MCP Linux Common Utility Server logo

MCP Linux Common Utility Server

by guolisen

The MCP Linux Common Utility Server is a Python-based server providing access to various Linux system operations and information through the Model Context Protocol. It offers a range of tools for managing and monitoring system resources.

View on GitHub

Last updated: N/A

What is MCP Linux Common Utility Server?

The MCP Linux Common Utility Server is a Python server that allows users to interact with and retrieve information about a Linux system using the Model Context Protocol. It provides tools for CPU, memory, process, storage, filesystem, hardware, and network operations.

How to use MCP Linux Common Utility Server?

The server is configured via a YAML file and started using the command-line interface. It supports stdio and SSE transport types. After starting the server, users can interact with it using the Model Context Protocol to access system resources and tools.

Key features of MCP Linux Common Utility Server

  • CPU Operations

  • Memory Operations

  • Process/Thread Operations

  • Storage Operations

  • Filesystem Operations

  • Hardware Operations

  • Network Operations

  • Monitoring Operations

Use cases of MCP Linux Common Utility Server

  • System monitoring and health checks

  • Remote system administration

  • Automated system analysis

  • Data collection for performance analysis

FAQ from MCP Linux Common Utility Server

What is the Model Context Protocol (MCP)?

MCP is a protocol used for communication between systems, in this case, to access Linux system information and operations.

What operating systems are supported?

The server is designed for Linux operating systems.

How do I configure the server?

The server is configured using a YAML configuration file, which allows you to customize various settings such as transport type, port, allowed paths, and more.

What transport types are supported?

The server supports stdio (standard input/output) and SSE (Server-Sent Events) transport types.

What security considerations should I keep in mind?

It's crucial to configure allowed paths for filesystem operations, allowed domains for network operations, restrict the ability to kill processes, and run the server with appropriate permissions to prevent misuse.