Deep dive into Kubernetes architecture and Pod Networking
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Introduction
Best practices for scalable, decoupled, managed application systems are microservices architecture. In a traditional environment, an application was developed on a large monolithic repository and deployed on a dedicated on-premise data centre server. Industrially, packaging system requirements and runtimes are made easier with the container. It solves issues behind applications not running on the same operating systems.
In a microservice architecture, connecting containers across multiple hosts, scaling them, and deploying applications without downtime can be complex. Kubernetes addresses those challenges as a container orchestrator. It approaches the issue of large server deployment by providing components for small web servers or microservices
Prerequisites
You will need to have basic knowledge of Kubernetes components to follow along;
- Containers
- Service
- Deployment
- Pod
- Cluster
- Node
Key Takeaways
At the end of the article, you have learned more about the following headings;
- Kubernetes Architecture
- Pod Networking
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