Containerization & Orchestration #
Containers package applications with dependencies for consistency across environments. Orchestration platforms manage containers at production scale.
Kubernetes learning path: If you want one hands-on route from laptop practice to cloud operations, follow the Kubernetes Deep Dive: Minikube to AKS/EKS after the basics and networking guides.
Docker essentials #
- build minimal, secure images
- use multi-stage builds
- run as non-root users
- scan images in CI pipelines
Kubernetes essentials #
- workloads (Deployments, StatefulSets, Jobs)
- networking (Services, Ingress, Gateway)
- configuration and secrets management
- autoscaling and rollout strategies
Kubernetes articles: beginner to advanced #
Read these guides in order so each topic builds on the previous one:
- Kubernetes Basics — Core objects, control-plane concepts, and daily
kubectlworkflows. - Kubernetes Networking — Services, DNS, Ingress, Gateway API concepts, and network policies.
- Helm vs Kustomize — How to package, customize, and promote Kubernetes manifests across environments.
- Kubernetes Security — RBAC, pod security, image controls, secrets, policy-as-code, and runtime protection.
- Kubernetes Deep Dive: Minikube to AKS/EKS — End-to-end local-to-cloud practice with Minikube, AKS, and EKS.
- EKS vs AKS vs GKE — Managed Kubernetes platform comparison for cloud architecture decisions.
Production best practices #
- enforce resource requests/limits
- set health probes and disruption budgets
- standardize manifests with Helm or Kustomize
- use policy-as-code for guardrails
Suggested learning sequence #
- Container fundamentals and Dockerfile design
- Kubernetes basics and workload troubleshooting
- Kubernetes networking and traffic management
- Manifest management with Helm or Kustomize
- Kubernetes security and policy controls
- Local-to-cloud deployment with the Kubernetes deep dive
- Managed Kubernetes platform selection
- Progressive delivery and GitOps-based cluster reconciliation