Fault Tolerance Optimization in Distributed Microservices Using Event-Driven Architectures

Vladimir Boris Yesenin

Authors

Vladimir Boris Yesenin Distributed Systems & Event-Driven Architect, Spain Author

Keywords:

Fault Tolerance, Microservices, Event-Driven Architecture, Distributed Systems, Resilience, Messaging Patterns

Abstract

The shift from monolithic architectures to distributed microservices has enabled scalable and flexible systems. However, fault tolerance remains a challenge due to the distributed and asynchronous nature of microservices. This paper explores the optimization of fault tolerance mechanisms using event-driven architectures (EDA). By leveraging asynchronous event communication, decoupling services, and integrating fault-handling patterns, systems can be made more resilient. This study presents architectural models, compares approaches, and evaluates design patterns for improving fault tolerance.

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