transport protocols and intelligent context management.

AI - assisted reverse engineering tool for IDA Pro

This is an MCP (Model Context Protocol) server plugin developed for the Binary Ninja reverse engineering tool, providing various disassembling and analysis functions, supporting interaction with clients through the MCP protocol, and realizing the automation of binary file analysis.