sourabhCloud Computing & Modern Infrastructure: From Bare Metal to Containers & Serverless
From bare metal servers to containers and serverless architecture. Designing for elasticity, avoiding cloud bill shocks, and building resilient distributed systems.
Cloud Computing
From bare metal servers to containers and serverless architecture. Designing for elasticity, avoiding cloud bill shocks, and building resilient distributed systems.
- The Elasticity Revolution & CapEx vs. OpEx
- Containers vs. Virtual Machines
- Serverless Architecture & Multi-AZ Resilience
Key takeaways
The Elasticity Revolution & CapEx vs. OpEx
Fixed hardware creates the college portal paradox: servers sit idle 363 days a year, yet collapse during peak traffic bursts. Elastic cloud infrastructure replaces high upfront CapEx with metered OpEx that provisions compute outward on demand and contracts when traffic subsides.
Containers vs. Virtual Machines
While hypervisors virtualize physical hardware and replicate entire guest operating systems, containers share the host Linux kernel through namespaces and cgroups. This enables workloads to launch in milliseconds with minimal memory overhead while eliminating environment inconsistencies.
Serverless Architecture & Multi-AZ Resilience
Event-driven serverless platforms run on demand with scale-to-zero economics. Deploying across multiple Availability Zones provides fault tolerance, while FinOps discipline prevents runaway recursive loops and bandwidth surprises.
Labs
Better on bigger screen