There is a highly mature community actively participating to bring in more features and enhance the existing orchestration solution. High adoption makes it easy for companies to leverage these services from cloud service providers to deploy their applications in the hybrid approach – where they have on-prem, on data centre, on cloud. They have the set of services required for delivering and maintaining the micro services application stack even on cloud. Luckily, Kubernetes is highly adopted across cloud service providers.
This can be on-prem, hybrid or on multiple cloud technologies. Organisations want the flexibility to build and deploy real-time production instances. One area where Kubernetes shines is that it is not restricted to a certain set of environments. Certain features were not available and it was not scalable. However, there were some limitations with Docker Swarm where Kubernetes shone. Prior to Kubernetes, Docker came out with their own orchestration tool – Docker Swarm. Moreover, Google has adopted this for many services as a back-end orchestration engine to maintain their containers.
It is not restricted only to enterprises but also leveraged by SMEs. Kubernetes has gained popularity as it is open-source. Itcan also downgrade containers, keeping them on hold until a requirement arises. It does this by automatically scaling up and deploying another container which is a replicated version of that particular container. It allows web hosting of applications at scale, by automating deployment and management of containerized applications.īy identifying request patterns, it’ll direct you to an alternative path in case of heavy traffic, just like in Google Maps. Kubernetes is a container orchestration platform developed by Google, which is now open source. In microservices architecture, typically, an orchestration solution like Kubernetes is deployed to monitor the health of the pods or containers. When talking about microservices and containers, any conversation is incomplete without Kubernetes. DevOps and automation are a great way to do this. Since Kubernetes is a container management tool, it is important for teams to secure their application at the start and end of every activity – in the pre-production and deployment stages.