When a software system does not run smoothly while being moved from one environment to another, it can pose as both a problem and a risk, as bugs and errors can attack the system. And that’s when containerization becomes a holy grail for developers and IT professionals.
Containerization is an IT methodology that allows the efficient runtime of the system across different computing environments, along with all its dependencies, libraries, and files. It encapsulates all assets so the system can run bug-free. An easy way of container orchestration is via Kubernetes that automates application deployment.
So, how is it beneficial? What can it really do?
It is lightweight
Containerization is often compared to virtual machines (VMs) because of its functionality. However, this app is lighter on server usage because it is a shared operating system so it does not really burden itself on resource usage.
It is fast and efficient
Following its lightweight feature, containerization is therefore fast and efficient. Compared to the old (but gold) VMs, they are faster and quicker during startups and shutdowns. Since there is no OS to boot, the loading time is reduced to seconds rather than the usual several minutes. So, if you’re looking for an easy way of container orchestration for your system needs, use Kublr to manage Kubernetes application and deployment.
It is user-friendly
Most developers find it difficult to use the same computing environment during production and development. Containerization breaks the ice and allows for easy management of both environments, making it a developer-friendly technological wonder.
It is conveyable
Container engines are conveyable across all computing locations, which means the developer can easily create an application and then deploy it on different servers. This actually allows for the total acceleration of testing applications for all environments, and that’s how it becomes cost-effective.
Scalability for better functionalities
All assets are clustered together so they can work efficiently during runtime. But they are totally independent of each other, so when an update comes, you can just incorporate those into one server without touching the other. That promotes safety and scalability.