Some of the container management and orchestration tools like Apache Mesos with Marathon, Docker Swarm, and AWS EC2 Container Service offer great features but weighs less than Kubernetes. Docker Swarm is bundled tightly with Docker runtime; hence it is easy to shift from Docker to Swarm and vice-versa. Mesos with Marathon is able to deploy any type of application and is just not limited to containers. AWS ECS can be simply reachable by current AWS users.
As and when this framework got ripened, they began to duplicate with other tools in terms of functionalities and features. But, Kubernetes is the one that is single from all and will endure popular due to its architecture, innovation and a big open source community.
Kubernetes paves the way for DevOps by enabling the team to keep pace with the requirements for software development. Without Kubernetes, application development teams have to script down their own software deployment, scale it manually, and update workflows. In a large enterprise, a huge team handles this task alone.
Kubernetes is useful to influence maximum utility from containers and allow to develop cloud apps regardless of the cloud-particular requirements. Industries are selecting Kubernetes because it can be deployed in the company’s pre-existing data center on-premise in one of the public cloud environment and can even run as a service.
Because of Kubernetes summaries the primary infrastructure layer, developers can concentrate on developing software and then deploy them to any those environments. This upsurges the organization’s acceptance for Kubernetes as it can run on-premise while ongoing to build any cloud process.
The Real-World Use Cases of Kubernetes
The online multiplayer game is one of the popular games showing the power of Kubernetes. Before its release, this game was expected to be reasonably the most-talked-about game. But after its proclamation, it received fifty times more than assumed traffic. By the use of Kubernetes, Pokémon Go was able to scale high to maintain pace with the unexpected requirements.
Pearson is a global education company serving 75 million learners, with a goal to reach 200 million by 2025. But as and when they climb the ladders, they faced difficulties in scaling and adapting the online audience. They were in the need of methods that helped to scale and acclimate the online audience and deliver the product quicker.
Hence, they implemented Kubernetes container orchestration because of its tractability. After implementing this platform, there were substantial improvements in the productivity and speed of delivery. Things which acquired nine months to provision physical properties in a data center were decreased to just a few minutes to provision.
Pinterest is a very popular social networking platform grown into 1000 microservices and had a varied set of tools and platforms. The organization wanted to implement the fastest path of production without creating developers worry about the environment. The team considered for a container orchestration method like Kubernetes to shorten overall deployment and management of difficult infrastructure. After implementing Kubernetes, the organization reduced builds times and competence was at its peak.
Read: Advantages of Kubernetes
Looking to Use Kubernetes? Will Your Existing Architecture Need a Change?
Startup procedure might take time: When you create a new deployment, you need to wait for your app to start before it is available to the end users. This can be a hurdle if the development process calls for developing new instances. Selecting Kubernetes, you have to make some changes in the codebase to make the startup methods more efficient so that the end-user doesn’t have a bad user experience.
Migrating to a stateless application requires much effort: Kubernetes has the capability to scale pods down and up during implementation. But, if your application is not clustered or stateless, this functionality is of no use as extra pods will not get configured and can’t be utilized. The method of using stateless in Kubernetes is not worth it as you will have to revise the configurations within your applications.
In a very short time, Kubernetes has grown-up and developed into an economic powerhouse. As it offers varied benefits, many companies of all sizes look to develop products and services to meet an ever-increasing need. Kubernetes has the capability to work on both private and public cloud and has made it one of the preferred tools for the businesses that effort with hybrid clouds.
If this remains, we can even see more organizations investing in Kubernetes and container management system.