Welcome back! In the first part of our Kubernetes deep dive, we covered the fundamentals - Kubernetes' architecture, key components like pods and controllers, and core capabilities like networking and storage. Now, we'll dive into the practical side of Kubernetes. You'll learn when and how to apply Kubernetes based on your application needs and team skills. We'll explore advanced features, benefits and drawbacks, use cases where Kubernetes excels, and situations where it may be overkill.

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Kubernetes is a container orchestration platform that offers infrastructure efficiency, enhanced developer productivity, easy scalability, application portability, consistent environments, resilience, a large ecosystem, and vendor neutrality. However, it also comes with drawbacks such as complexity, resource overheads, security concerns, resource underutilization, upgrade headaches, and limited support for stateful apps. Kubernetes excels for large-scale, distributed applications but may not be necessary for every workload.

Kubernetes: When and How to Apply It

<p>The article mentions another article discussing the fundamentals, does anyone have the link to it?</p>
