Control Plane components include the following: The Control Plane is made up of components that enable it to carry out its controls within the cluster. It controls the activities within the cluster. There are two major types of Kubernetes cluster servers which are:Ĭontrol Plane: This is the server that serves as the brain of the Kubernetes cluster. Kubernetes Cluster: It is a combination of servers which interact together to implement container orchestration. It shows a cluster with a single node and a control plane. This diagram is a representation of a Kubernetes cluster and its components. In the later part of this article, I will describe the Kubernetes cluster and its components. We pass commands to the Kubernetes cluster using Kubectl.
Kubectl: This is the command line tool for managing Kubernetes and it is through it that a user communicates with the Kubernetes cluster. Table of ContentsĤ Step by step guide on Setting up Machine Learning Application on Azure Kubernetes Service Kubernetes Installation Note: In this tutorial, we are going to talk about docker container orchestration with Kubernetes. It is the automation of the deployment, scaling, management and monitoring of multiple instances of containerized applications. Kubernetes does these via Container Orchestration. Kubernetes is a tool for automating the deployment of multiple instances of an application, scaling, updating and monitoring the health of deployments.
WHAT IS KUBERNETES DEPLOYMENT SOFTWARE
Kubernetes is a powerful DevOps tool for achieving scalable software applications deployments.
The creation of scalable DevOps pipelines for production deployments requires enabling multiple daily deployments, hyper-scaling and monitoring of software applications.