Container deployment, in recent years, has entirely transformed the software development practises worldwide. However, proper tools and techniques were lacking for the implementation of the containers.
Therefore, Google developed Kubernetes. It is an advanced container orchestration tool that helps in automating the containers, which are in a highly chaotic and complex environment.
What is Kubernetes?
An open-source orchestration platform, Kubernetes automates, deploys, scales, and manages Linux container operations. Kubernetes eliminates all the tedious manual work required for running Linux containers by clustering the group of hosts, and at the same time, ensures efficient & effective management of those clusters over the private, public, and cloud servers.
What Are Containers?
An individual container is a virtual environment having its own processing space, memory, and system files. They don’t have their operating system and are much lighter than the conventional virtual machines. Their size and self-sufficiency make them scalable across several operating systems and devices.
So, with containers, the software developers can divide software into the individual form of smaller, independent microservices; and each microservice performs a specific task. All the microservices are grouped and are deployed on the Kubernetes network.
Kubernetes empowers the organization to respond to their customer demands efficiently
- It helps in the deployment of the application quickly & predictably.
- Effortless scaling of your applications.
- Limit the hardware requirements.
- Kubernetes allows seamless rolling out of new features.
What are the Key Features of Kubernetes?
Here are some crucial features of Kubernetes you must know:-
Kubernetes gives your organization the power of scalability without any additional burden on the operational team.
Kubernetes flexibly grows in line with the expanding needs of the application, no matter how complicated it is.
Being open-source, Kubernetes can be run anywhere, be it the private, public or cloud infrastructure. Thereby, the loads can be moved effortlessly, wherever you want to.
Kubernetes is automated; it places the containers where there is a requirement of resources.
The containers which have failed, rescheduled or replaced can quickly be restarted with Kubernetes, even if the containers don’t respond to health check-up.
Automated Roll-Back, and Roll-Out
Kubernetes constantly roll-out changes following the needs of the application, but also roll-back the changes if something goes wrong.
Kubernetes helps in managing the batch of containers and replacing the failed ones.
What Are the Benefits of Kubernetes to Your Business?
- Kubernetes presents an open-source platform to run & schedule containers over a cluster of both virtual and physical machines.
- Kubernetes automates every task of container operations.
- You can orchestrate containers over a manifold of containers.
- Kubernetes ensures proper utilization of the hardware resources to run the organization applications.
- The containerized applications can be scaled as needed.
- Health check of the applications can be done with auto-scaling, auto-restart, auto-placement, and auto-replication.
If you want to avail all these benefits, you’ve to weigh the different Kubernetes storage solutions, compare the pros and cons for seamless integration of Kubernetes to your organization model.
Let’s Wrap Up
Deploying a cluster of containers across multiple servers and platforms is quite complicated manually. This is where Kubernetes comes into play; it is a powerful orchestration tool that does the job efficiently. It thoroughly automates the deployment and management of the clusters.
The management is far more effective and reliable than human administration, which is prone to costly errors. So, now you have a brief understanding of Kubernetes, but to implement it, you need all the experience of a trustworthy guy with a wealth of experience in Kubernetes and how it works.