mid-2014: Google introduced Kubernetes as an open source version of Borg.

Following Borg, Google introduced the Omega cluster management system, a flexible, scalable scheduler for large compute clusters.

Borg was a large-scale internal cluster management system, which ran hundreds of thousands of jobs, from many thousands of different applications, across many clusters, each with up to tens of thousands of machines. It started off as a small-scale project, with about 3-4 people initially in collaboration with a new version of Google’s new search engine.

Google introduced the Borg System around 2003-2004.

The History of Kubernetes 2003-2004: Birth of the Borg System What is Kubernetes & How to Get Started With ItĮnjoy the timeline below! For more in-depth explanation & links scroll down a little bit. If you’d like to learn more about Kubernetes, check out our previous post: Kubernetes is originally developed by Google, it is open-sourced since its launch and managed by a large community of contributors. Kubernetes can speed up the development process by making easy, automated deployments, updates (rolling-update) and by managing our apps and services with almost zero downtime. To tell the story of how Kubernetes evolved from an internal container orchestration solution at Google to the tool that we know today, we dug into the history of it, collected the significant milestones & visualized them on an interactive timeline.

Even though there are several competing technologies by now, most of the bigger cloud providers offer managed Kubernetes clusters, making it even easier to adopt it as the foundation of distributed infrastructures.

Over time, it's more and more difficult to maintain and update it without breaking anything, so the development cycle may. Let's begin the explanation with the opposite: if you develop a single, self-contained application and keep improving it as a whole, it's usually called a monolith. Kubernetes is a container orchestration / portable cloud platform that is becoming the de-facto standard for running microservices Microservices are not a tool, rather a way of thinking when building software applications. It's a platform that helps managing containerized workloads and services, and even takes care of scaling. When a client asks us to create a highly available distributed system, we usually recommend/use Kubernetes Kubernetes (often abbreviated as K8s) offers a framework to run distributed systems efficiently.

What is kubernetes kubelet