Learn KUBERNETES with Real Code Examples

Kubernetes is open-source (Apache 2.0)

Reduces operational costs via automation

Supports cloud-native enterprise workloads

Enables hybrid/multi-cloud deployments for business flexibility

Ecosystem tools enhance observability and productivity

Improved multi-cluster management

Enhanced security and compliance features

Better autoscaling and workload optimization

Expanded ecosystem of operators and controllers

Improved developer experience and API stability

Small projects without multiple containers

Single-node deployments where orchestration is unnecessary

Projects without expertise in DevOps or containerization

When lightweight container runtimes like Docker Compose suffice

Short-lived or experimental deployments without scaling needs

Kubernetes is a powerful container orchestration platform for modern cloud-native applications.

Automates deployment, scaling, networking, and storage management for containers.

Extensible, declarative, and highly resilient.

Supports hybrid and multi-cloud environments.

Backed by a strong community and ecosystem for enterprise-grade workloads.

Is Kubernetes open-source? -> Yes, under Apache 2.0 license.

Can it run on cloud and on-prem? -> Yes, fully hybrid and cloud-agnostic.

Does Kubernetes handle scaling automatically? -> Yes, via HPA/VPA.

Is it suitable for microservices? -> Yes, ideal for containerized microservices.

How to monitor Kubernetes? -> Use Prometheus, Grafana, and logging stacks.