MCP K8S Go

📋 Overview:

This webpage provides information about the MCP K8S Go project, which is a Golang-based MCP (Model Context Protocol) server designed to connect to Kubernetes clusters. It details the project's features, how to browse it with an inspector tool, and how to use it with Claude, an AI assistant. The page also provides installation instructions and contribution guidelines.

⭐ Key Points:
* The project is an MCP server written in Golang that interfaces with Kubernetes.
* It offers tools to list and retrieve information about Kubernetes contexts, namespaces, nodes, resources, and pod logs.
* It can be integrated with Claude for contextual understanding and interaction with Kubernetes resources.
* Multiple installation methods are detailed, including Smithery, mcp-get, pre-built NPM packages, GitHub releases, and building from source.

* The project is open for contributions, with guidelines available in CONTRIBUTION.md.

🔍 Main Findings:
* The primary function of the project is to provide an interface between MCP and Kubernetes, allowing for querying and managing Kubernetes resources through MCP.
* The project leverages several tools and prompts to interact with Kubernetes, facilitating tasks like listing namespaces, pods, and accessing logs.
* Integration with Claude enables AI-driven interactions with Kubernetes resources.
* The project uses a MIT license

* The project has been actively developed with 168 commits.

📊 Details:
* Features: Listing K8S contexts, namespaces, nodes, resources and pod logs, and prompt-based interactions for listing namespaces and pods.
* Installation Methods: Smithery, mcp-get, pre-built NPM, GitHub releases, building from source
* Environment Variables: Uses the KUBECONFIG environment variable to specify the Kubernetes configuration file path.
* Languages Used: Primarily Go, with some Shell, JavaScript, and Dockerfile.

* Community Engagement: Has 78 stars and 10 forks, indicating community interest.

🎯 Conclusion:
The MCP K8S Go project serves as a bridge between MCP and Kubernetes, offering tools and integrations that facilitate the management and querying of Kubernetes resources. The integration with Claude provides a unique AI-driven interaction layer, enhancing the user experience. The comprehensive documentation and multiple installation options make it accessible to a wide range of users and contributors.