2 — Linux Fundamentals
Purpose
[stub: linux-fundamentals]
Metadata
| Author | Amit Singh |
| Scope | kubernetes |
Local graph
Linked from 2 notes
Kubernetes
A book-shaped table of contents for Kubernetes: cloud-native foundations, the CKAD/CKA/CKS certification tracks, control-plane internals, platform tooling, multi-cluster architecture, and MAANG-level system design and interview prep — cross-linking the existing Prometheus, Observability, and Platform Engineering chapters instead of duplicating them.
Operating Systems for MAANG Interviews
A book-shaped table of contents for operating systems at MAANG interview depth: foundations through processes, threads, concurrency, CPU scheduling, memory management, file systems, I/O, security & isolation, Linux internals, cloud/Kubernetes/observability, advanced kernel topics, and interview preparation — cross-linking existing sre/linux-networking, kubernetes-security, and patterns/concurrency notes instead of duplicating them.
Related notes
3 — Containers & OCI
Why the OCI image and runtime specs matter more than Docker itself — they let containerd, CRI-O, and Podman run the same artifact without vendor lock-in.
5 — Installing Kubernetes
Why kubeadm, managed control planes, and kubeadm-free distros mainly differ in who owns lifecycle and upgrade risk, not in what a conformant cluster actually runs.
6 — Kubernetes API & Object Model
Why kubectl is just a REST client — every object is a resource in the API server's store, making the API server the only legitimate path to change cluster state.
4 — Kubernetes Architecture
Why the control plane's continuous reconciliation loop, not the scheduler alone, is what makes Kubernetes self-healing rather than merely self-installing.