<ul><li>Kubernetes operates using a layered architecture with components like Kubernetes Cluster, Master Node, and Worker Nodes collaborating to automate deployment and management of containerized applications.</li><li>The Kubernetes Cluster consists of Master Nodes governing operations and Worker Nodes executing workloads, ensuring high availability and scalability.</li><li>The Master Node acts as the control plane, scheduling tasks, maintaining the desired state, and responding to changes, with components like API Server, Controller Manager, Scheduler, and etcd.</li><li>Worker Nodes execute workloads by running Pods, which contain containers, with components like Kubelet, Container Runtime, Kube Proxy, and Pods ensuring efficient resource utilization and fault tolerance.</li><li>Understanding Kubernetes architecture is essential for deploying scalable applications, as it separates concerns between the Master Node and Worker Nodes, streamlining operations and ensuring efficient running of containerized applications.</li></ul>

Kubernetes Architecture: Breaking It Down

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