Kubernetes 101: Cluster Architecture. Kubernetes Architecture. A Kubernetes cluster consists of a set of worker machines. We call these machines nodes. Every cluster has at least one worker node, where we host Pods that encapsulate the components of an application workload.
In a previous article, we defined Kubernetes as a container orchestration engine, which helps make sure that each container is where it’s supposed to be and that containers can talk to each other.
The logical next step is to see a high-level conceptual view of what components make up the system and how they are interconnected. This story presents a holistic picture of each component and the conceptual architecture of a Kubernetes cluster.
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Our original Kubernetes tool list was so popular that we've curated another great list of tools to help you improve your functionality with the platform.
At some point we've all said the words, "But it works on my machine." It usually happens during testing or when you're trying to get a new project set up. Sometimes it happens when you pull down changes from an updated branch.
What is Kubernetes
A few years ago, digital transformation led to enterprises moving away from traditional monolithic architectures to microservices. When Netflix adopted microservices in 2009 for enhanced availability, scale, and speed, and openly documented its...
This Edureka video on "Kubernetes For Container Orchestration" will help you understand the need for Kubernetes and how does it work.