Building a Kubernetes-Based Solution in a Hybrid Environment by Using KubeMQ

Building a Kubernetes-Based Solution in a Hybrid Environment by Using KubeMQ

In this post, let me guild you on how to build a Kubernetes-Based Solution in a Hybrid Environment by Using KubeMQ. A messaging platform that was purposefully built utilizing Kubernetes is a crucial component to successful deployments in hybrid and edge environments.

As Kubernetes has become the de-facto standard for deploying, managing, and scaling container-based workloads, it has introduced features to allow clusters to exist across multiple clouds, span clouds, and on-premises environments, and even connect clouds and edge computing deployments. Working across clouds and edges has been done via the Kubernetes native confederation project or third-party control planes that allow managing discrete clusters from one dashboard.

However, Kubernetes is a platform for deploying applications and isn’t inherently aware of location, topologies, or architectural distribution. While it can provide scalability and connect clouds to the edge, it falls to the application that is built and deployed on Kubernetes to work within that environment. 

Requiring a developer to be aware of that level of detail pushes overhead and complexity too far into the development lifecycle. This is where a Messaging Platform abstraction layer comes into play.

Let’s look at one solution to this problem, KubeMQ.

kubernetes

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