Kubernetes is a powerful and complex system that allows developers to deploy, manage, and scale applications with ease. However, with great power comes great responsibility, and errors will inevitably arise. Troubleshooting is a critical skill for anyone working with Kubernetes, as it enables administrators to identify and resolve problems quickly

Kubernetes has a modular design, which makes it highly flexible and scalable. Its architecture is divided into several distinct components, each with its own specific role and responsibility. These components work together to manage and orchestrate the various resources within a Kubernetes cluster.  Networking is a fundamental component of Kubernetes,

Introduction to Kubernetes Storage The ephemeral nature of containers presents challenges when it comes to managing storage for Kubernetes compute instances. Kubernetes provides Persistent Volume (PV), Persistent Volume Claim (PVC), and Storage Class APIs so administrators can abstract storage consumption from its provision. A Volume is a storage object that

Security is one of the most complex aspects of a Kubernetes application’s lifecycle since clusters are highly distributed and dynamic. Kubernetes Security practices and processes are typically founded on the 4 C’s guiding cloud-native security:  * Code Security * Container Security * Cluster Security * Cloud Security These levels of security are