CTF-MCP-Server: Rock-Solid & Modular Challenges

Elevate your CTF game with the CTF-MCP-Server: rock-solid, modular, and packed with plug-and-play challenges—where every hack is fair game! 🚀" )

Visit Repository

✨ Developer Tools

4.5(126 reviews)

189 saves

88 comments

Users create an average of 51 projects per month with this tool

About CTF-MCP-Server

What is CTF-MCP-Server: Rock-Solid & Modular Challenges?

CTF-MCP-Server is a specialized framework designed to streamline the creation and solving of Capture The Flag (CTF) challenges. It offers two core modules: a puzzle-solving server for competitors and a challenge-creation server for organizers. Built with modularity and reliability in mind, it allows seamless integration into existing workflows, whether you're a red-hat team member tackling exploits or a challenge architect designing puzzles.

How to Use CTF-MCP-Server: Rock-Solid & Modular Challenges?

To deploy the servers, configure your environment with a JSON file specifying execution parameters. Here’s an example configuration:

{
    "mcpServers": {
      "ctftools_Puzzle_server": {
        "command": "python",
        "args": ["PATH/TO/ctftools_Puzzle_server.py"],
        "timeout": 1800
      },
      "ctftools_feces_making_machine_server": {
        "command": "python",
        "args": ["PATH/TO/ctftools_feces_making_machine_server.py"],
        "timeout": 1800
      }
    }
  }

Use tools like Cline or custom plugins to load this configuration, ensuring scripts execute within a 30-minute timeout window for stability.

CTF-MCP-Server Features

Key Features of CTF-MCP-Server: Rock-Solid & Modular Challenges?

Modular Architecture: Switch between dedicated servers for solving and crafting challenges without code duplication.
Reliability: Timeout controls prevent script hangs, while Python’s cross-platform support ensures consistent results.
Flexible Configuration: Adjust paths, commands, and timeouts dynamically via JSON—perfect for team environments.
Future-Proof Design: Extend functionality by adding new server profiles without disrupting existing workflows.

Use Cases of CTF-MCP-Server: Rock-Solid & Modular Challenges?

Competitors might deploy the Puzzle_server to rapidly test exploit payloads during live events. Meanwhile, organizers can use the feces_making_machine_server to generate obfuscated challenges with custom logic. For instance:

Automate渗透 testing scenarios during CTF preparation.
Create dynamic scoring systems that adapt to solver behavior.
Share pre-configured server setups across distributed teams.

CTF-MCP-Server FAQ

FAQ from CTF-MCP-Server: Rock-Solid & Modular Challenges?

Q: Is Python 3.8+ required? Yes—modern syntax features are leveraged for thread safety and error handling.
Q: Can I shorten the timeout? Absolutely. Modify the "timeout" value (in seconds) in your configuration file.
Q: How do I debug server errors? Check logs in the script’s execution directory and verify JSON syntax with tools like JSONLint.
Q: Does this work on Linux? Yes—adjust paths to Unix-style directory structures and ensure Python is in your $PATH.

Content

CTF-MCP-Server

尝试用AI进行CTF解题

两种服务器

ctftools_Puzzle_server ：主要用于解题
ctftools_feces_making_machine_server ：主要用于出题

使用方法

使用Cline 或者二开相关插件，导入mcp配置文件

{
  "mcpServers": {
    "ctftools_Puzzle_server": {
      "command": "python",
      "args": [
        "D:\\AI\\ctf-mcp-server\\ctftools_Puzzle_server.py"
      ],
      "timeout": 1800
    },
    "ctftools_feces_making_machine_server": {
      "command": "python",
      "args": [
        "D:\\AI\\ctf-mcp-server\\ctftools_feces_making_machine_server.py"
      ],
      "timeout": 1800
    }
  }
}