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 — Multi-Cluster Management

Operating a fleet of Kubernetes clusters as a single managed estate rather than a collection of independently administered clusters.

2 — Hybrid Cloud Platforms

Extending a Kubernetes platform across on-premises and public cloud environments with a consistent operating model.

3 — Multi-Cloud Kubernetes

Running Kubernetes platforms across multiple public cloud providers, and the portability tradeoffs that decision introduces.

5 — Cost Optimization

Identifying and eliminating waste in cluster compute, storage, and networking spend without degrading platform reliability.