How KubeMQ Customers Build Scalable Messaging Platforms With Kubernetes Operators

How KubeMQ Customers Build Scalable Messaging Platforms With Kubernetes Operators

Let’s take a look at Operators in detail, how they work within Kubernetes, and how the KubeMQ messaging platform uses Operators to help you build complex and scalable messaging services with minimal coding and overhead.

Over the last several years, the adoption of Kubernetes has increased tremendously. In fact, according to a Cloud Native Computing Foundation (CNCF) survey, 78% of respondents in late 2019 were using Kubernetes in production. Leveraging Kubernetes allows organizations to create a management layer to commodify clouds themselves and build cross- or hybrid-cloud deployments that hide the provider-specific implementation details from the rest of the team.

One crucial part of the Kubernetes ecosphere is Operators — a tool initially introduced by CoreOS in 2016 to utilize the Kubernetes APIs themselves to deploy and manage the state of applications. Operators are a critical part of the deployment and operation of applications in a cross/hybrid environment. They can help manage and maintain state across a federated Kubernetes deployment (multiple Kubernetes clusters running together) or even across clusters.

But what exactly are Operators, and how do they help manage these stateful applications? Let’s take a look at Operators in detail, how they work within Kubernetes, and how the KubeMQ messaging platform uses Operators to help you build complex and scalable messaging services with minimal coding and overhead.

kubernetes

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