Cloud Computing Solutions Architect A Hands-on Approach Upd 🆕 Premium Quality

How this book compares to others in the series?

A hands-on SA does not say, "I think this will scale." They say, "I built a prototype last night, and here is the load test."

Stop drawing rectangles. Start typing. Provision that bucket. Write that policy. Run that load test. Cloud Computing Solutions Architect A Hands-on Approach

The hands-on architect discovers that the legacy database cannot handle 50 connections per microservice. They immediately implement a connection pooler (PgBouncer/ProxySQL) and reduce the initial microservices from six to three. They learned this by doing , not by guessing.

The book is organized into that guide readers through the design, deployment, and management of cloud services . It focuses on transitioning enterprise IT strategy from "if" to "how," emphasizing technical implementation over abstract theory . How this book compares to others in the series

Use tools like Apache JMeter, Locust, or AWS Load Generator to validate scalability before going live.

A theoretical architect might design a serverless application using AWS Lambda that calls an RDS database. On paper, it works. But without hands-on testing, they miss the cold start interaction with database connection pooling. A hands-on architect will write a script to simulate 10,000 concurrent users, measure the P99 latency, and realize they need RDS Proxy or a shift to DynamoDB. Provision that bucket

Step-by-step drills for RTO/RPO targets: pilot light, warm standby, and multi-site active-active failover.

Real scenarios showing how to reduce cloud bills by 30–50% using spot instances, reserved capacity, and storage tiering.

Every chapter includes a working lab: deploy a VPC, set up IAM roles, configure auto-scaling, or build a multi-region database.