Understanding Kubernetes architecture and how it works

There is a recent trend in the DevOpsworld these days called K8 or Kubernetes. In fact, experts have a high regard for the K8. To learn more about Kubernetes architecture, you have to learn more about Kubernetes and container platforms.

More about Kubernetes

To give you a brief overview, K8 is a type of open-source platform for container orchestration. It is currently used to deploy, scale, manage, and even automate applications. Thanks to Google for birthing this type of technology that was launched in June 2014, we are learning more about Kubernetes architecture. Up to this day, it is still being managed and highly maintained as an open-source project by Cloud Native Computing Foundation. Click here kublr

How Kubernetes work

According to Kublr primer (How Kubernetes Came to be, What it is and Why You should care), software application is engaging in an ever-increasing duty for company excellence and these modern technologies are allowing the software program to improve and also adjust to market needs at an ever-increasing speed.

These days, IT is no longer a vertically aligned department; it operates horizontally across the whole organization. Just about every department is allowed by software, be it a unique information analytics method supplying useful insights about market patterns or an AI platform that tailors content to customer demands, increasing retention. Whoever adjusts and progresses quicker has a competitive advantage.

Why container orchestration is crucial

In the life cycles of containers, efficient management is crucial. You can notice this in a large and dynamic setup as it eliminates the unnecessary stress and errors that may arise from handling too many tasks.

With the right type of software, you can easily control and automate your tasks such as:

Deployment and provisioning of containers
Moving containers from one host to another
Allocating resources between containers
Configuring applications based on its relation to the containers running such apps
Load balancing of service discovery between containers

Important concepts of Kubernetes

If you are interested in learning more about Kubernetes architecture, then you might have been aware that it’s quite complicated. It can even get more complex when you use it to power up services and apps that are cloud based. But, knowing the following key components when studying K8 might help:

1. Cluster — This is a part of Kubernetes architecture that has a master and multiple worker nodes.

2. Container — This is a lightweight and standalone software package that is easy to execute.

3. Pod — This is a set of containers considered as the core unit of management for K8.

4. Node — This is considered as the workhorses of the K8 cluster. This could either be a master node or a worker node.

5. Replica set — This refers to a set of pods that are crafted as a replacement for faulty pods, ensuring continued operations for service or product.

While creating, managing, and deploying enterprise apps could be a bit challenging using K8, its cost-efficiency and speed is your best pay-off when using this technology. Taking advantage of this platform will definitely give leverage to your business, as delineated by our friends at Kublr. In fact, Google and Amazon are examples of multinational cloud-based companies who are already using K8.

You will learn more about Kubernetes in this article or by visiting kublr.com.