In the past few years, Kubernetes has gained popularity as more organizations continue to leverage containers for technical applications, cloud-native applications, and microservices. The rise of Kubernetes has, in turn, helped DevOps to gain more traction.
One might ask, how are these two related, and yet they seem different? Well, one is a methodology, and the other is a tool. However, when used together, they help companies get results fast. Kubernetes is an open-source platform developed by Google, which helps to ease the challenges experienced in the DevOps processes. Developing Kubernetes aimed to help with deployment, automation, and agile methodologies for application deployment and integration.
Developers can easily move from development to production—thanks to Kubernetes. Developing an application in one platform and then releasing it quickly through channels to another platform displayed some level of portability—this was a bit difficult and tedious without such an orchestration platform. So, we can say that Kubernetes has helped to accelerate DevOps and the deployment of applications. In this post, we shall explain the top 5 reasons why Kubernetes is so popular for DevOps.
Helps to simplify DevOps and performance
Today, it’s tough for applications to be deployed without any proper DevOps solution. Kubernetes makes the deployment process easier to manage since it automates most of the processes. Some developers say that this brings the DevOps process to a NoOps solution.
Besides, Kubernetes helps reduce the friction between development and operation teams and clarifies the responsibilities of each team. Here are few other ways that Kubernetes helps to simplify DevOps:
- Clever updates – once you change a container, the older one is substituted cleverly. The pod will remain active until it finishes serving all the pending requests.
- Horizontal autoscaling – Kubernetes can also scale automatically by simply adding physical resources.
- No development qualifications – developers can deploy containerizable software programs with a simple click—they don’t need to learn new methods.
It’s the next big thing when it comes to managing virtual infrastructure.
Almost every virtualization admin has one concern—what will the next two or three years of their career look like, and what technologies they should focus on. Well, there’s one simple answer to this—most of the innovation will take place in containers. The admins will see the most opportunities to be part of the team, helping organizations become more agile.
As organizations adopt DevOps, they will need to migrate their existing application from virtual environments to containers. And, while virtualization is only pertinent to infrastructure teams, containers are pertinent to both developers and infrastructure.
Kubernetes can run any containerized application.
Enterprise architects desire to balance the need to make their applications cheaper and to support future inventions. However, they had a big challenge in the past few years with the different tools required for these two needs.
However, Kubernetes has proved to be a game-changer in DevOps. It has proven that developers cannot only use the platform to develop new, cloud-native applications, but people can also migrate their applications into containers and run them using Kubernetes. Besides, Kubernetes supports innovative application development technology such as serverless architecture. This, in turn, has given enterprises lots of flexibility—both for today and the future.
Developers love Kubernetes
Developers were the first to embrace Kubernetes since it helped them solve a big problem—moving applications from development environments to production environments. Previously, developers found that their applications didn’t run the way in production as they did on the development stage.
The major reason developers like Kubernetes is that it makes it easier to package applications and all the elements that go with the application. Then, they can hand off the application for production or testing without any doubt that the application will run as it did on their systems. So, Kubernetes has taken containerization to the next level and has made it easier for developers working with the DevOps team to manage containers.
Another reason Kubernetes has become so popular in DevOps is that it provides a container-based integration environment that is autonomous and continuous. Therefore, the DevOps Kubernetes platform allows DevOps teams to scale up or down an application depending on the requirements and difficulty of the project. This, in turn, ensures that the DevOps team gets immediate feedback once they make a deployment.
DevOps and Kubernetes are a perfect match. And every DevOps team can agree that the relationship between the Kubernetes and DevOps culture is compelling. Kubernetes provides the ecosystem and mechanisms for DevOps teams to deploy services and applications to their clients quickly.
With Kubernetes, teams don’t need to develop resiliency or scale an application since Kubernetes will take care of everything. By allowing Kubernetes to manage the resilience and scale of an application, developers can easily focus on other projects rather than worrying whether the application will handle extra requests when the traffic peaks.