Kubectl with Twingate
No ports open, no public endpoints, no weak links. Yet kubectl connected in seconds through Twingate.
Kubectl with Twingate is a direct path to managing Kubernetes clusters over a secure, zero-trust network. Instead of exposing your API server to the internet, Twingate creates an encrypted channel from your local machine to the cluster, without a VPN that covers your whole network. Only the resources you authorize are reachable.
With Twingate, you define access policies at the resource level. You can allow kubectl to talk to the Kubernetes API endpoint in a private subnet while keeping every other address hidden. Access is granted only for authenticated users, with identity providers like Okta, Google Workspace, or Azure AD as gatekeepers.
The setup is fast:
- Install the Twingate client.
- Configure your remote Kubernetes API server as a Twingate resource.
- Map DNS or IP so
kubectlresolves directly through Twingate. - Run
kubectl get pods— it works as if you were on the internal network.
There is no need to open ports, run a jump host, or trust a monolithic VPN. Twingate routes traffic per resource, per user, per session. Logging and auditing are built in. Scalability is immediate.
Security is stronger because the cluster stays invisible to the outside world. Only authenticated, authorized requests pass through the Twingate connector. Attack surface is reduced to zero.
Performance is reliable. Twingate uses split tunneling to route only the traffic bound for your cluster, leaving the rest of your network untouched. Latency stays low.
Pairing kubectl with Twingate is not just secure — it’s operationally efficient. Access control rules are easy to update, users can be onboarded quickly, and compliance teams can verify settings in real time.
If you need to manage a Kubernetes cluster securely without sacrificing speed, this is the way. Configure Twingate, connect with kubectl, and own your operations end-to-end.
See how it works with live, secure cluster access in minutes at hoop.dev.