Mastering Event-Driven Architectures with AWS Serverless Services
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ISBN: 9789365897630
eISBN: 9789365891737
Authors: Lalit Kale
Rights: Worldwide
Edition: 2026
Pages: 346
Dimension: 8.5*11 Inches
Book Type: Paperback

- Description
- Table of Contents
- About the Authors
Event-driven architecture serves as a foundation for building highly scalable, reliable, and real-time cloud native systems. This book is your guide for designing and operating event-driven systems with AWS serverless services, such as Lambda, EventBridge, Step Functions, SQS, SNS, Kinesis, and DynamoDB.
Readers will understand the foundations of event-driven architecture and AWS serverless basics. The book explores design considerations, best practices, and patterns, with a strong focus on adopting a serverless mindset to accelerate value delivery. The book is structured into five parts: fundamentals, design, building, operating, and advanced concepts. It concludes with an outlook on emerging trends and future directions. It provides practical guidance on applying patterns like CQRS, event sourcing, and orchestration. Furthermore, you will build specialized high-performance systems involving real-time data streaming and persistence patterns like event sourcing, culminating in a complete mastery of operational best practices. Real-world patterns and practices ensure that concepts can be applied directly to production workloads.
By the end of this book, you will be a competent AWS serverless expert, equipped to design, build, and operate mission-critical event-driven systems. You will learn to apply AWS Well-Architected pillars and balance security, observability, cost, and performance while addressing complexities and challenges, such as event ordering, idempotency, testing, and schema evolution.
WHAT YOU WILL LEARN
● Understand core principles of event-driven architecture and serverless computing.
● Apply design considerations for scalability, consistency, and fault tolerance.
● Develop event-driven systems with Lambda, Step Functions, SQS, SNS, and EventBridge.
● Stream and analyze real-time data pipelines with Amazon Kinesis services.
● Grasp key patterns like event sourcing and CQRS.
● Secure, monitor, and optimize performance of event-driven systems on AWS.
● Explore advanced patterns and future trends in AI and IoT integration.
WHO THIS BOOK IS FOR
The book is for senior engineers, principal engineers, cloud architects, solution architects, and engineering leaders responsible for developing and maintaining large-scale software systems. The reader should already be familiar with fundamental AWS services, particularly the core AWS serverless components.
1. Introduction to Event-driven Architectures
2. Overview of AWS Serverless Computing
3. EDA Architectural Considerations
4. AWS Lambda in Depth
5. Choreography with AWS SQS and SNS
6. Amazon EventBridge Essentials
7. Orchestration with AWS Step Functions
8. Data Streaming with Amazon Kinesis
9. Event Sourcing and Amazon DynamoDB Streams
10. Testing Strategies for Serverless Applications
11. Monitoring and Observability
12. Security Best Practices
13. Performance Optimization Strategies
14. Architectural Patterns
15. Future Trends and Emerging Technologies
Lalit Kale is a senior architect specializing in cloud-native, event-driven, and serverless architectures. With more than 20 years of experience designing large-scale systems, he has worked with leading technology organizations, including Globalization Partners, Amdocs, Verizon Connect, and Dell Technologies.
He is also an AWS Community Builder and AWS Certified Solutions Architect. Lalit is recognized for guiding engineering teams in building scalable SaaS platforms using AWS services. His expertise spans event-driven architecture, distributed systems, microservices, and modern software architecture practices.
Lalit is an active contributor to the software architecture community through blogs, technical talks, and mentoring. He brings a practical and systematic, hands-on approach to solving complex business problems with serverless and event-driven solutions.