The major reasons Kubernetes is so well-known is its modularity and lack of fragmentation.
Kubernetes could not be the best solution for you. But it's easy to understand why a lot of people are fascinated by the technology. Actually, Kubernetes provides orchestration for over three quarters of the containerized apps at current time. What exactly creates Kubernetes popular? This is the question for software developers and developers need to consider if they are looking to capitalize on Kubernetes's success. Let's take a look at four main reasons why people are enthralled by Kubernetes today.
1. Kubernetes is an open source.
I'm convinced that the main motive Kubernetes is so popular is due to the fact that it's a open and free-of-cost platform.
This is the primary difference between Kubernetes and other tools that are used for container orchestration. AWS ECS is among the few options that are a viable alternative to Kubernetes currently, is an exclusive. Docker Swarm orchestrator is a free service. Docker Swarm orchestrator, however it is completely free of course but the Docker platform isn't open source all through its existence.
This is due to the fact that Kubernetes is an open source software. This is not just due to the warm and fuzzy positive feelings that it gives to some developers however, it also has contributed to developing the development of a vibrant community that is centered around Kubernetes. Whatever you'd like accomplish through Kubernetes for example, managing VMs and containers, or the type of network architecture or storage system you'd like to integrate it to, there's bound to be an open-source software to assist you in achieving the task. If Kubernetes were a closed source program, it would be hard to imagine a vibrant community that is surrounded by it.
2. Kubernetes manages everything through code.
Although it is possible to utilize GUI displays for Kubernetes however I haven't yet met an IT engineer who is managing Kubernetes mostly through a GUI. They employ command-line tools along with the deployment file.
It's not because of the fact that it's because the Kubernetes GUIs don't seem as effective in the way they should be. The ability to complete everything with code using a consistent set of tools and formats (like Kubectl and YAML files) is the reason why Kubernetes is so efficient. If you are able to define and control every part of your software stack through writing code and workflows, they become more predictable , flexible as well as scalable.
3. Kubernetes can be utilized in any location.
Another reason why Kubernetes is popular is the fact it is able to run from everywhere. Kubernetes is typically connected to cloud computing because Kubernetes clusters are generally situated in cloud. But, Kubernetes can also be capable running on premises in a colocation facility , or across all these locations at the same time in the event you decide to use Kubernetes to function as an hybrid cloud service.
It's easy to take Kubernetes's infrastructure-agnosticism for granted. But, if you look back and take a look about the history of Kubernetes and the environment it operates in, such as the fact that Google created Kubernetes in the first place, and also the way that corporations such as Google IBM, Red Hat Red Hat and Microsoft control Kubernetes development, you will realize that it doesn't have to be this way. It's not difficult to imagine a world which Kubernetes was designed to run with specific clouds, for instance (I believe that Google, Red Hat and Microsoft would be delighted to have Kubernetes wasn't incompatible with AWS) or doesn't operate on cloud platforms (in the latter case, you'd have to paying cloud providers like Google, Microsoft or IBM to host it).
But, that's not the reality is happening in the world we live. Kubernetes operates all over the world and is able to do everything. (Well it's possible to manage Windows servers as nodes for workers, not masters, but that's only an issue of minor importance. )
4. There is a very small amount of Kubernetes fragmentation.
In the same way It is important to recognize the extent that you experience when installing and managing Kubernetes is the same regardless of which Kubernetes distribution is used or where you host it in. If you are interested in learning kubernetes then consider taking Kubernetes Course.
There are some subtle differences. OpenShift has a unique command-line utility , and many features that aren't offered with the other Kubernetes versions. Most managed Kubernetes servers employ specific procedures for updating to the most recent Kubernetes version. Some servers come with unique authentication and management systems to allow access within Kubernetes.
The majority of the time, Kubernetes capacities and features are shared across all settings or environments. This implies that Kubernetes is more user-friendly as compared to, say, Linux, where processes like installing software or setting up the network may be different from one Linux distribution and the following.
Conclusion
The reasons for admiring (or even loathing) Kubernetes may differ. In general, I'd say that factors like the open-source nature and offering an identical, uniform and user-friendly admin experience across different configurations are the most important reason Kubernetes is the most well-known orchestration containers tools until now.
Top comments (0)