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Crystalmaker getting started
Crystalmaker getting started




crystalmaker getting started

Kube-system svclb-traefik-cfa7b330-fkmms 2/2 Running 10 (8h ago) 4d2h Kube-system helm-install-traefik-vvfh2 0/1 Completed 2 4d2h Kube-system helm-install-traefik-crd-6v28l 0/1 Completed 0 4d2h Let's now have a look at which containers (pods) get created: $ kubectl get pods -all-namespaces Notably, we can see that the control plane will run together with the master node. Ready control-plane,master 4d3h v1.25.6+k3s1 We can check that our cluster is running: $ kubectl get nodes $ sudo k3s kubectl config view -raw | tee ~/.kube/config It has a built-in SQLite database to store all the server information. It still has CoreDNS and Ingress Controller as part of the core Networking. K3s architecture consists of a master server and agents (or worker nodes) running in a cluster. K3s should be able to run in a Linux OS with at least 512M of RAM (although 1GB is recommended) and one CPU.Īlthough K3s is a lighter version of Kubernetes, it doesn't change how Kubernetes works at its core. However, we can still integrate with a cloud provider such as AWS or GCP using add-ons. It contains fewer parts that aren't necessary for installing and running Kubernetes.

crystalmaker getting started

This has been done by removing extra drivers, optional volume plugins, and third-party cloud integrations. K3s packages the standard Kubernetes components in a single binary of less than 100 MB.

crystalmaker getting started

  • Able to run as a single as well as a high-availability server.
  • Low hardware requirements and memory footprint.
  • Packaged as a single binary with minimized external dependencies.
  • Here's what makes K3s a lightweight distribution:






    Crystalmaker getting started