Event-driven architectures for cloud-native AI Applications: A technical perspective

Sankranthi, Kartheek (2025) Event-driven architectures for cloud-native AI Applications: A technical perspective. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 1168-1183. ISSN 2582-8266

Event-driven architecture (EDA) has emerged as a transformative paradigm for cloud-native AI applications, fundamentally altering how intelligent systems communicate and process data. This technical article examines how EDA enables organizations to build responsive, scalable, and resilient AI systems through asynchronous event processing. By decoupling system components via event producers, brokers, and consumers, these architectures create flexible frameworks where AI applications can process real-time data streams without performance bottlenecks. The article investigates implementation patterns across industries, from e-commerce personalization and supply chain optimization to healthcare monitoring, highlighting how each sector leverages event-driven AI to deliver business value. Through detailed technical analysis of broker technologies and machine learning pipeline integration techniques, the article reveals how organizations achieve critical advantages: reduced latency in decision-making, enhanced system resilience, efficient resource utilization, automated workflows, and improved user experiences. While acknowledging implementation challenges such as schema management, debugging complexity, eventual consistency, and exactly-once processing semantics, the article demonstrates how proper architectural approaches can address these concerns while maximizing the benefits of event-driven AI systems.