Discover 80 MCPs built for Kubernetes.
Executes Kubernetes commands and interprets their output via a given kubeconfig path.
Provides a comprehensive suite of Python functions and an MCP server for interacting with Kubernetes clusters, primarily for building intelligent agents.
Provides a Model Context Protocol (MCP) server with remote debugging and profiling tools for Go applications.
Connects Generative AI systems to multiple Kubernetes clusters for streamlined management and observability.
Manage Kubernetes clusters and automate operations using AI-powered natural language interfaces.
Enables AI tools to interact with Kubernetes clusters using natural language, facilitating advanced automation and interaction.
Provides progressive disclosure access to the Kubernetes API, enabling AI agents to interact with clusters efficiently and securely.
Integrates a Kubernetes MCP server with an AI-powered UI plugin, deployable via Docker Compose.
Provides an interactive interface for managing Kubernetes resources, retrieving logs, and formatting logs for export.
Enables Codename Goose AI agent to interact with a Minikube cluster via a Model Context Protocol (MCP) server.
Transforms any Kubernetes CRD into type-safe KCL schemas and developer-friendly blueprints.
Automates initial triage and provides debugging guidance for observability alerts from systems like Grafana.
Manages Kubernetes deployments, pods, and services through a Model Control Protocol (MCP) server.
Provides remote management of Kubernetes clusters via the Model Context Protocol (MCP), enabling natural language control for AI platforms and applications.
Explores Kubernetes metrics, logs, traces, and service graph data through a unified interface.
Provides read-only, structured access to Velero backup and schedule resources within Kubernetes clusters for AI agents via the Model Context Protocol.
Manages Kubernetes clusters by exposing kubectl, Helm, and Kustomize capabilities via the Model Context Protocol.
Provides a natural language interface for Kubernetes troubleshooting and analysis powered by AI.
Converts natural language requests into valid kubectl commands for Kubernetes.
Enables AI assistants to safely interact with Kubernetes clusters by executing kubectl commands with robust validation and security.
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