🧠 Second Brain
Kubernetes - DevOps Engine
It’s a platform that allows you to run and orchestrate container workloads. Kubernetes has become the de-facto standard** for your cloud-native apps to (auto-) scale-out and deploys your open-source zoo fast, cloud-provider-independent. No lock-in here. You could use open-shift or OKD. With the latest version, they added the OperatorHub which you can install as of today 182 items with just a few clicks. Also, check out Stackable Kubernetes Cluster (Lego Blocks) which were created to mitigate exactly that.
Some more reasons for Kubernetes are the move from infrastructure as code towards infrastructure as data, specifically as YAML. All the resources in Kubernetes that include Pods, Configurations, Deployments, Volumes, etc., can simply be expressed in a YAML file. Developers quickly write applications that run across multiple operating environments. Costs can be reduced by scaling down (even to zero with, e.g. [Knative]) and also by using plain python or other programming languages instead of paying for a service on Azure, AWS, or Google Cloud. Its management makes it easy through its modularity and abstraction, also with the use of Containers (Docker or [Rocket]), you can monitor all your applications in one place.
To get hands-on with Kubernetes you can install Docker Desktop with Kubernetes included. All of my examples are built on top of it and run on any cloud as well as locally. For a more sophisticated set-up in terms of Apache Spark, I suggest reading the blog post from Data Mechanics about Setting up, Managing & Monitoring Spark on Kubernetes. If you are more of a video guy, An introduction to Apache Spark on Kubernetes contains the same content but adds still even on top of it.
As said above, if setting up Kubernetes is too hard, there are Stackable Kubernetes Cluster (Lego Blocks), where you can choose existing open-source tools to pick from.
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