In distributed systems, event-driven architecture (EDA) is frequently employed to facilitate flexible and scalable communication between components. Existing research, however, mostly concentrates on infrastructure-level implementations, with little examination of event-driven concepts in whole, user-facing programs. SkillMesh, a web-based social platform created as a regulated experimental setting for assessing event-driven workflows within a centralized architecture, is described in this article. Within the application layer, the system records, timestamps, and analyzes user interactions as organized events. System performance in terms of processing latency and reliability is evaluated using event data gathered during regulated testing and restricted real-user interaction. Preliminary findings indicate that the event-driven workflow operated reliably overall, although variations in processing latency were observed across different interaction types. This study offers an application-level, exploratory evaluation of event-driven workflows and lays the groundwork for more investigation into distributed event-driven systems.
Nirmiti Tamore (Thu,) studied this question.