<ul><li>Event Driven Architecture (EDA) has become a popular choice for developing highly scalable distributed systems.</li><li>In EDA, different parts of the system communicate by sending and reacting to events, instead of making direct requests.</li><li>Key components include event producer/publisher, message broker, event consumer/subscriber, and the event itself.</li><li>Advantages of EDA include scalability, flexibility, real-time processing, resilience, and loose coupling, while disadvantages include eventual consistency, complex debugging, increased latency, event duplications, event ordering issues, and a learning curve.</li></ul>

Understanding concepts in Event Driven Architectures (EDA)

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