International Journal on Science and Technology

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Event-Driven Microservices Architecture for Data Center Orchestration

Author(s) Shaileshbhai Revabhai Gothi
Country United States
Abstract Event-Driven Microservices Architecture (EDMA) represents a paradigm shift in data center orchestration, addressing the operational challenges of modern infrastructure management. Traditional polling-based approaches impose significant overhead, with systems continuously checking for changes and consuming substantial resources for operations that frequently yield no actionable results. In contrast, EDMA structures systems around the production and consumption of events, enabling real-time responsiveness while reducing resource utilization. This architectural pattern encompasses key principles, including event centricity, service autonomy, loose coupling, eventual consistency, and polyglot implementation. When applied to data center operations, EDMA facilitates automated provisioning, intelligent workload scaling, proactive security management, and rapid fault detection and recovery. Implementation leverages established design patterns such as event sourcing, command query responsibility segregation, saga pattern, and circuit breaker, supported by robust messaging infrastructure. The benefits realized across diverse enterprise environments include dramatic improvements in operational efficiency, responsiveness, resource utilization, and fault tolerance. After transitioning to event-driven orchestration models, financial services, e-commerce, and telecommunications organizations have documented substantial reductions in operational costs alongside improved service reliability and performance.
Keywords Keywords: Event-Driven Architecture, Microservices, Data Center Orchestration, Infrastructure Automation, Real-time Responsiveness
Field Computer
Published In Volume 16, Issue 2, April-June 2025
Published On 2025-04-03
Cite This Event-Driven Microservices Architecture for Data Center Orchestration - Shaileshbhai Revabhai Gothi - IJSAT Volume 16, Issue 2, April-June 2025.
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