Ghidra

🚀 GhidraMCP Plugin Documentation

GhidraMCP is a plugin that enhances the capabilities of Ghidra. By integrating the Model Context Protocol (MCP), it boosts binary analysis capabilities. This plugin offers a variety of features, including AI-assisted analysis, customizable configuration, and in-depth security detection.

🚀 Quick Start

GhidraMCP is a powerful plugin designed to enhance Ghidra's binary analysis capabilities. It integrates the Model Context Protocol (MCP) to provide advanced features such as AI-assisted analysis and in-depth security detection.

✨ Features

• AI-assisted Analysis: Utilize AI models to perform intelligent parsing of binary files.
• Customizable Configuration: Support modification of core parameters such as the server port.
• In-depth Security Detection: Incorporate multiple security vulnerability detection mechanisms.
• Extensible Interfaces: Provide flexible interfaces for secondary development.

📦 Installation

Clone the Repository

git clone https://github.com/yourusername/GhidraMCP.git

Configure the Environment

Set the Ghidra installation path:

export GHIDRA_INSTALL_DIR=/path/to/ghidra

Compile and Build

Use Gradle to compile:

./gradlew buildExtension

The compiled plugin file will be located in the dist directory.

💻 Usage Examples

Plugin Configuration

Modify the port number in the MCPServerPlugin.java file:

server.setPort(YOUR_CUSTOM_PORT);

Basic Usage

1. Start the Ghidra service and load the plugin.
2. Use Ghidra's standard analysis functions to identify the target area.
3. Invoke AI-assisted analysis to gain in-depth insights.
4. Rename functions and variables as needed.

Advanced Usage

Security Analysis

• User Input Detection: Identify external data entry points for vulnerability assessment.
• Call Graph Generation: Construct a program call graph to understand the execution flow.
• Cryptography Pattern Recognition: Detect standard encryption algorithms and custom implementations.
• Anti-debug String Detection: Find potentially hidden or obfuscated strings.

Integrated Development

1. Use Ghidra's analysis functions to locate key code segments.
2. Call the plugin interface for in-depth analysis.
3. Combine AI insights to refine the analysis results.
4. Rename functions and variables as needed.

📚 Documentation

Troubleshooting

Common Issues

• Connection Issues: Ensure that the Ghidra service is running and the plugin is loaded.
• Port Conflicts: If port 8765 is occupied, modify the plugin configuration.
• Bridge Script Errors: Confirm that all Python packages are installed correctly.

Log Viewing

• Check the Ghidra console output for server information.
• Examine the ghidra_mcp_bridge.log file for details on bridge issues.

Contribution Guidelines

We welcome any contributions! Please follow these steps to submit:

1. Fork the repository to your personal account.
2. Create a feature branch: git checkout -b feature/amazing-feature.
3. Commit your code changes: git commit -m 'Add some amazing feature'.
4. Push to the remote branch: git push origin feature/amazing-feature.
5. Submit a Pull Request.

📄 License

Acknowledgments

• NSA Development Team: Developed the Ghidra platform.
• MCP Community: Drove the development of the Model Context Protocol.
• All project contributors.

GhidraMCP is not affiliated with the NSA or the Ghidra team.