Micro Frontends Architecture for Scalable Applications

ebook Master Modular and Efficient Web Development with Micro Frontends, DDD, and CI/CD for Scalable, Distributed Frontend Applications (English Edition)

By Vanderlei Alves da Silva

cover image of Micro Frontends Architecture for Scalable Applications

Sign up to save your library

With an OverDrive account, you can save your favorite libraries for at-a-glance information about availability. Find out more about OverDrive accounts.

   Not today

Find this title in Libby, the library reading app by OverDrive.

Download Libby on the App Store Download Libby on Google Play

Search for a digital library with this title

Title found at these libraries:

Library Name Distance
Loading...
Unleash Agility and Scale with Micro Frontend Architecture.Key Features● Gain a solid understanding of micro frontend principles, patterns, and benefits.● Explore integration strategies with real-world examples and practical guidance.● Discover best practices for adoption, testing, deployment, and long-term scalability.Book DescriptionAs modern web applications grow in complexity, micro frontend architecture offers a scalable, modular approach that helps teams work independently, accelerate delivery, and maintain long-term flexibility. Micro Frontends Architecture for Scalable Applications provides a comprehensive, hands-on guide to implementing micro frontends effectively in real-world projects.The book starts by defining frontend and backend development, exploring what is considered a valuable architecture, and introducing various frontend architecture patterns.Next, it dives into micro frontends and concepts like Domain-Driven Design, Decentralized Governance, and Independent Deployments. It explains how these principles enable highly observable (easy-to-monitor) micro frontends and covers in-depth discussions on integration strategies, their advantages and disadvantages.Communication and routing are thoroughly explored, including Container Applications, State Management, and Cross-Application Communication. The book also addresses UI/UX considerations and how micro frontends interact with varying backend patterns.The final part focuses on best practices for testing (unit, integration, and end-to-end), deployment strategies, and essential security measures. It concludes with a real-world case study and insights into the future of micro frontends—highlighting emerging trends, evolving architectures, and the growing impact of artificial intelligence.What you will learn● Design scalable frontend architectures using modular principles.● Choose and apply the right integration strategy per use case.● Build CI/CD pipelines optimized for micro frontend deployments.● Handle routing, shared state, and communication across applications.● Ensure UI/UX consistency with design systems in distributed teams.● Explore how AI and emerging trends impact frontend architectures.Table of Contents1. A Tale of Two Worlds2. Valuable Architecture3. Frontend Architectural Patterns4. Micro Frontend Foundations5. Integration Strategies6. Communication and Routing7. UI/UX and Design System8. Backend Patterns9. Testing Strategies10. Deployment Strategies11. Observability12. A Micro Frontend Adoption    IndexAbout the AuthorsVanderlei Alves da Silva is a seasoned Frontend Architect with over 15 years of experience in designing and building distributed systems and cloud-native applications. His career is driven by a deep passion for system architecture and frontend development, helping industry-leading organizations to craft scalable, resilient, and user-focused software.What drives Vanderlei is the belief that a well-crafted software has the power to solve real human problems — whether it is helping someone's grandmother find what she is looking for on a webpage or solving complex organizational challenges at scale. For him, writing a code is more than just engineering; it is a form of storytelling — every function, every interface, and every design choice contributes to the evolving story of a system.
Micro Frontends Architecture for Scalable Applications