How does an event-driven architecture promote loose coupling between microservices?0 / 1 pointServices directly call each other's APIsAPIs are replaced by webhooksServices react to events instead of direct requestsContainers isolate the services

Event-driven architecture promotes loose coupling between microservices in the following ways:

1. Services React to Events Instead of Direct Requests: In an event-driven architecture, microservices do not directly call each other's APIs. Instead, they react to events. This means that a service does not need to know the details of other services. It only needs to understand the events it is interested in. This reduces the dependencies between services and promotes loose coupling.

2. APIs are Replaced by Webhooks: Instead of using APIs, event-driven architecture often uses webhooks. A webhook is a way for an application to provide other applications with real-time information. This means that a service does not need to call another service's API to get information. Instead, it receives the information automatically when an event occurs. This further reduces the dependencies between services.

3. Containers Isolate the Services: Containers can also help to promote loose coupling in an event-driven architecture. Each service runs in its own container, which provides isolation from other services. This means that changes in one service do not affect other services. This isolation helps to reduce the dependencies between services and promotes loose coupling.

In summary, event-driven architecture promotes loose coupling between microservices by using events instead of direct requests, replacing APIs with webhooks, and isolating services in containers.