AWS
Route 53 architecture: public, private and resolver endpoints — guide 2026
TechLeague Editorial··8 min de lecture
Ce que vous devez vraiment savoir sur Route 53 architecture: public, private and resolver endpoints: DNS, hosted zones, Resolver.
Pourquoi c'est important
- DNS, hosted zones, Resolver — production-grade understanding wins interviews and saves outages.
- Hiring managers in 2026 expect you to explain DNS, hosted zones, Resolver end to end.
Concepts clés
- Architecture: the moving parts behind DNS, hosted zones, Resolver.
- Control plane vs data plane: what fails and how it fails.
- Failure modes you will see in production.
Design et bonnes pratiques
- Start with the official blueprint, then translate to your environment.
- Document trade-offs (HA, scale, cost, blast radius) in writing.
- Automate change with version control and CI checks.
Pièges courants
- Skipping baseline hardening because "the default is fine".
- Skipping observability — you cannot operate what you cannot see.
- Mixing dev and prod accounts/contexts in the same change window.
Comment apprendre vite
- Read the official docs end to end (1 pass).
- Build a lab and break it on purpose.
- Take a practice tournament that forces speed under pressure.
Entraînez cela dans un TechLeague tournament: techleague.io.
À lire aussi
- EKS networking: VPC CNI, prefixes, security groups for pods — guide 2026
- ENA, EFA and SR-IOV: high performance networking on EC2 — guide 2026
- ECS networking modes: awsvpc, bridge, host — guide 2026
- EKS Fargate vs managed nodes: networking trade-offs — guide 2026
- SuzieQ for network observability — guide 2026