Full Description
Quality engineering often slows down modern delivery. Teams move fast with Agile, CI/CD, and rapid iteration, yet testing still struggles to keep pace. Long test cycles, fragile automation, and late feedback create friction in every sprint. Zero‑Friction Sprints presents a practical path to remove that friction and build quality systems that scale with delivery speed.
This book is built as a hands‑on playbook drawn from production systems at enterprise scale. It focuses on the patterns teams use to keep quality aligned with fast releases across mobile, video, API, and DevOps workflows. You learn how to design in‑sprint testing that fits a two‑week cadence, combine AI‑assisted test creation with reliable automation, and use trunk‑based development with feature flags to keep releases moving without breaking stability.
The book walks through core practices such as mobile automation strategies, video and streaming validation, AI‑assisted test authoring, and advanced automation design patterns. It explains how to integrate DevSecOps into the same pipeline as functional testing and how to build dashboards that turn test results into clear engineering decisions. Later chapters connect these ideas into complete reference architectures for large‑scale quality systems.
Each chapter draws from real production scenarios, with working code, pipeline examples, and tool integrations that reflect how teams operate in practice. By the end of the book you will have learned how to build systems that give fast feedback, reduce maintenance overhead, and support continuous delivery without compromise.
What You Will Learn
Design in‑sprint automation with parallel execution and intelligent test selection
Use AI tools to accelerate test creation while maintaining reliability
Implement trunk‑based development with CI/CD pipelines and feature flags
Integrate DevSecOps practices into testing workflows
Who This Book Is For
Senior QA engineers, SDETs, test architects, engineering managers, and technical leads responsible for quality in fast‑moving, large‑scale software delivery environments.
