Event-Driven Cloud-Native Systems: Scalable Architectures for Reactive Enterprise Applications

Event-Driven Cloud-Native Systems: Scalable Architectures for Reactive Enterprise Applications presents a comprehensive exploration of modern enterprise architecture in the age of distributed computing and real-time digital ecosystems. The book examines how organizations are transitioning from traditional monolithic systems to scalable, event-driven, and cloud-native platforms capable of handling continuous streams of data and dynamic workloads. The text covers foundational concepts such as reactive systems, microservices communication, event streaming, CQRS, event sourcing, fault tolerance, orchestration, and containerized event processing. It also introduces innovative architectural frameworks including the Reactive Cloud-Native System Paradigm (RCNSP) and the Unified Event Processing Architecture Framework (UEPAF), providing readers with forward-looking models for intelligent and adaptive enterprise systems. Designed for researchers, software engineers, architects, and technology professionals, the book combines theoretical depth with practical architectural insights to help readers understand how resilient, scalable, and intelligent systems are engineered in modern cloud environments.