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This guide is intended for readers that are familiar with using Kubernetes and understand the purpose of an operator. Additional deployment methods are available in the Deploy SingleStoreDB guide.

In this tutorial, you will deploy a cluster in a Kubernetes environment using a Kubernetes operator. This operator allows you to easily resize clusters, replace failing nodes, and upgrade to newer versions of SingleStoreDB seamlessly. And like other Kubernetes operators, you can use it to deploy clusters easily in many different environments and platforms using Red Hat OpenShift.

The SingleStoreDB (formerly MemSQL) Operator (or simply, "the Operator") is also certified to run on the various Red Hat OpenShift platforms, so it will work natively with the OpenShift UI portal and other OpenShift management tools. It can also be downloaded directly from Docker Hub when referenced in the Operator deployment file. The official Docker Hub page for SingleStore is hub.docker.com/u/singlestore.

A four-node cluster is the minimal recommended cluster size for showcasing SingleStoreDB as a distributed, highly-available database; however, you can use the procedures in this tutorial to scale out to additional nodes for increased performance over large data sets or to handle higher concurrency loads. Refer to Design Principles to learn more about SingleStoreDB’s distributed architecture, design principles, and topology concepts.

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Last modified: November 21, 2022

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