Single node Kubernetes servers delivered with Kubernetes pre-installed and resources dedicated exclusively to you. Skip the cluster setup: get your kubeconfig and deploy your applications with kubectl and Helm in minutes. Runs on NVMe infrastructure located in Türkiye and Germany.
Single node Kubernetes server packages with Kubernetes pre-installed, running at NVMe speed.
Focus on your application instead of spending time on cluster setup.
kubectl get nodes
helm install my-app ./chart
A ready-to-use Kubernetes environment for development, testing and small-to-medium production workloads.
Your server is delivered with an up-to-date, CNCF-conformant Kubernetes installation. Download your kubeconfig and start managing it right away with kubectl from your own machine.
Thanks to the standard Kubernetes API, Helm charts, Kustomize and GitOps tools such as ArgoCD and Flux work seamlessly with your CI/CD pipelines.
Enterprise NVMe SSDs deliver high IOPS and low latency for databases and stateful applications running on PersistentVolumes.
On our KVM-based infrastructure, your CPU, RAM and disk resources are reserved for you alone. Your pods run with consistent performance, free from noisy neighbours.
Place your Kubernetes server in the data center closest to your audience and serve your users with minimal latency.
Multi-layer DDoS protection and free weekly server backups keep your cluster safe. With root access you can define additional firewall and network policy rules.
Everything you need to know about single node Kubernetes server hosting.
Single node Kubernetes is a Kubernetes installation where the control plane and worker roles run together on a single server. It provides the full Kubernetes API, so you can use all standard resources such as Deployments, Services, Ingress, ConfigMaps, Secrets and PersistentVolumes. It is a cost-effective solution for development, testing, staging and small-to-medium production workloads.
Once your payment is confirmed, your server is provisioned with Kubernetes installed. You receive your SSH root credentials and a kubeconfig file with cluster-admin rights, so you can connect right away from your own machine using kubectl, Helm or tools like Lens.
Yes. You have full root access on the server and cluster-admin rights on the cluster. You can install any Ingress controller, cert-manager, monitoring stack (Prometheus/Grafana) or GitOps tooling yourself.
Because a single node setup runs on one server, it does not provide hardware-level high availability (HA). For critical workloads that cannot tolerate downtime, we recommend a multi-node cluster; our Kubernetes Consulting team can design a custom architecture for that need.
Yes. When your resource needs grow you can move to a higher package. When you need more than one node, we support you in migrating your existing workloads to a multi-node cluster.
All packages include free weekly server backups stored on separate backup servers. For application-level backups (namespaces, PersistentVolumes) you can install tools like Velero on your cluster.
In terms of hardware, it has the same resources as our VPS packages. The difference is that Kubernetes Server is delivered with Kubernetes installed and configured, so you can start deploying your applications right away without dealing with cluster setup, container runtime or network plugin configuration.
Our Kubernetes servers are provisioned automatically and are ready to use shortly after payment confirmation. When your server is ready, your connection details and kubeconfig file are sent to you by email.
A Kubernetes Server is a server delivered with Kubernetes pre-installed for running container-based applications. Kubernetes automatically manages the deployment, scaling and restarting of your containers as well as network traffic between services. With VECDC Kubernetes Server you can focus directly on building your application instead of spending time on cluster setup and maintenance.
Our servers run on KVM-based virtualization, enterprise Xeon Gold processors, ECC memory and NVMe SSD storage, giving your pods and databases consistent, high-performance resources.
Single node Kubernetes is ideal for teams moving to a microservices architecture, test and staging environments for CI/CD pipelines, first production releases of SaaS products, internal tools, API services, and developers who want to learn Kubernetes or prepare for certification. By using the same manifests and Helm charts as your production environment, you get a consistent development workflow.
RAM and disk speed are critical for Kubernetes workloads. Since control plane components also run on the same server, we recommend leaving at least 2-4 GB of RAM headroom on top of what your applications need. NVMe disks for stateful applications such as databases, high network capacity for heavy traffic, and dedicated resources should be among your selection criteria.