7 — Disaster Recovery Patterns
Purpose
[stub: disaster-recovery-patterns]
Metadata
| Author | Amit Singh |
| Scope | sre |
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.
Site Reliability Engineering: From Foundations to Internet-Scale Systems
The complete 184-chapter, 15-part Site Reliability Engineering curriculum — from Linux internals and distributed-systems theory through reliability engineering, observability, incident response, platform engineering, and Staff/Principal-level MAANG interview preparation, ordered the way SRE expertise actually develops rather than as a topic index.
Related notes
1 — Designing Planet-Scale Systems
What changes architecturally once a system has to serve every region on earth — the assumptions that hold at one datacenter's scale and break at planet scale.
2 — Global Traffic Management
Routing users to the right region by latency, health, and capacity simultaneously, and the DNS- and anycast-level mechanics that make global failover fast.
3 — Edge Computing
Pushing compute and data closer to the user to cut latency, and the consistency and deployment complexity that distributing logic to the edge buys in exchange.
4 — Multi-Cloud Reliability
The real cost — not just financial — of running reliably across more than one cloud provider, and where multi-cloud actually reduces blast radius versus just adding complexity.