Kubernetes Platform Engineering

A book-shaped table of contents for Kubernetes platform engineering: architecture, multi-tenancy, platform automation, Helm, Cluster API, Crossplane, platform services, observability, security, reliability, and enterprise operations — cross-linking existing kubernetes/observability/platform-engineering notes instead of duplicating them.

1 — Why Kubernetes Became the Platform Standard

Covers Evolution of Container Orchestration, Kubernetes as a Platform, Platform Engineering on Kubernetes, and Platform Responsibilities.

2 — Kubernetes Platform Architecture

Covers Control Plane, Worker Nodes, Cluster Services, Platform Layers, and Platform Boundaries.

3 — Kubernetes as an Internal Developer Platform

Covers Platform Users, Platform Services, Shared vs Dedicated Clusters, and Platform Interfaces.

1 — Reference Platform Architecture

Covers Compute Layer, Networking Layer, Storage Layer, Security Layer, and Observability Layer.