Because it doesn’t limit the types of apps you can deploy (any language works), Kubernetes extends how we scale containerized applications so that we can enjoy all the benefits of a truly immutable infrastructure. Containerization is not a new concept, but it has gained immense popularity with the rise of microservices and Docker.Īrmed with those concepts, we can now define Kubernetes as a container or microservice platform that orchestrates computing, networking, and storage infrastructure workloads. This way, your application will behave the same every time no matter where it runs (e.g, Ubuntu, Windows, etc.). This shipment is a lightweight, standalone executable. Containers offer a way to package code, runtime, system tools, system libraries, and configs altogether.This way we can simply replace the old server with the new one without any additional modification. Instead, you’ll build a new server from a base image, that have all your needed changes baked in. If something needs to be changed, you never do so directly on the server. Immutable infrastructure is a practice where servers, once deployed, are never modified.To begin to understand the usefulness of Kubernetes, we have to first understand two concepts: immutable infrastructure and containers. Use the right-hand menu to navigate.) What is Kubernetes? (This article is part of our Kubernetes Guide. This article assumes you are new to Kubernetes and want to get a solid understanding of its concepts and building blocks. In this post, we’re going to explain Kubernetes, also known as K8s.

Automated Mainframe Intelligence (BMC AMI).

Control-M Application Workflow Orchestration.

Accelerate With a Self-Managing Mainframe.

Apply Artificial Intelligence to IT (AIOps).

Kubernetes k8