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Discover Kubernetes services and start kubectl port-forward sessions.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Kubernetes Port Forward MCP" yet — see the docs or source repo.
List Kubernetes services in the current environment that can be used for port forwarding, grouped by namespace.
A list of services with their namespaces, making it easier to choose a port-forward target.
Start a kubectl port-forward session for api-service in the dev namespace, forwarding local port 8080 to service port 80.
An active port-forward session with status or connection details.
Start port forwarding for the web service in the staging namespace and show runtime logs in a separate log window.
A port-forward session with related logs shown in a separate window for monitoring.
When developers need local access to services inside a Kubernetes cluster, they can discover the target service and quickly start a kubectl port-forward session.
During troubleshooting, DevOps engineers can use it to find services and temporarily create port forwarding without exposing an external endpoint first.
When users want to observe runtime output while port forwarding, they can use separate log windows to help troubleshoot connection or service issues.
It is an MCP server for discovering Kubernetes services and running kubectl port-forward sessions. It can also optionally show related logs in separate windows.
Based on the description, it runs kubectl port-forward, so it is likely related to kubectl and a Kubernetes environment. For exact installation steps and prerequisites, see the source repository.
Besides executing port forwarding, it also emphasizes service discovery and optional separate log windows. In other words, it combines finding services and managing forwarding sessions in one MCP tool.
Manage Kubernetes resources with natural language for deployment and troubleshooting.
Manage Kubernetes clusters, resources, backups, and diagnostics using natural language.
Inspect Kubernetes clusters via MCP by listing pods, namespaces, nodes, and events.
Connect to Kubernetes and OpenShift clusters for management and automation tasks.
Generate Kubernetes manifests and run common cluster operations from one tool.
Query multiple Kubernetes clusters at once using natural language.