Source: mlaccetti.medium.com
How KubeMQ Customers Build Scalable Messaging Platforms With Kubernetes OpeCategory: Business, Kubernetes, Infrastructure, automation
In fact, according to a Cloud Native Computing Foundation (CNCF) survey, 78% of respondents in late 2019 were using Kubernetes in production.
One crucial part of the Kubernetes e cosphere is Operators — a tool initially introduced by CoreOS in 2016 to utilize the Kubernetes APIs themselves to deploy and manage the state of 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.
KubeMQ allows services in these environments to communicate with each other in any messaging pattern — pub/sub, streams, queues, and so on.
Comparing the desired state in the CR against the existing state in Kubernetes allows the Operator to ensure that failures are caught and addressed, capacity is added as required, and the various bridges, sources, and targets are configured.
One crucial part of the Kubernetes e cosphere is Operators — a tool initially introduced by CoreOS in 2016 to utilize the Kubernetes APIs themselves to deploy and manage the state of 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.
KubeMQ allows services in these environments to communicate with each other in any messaging pattern — pub/sub, streams, queues, and so on.
Comparing the desired state in the CR against the existing state in Kubernetes allows the Operator to ensure that failures are caught and addressed, capacity is added as required, and the various bridges, sources, and targets are configured.
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