Enterprise-Grade Kubernetes Cluster
Dedicated Kubernetes Cluster with Auto-Scaling and Cost-Efficient Pay-Per-Use Pricing
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Why Choose ByteNAP Cloud for Hosting Kubernetes?
Easily containerize existing applications and run hyper-scalable microservices that are resilient to failures. Provision purpose-driven disposable clusters, ensuring full ownership and preventing resource conflicts between development teams. Achieve extra savings through more efficient resource utilization with elastic containers. Implement CI/CD automation to accelerate development and shorten release cycles.
Kubernetes Components Pre-Installed and Ready to Use
The ByteNAP Cloud Kubernetes environment includes key components like Weave for overlay networks, Traefik for HTTP/HTTPS routing, and HELM for easy installation. CoreDNS manages internal names, dynamic provisioning handles persistent volumes, and Heapster gathers stats. ByteNAP Cloud SSL secures your ingress network, all managed through a user-friendly Kubernetes Dashboard.
Cost-Efficient Pay-Per-Use Kubernetes
Advantages of Hosting Kubernetes with ByteNAP Cloud
Unlock the full potential of Kubernetes with ByteNAP Cloud, offering scalability, efficiency, and seamless management for your applications.
Easy Start
Pre-configured Kubernetes components and automated installation in just a few clicks—no manual intervention needed.
Hyper Scalability
The cluster is built for automatic vertical and horizontal scaling, with seamless auto-discovery of new worker nodes.
Multi-Cloud Availability
Achieve high availability and low latency by distributing workloads across data centers and availability zones in multiple clouds.
Simplified Management
The out-of-the-box Kubernetes dashboard is enhanced with an intuitive UI, built-in Web SSH, and CLI for streamlined orchestration.
Flexible Automation
Integrated DevOps automation is customizable and extendable with open API and Cloud Scripting, offering flexibility within the package.
Cost Efficiency
Pay only for the resources you use, taking advantage of container density, scalability, and a cost-efficient pay-per-usage pricing model.
Frequently Asked Questions
How can I deploy Kubernetes Cluster
Ensure you have at least two Linux-based computers (physical or virtual) running Ubuntu, CentOS, or another supported distribution, all connected to the network. Root or sudo access must be available on all devices. Additionally, ensure that swap is disabled on all devices to meet Kubernetes performance and stability requirements.
Deploy example of JakartaEE (CargoTracker) application
Ensure the Java Development Kit (JDK) is installed (Java 8 or higher). Your JakartaEE application server (e.g., WildFly, Payara) should be running and fully functional. Additionally, have a properly configured database server (e.g., PostgreSQL, MySQL) with access credentials ready.
Configure CI/CD application delivery to K8s
Configuring CI/CD for application delivery to Kubernetes involves automating the processes of building, testing, and deploying applications to a Kubernetes cluster. This is accomplished through a CI/CD pipeline that integrates version control, containerization, and the creation of Kubernetes manifests.
Bind custom domain to K8s application
The CoreDNS server is configured using the Corefile, which serves as the CoreDNS configuration file. As a Cluster Administrator, you can modify the Corefile’s ConfigMap to adjust how DNS service discovery functions within the cluster.
How to deploy Grafana Modeule
- Create a file named grafana-datasource-config.yaml vi grafana-datasource-config.yaml.
- Make the config map by using the command below.
- Create a file named deployment.yaml vi deployment. yaml.
- Create the deployment kubectl creation with the option of deployment. yaml.