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Why do we need RabbitMQ in microservices

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    Modern apps are increasingly being developed using microservices architecture. Microservices are compact, autonomous, and modular services that combine to form a whole application. Each microservice carries out a particular task and interacts with other microservices to share information. A dependable and scalable messaging system must be established as the number of microservices rises. At this point, RabbitMQ enters the scene.

    Why do we need RabbitMQ in microservices

    The Advanced Message Queuing Protocol (AMQP) is implemented by the message broker RabbitMQ. In a distributed system, it serves as a mediator to allow communication between several services. RabbitMQ routes messages to the proper recipient after storing them. It offers a method for asynchronously sending and receiving messages, which is essential in a microservices architecture.

    A message broker called RabbitMQ makes it possible for microservices to communicate effectively with one another. The importance of RabbitMQ in the architecture of microservices will be discussed in this article.

    Decoupling of Services

    Microservices need to be decoupled, which means that they ought to be independent of one another. This guarantees that modifications to one service won't impact others. This decoupling is made possible via RabbitMQ, which offers a service-agnostic communication channel between services. Without having to be aware of each other's implementation specifics, microservices may interact with one another. As a result, services may develop without hurting the system as a whole.

    Reliable Communication

    Communication between services in a distributed system may fail for a number of reasons, including network problems or service unavailability. A trustworthy messaging system that ensures message delivery is offered by RabbitMQ. Prior to the receiver being available to receive them, communications are kept in a queue. By doing this, messages are certain to be sent even if the intended receiver is momentarily unavailable.


    The management of communication between microservices gets more difficult as their number increases. A scalable messaging system with a high message and receiver throughput is offered by RabbitMQ. It promotes effective communication between services by allowing the construction of several queues and exchanges, each with its own routing rules.

    Asynchronous Communication

    Asynchronous communication between microservices is preferred, which means they shouldn't obstruct one another while awaiting a response. Asynchronous communication is made possible by RabbitMQ, enabling services to transmit messages and carry on processing right away. This enhances system efficiency and makes it possible for services to manage a high volume of requests.


    Multiple messaging patterns, including publish/subscribe and point-to-point, are supported by RabbitMQ, allowing for flexible service-to-service communication. Developers may now choose the communications pattern that best fits their use case thanks to this.


    In order to offer a dependable, scalable, and adaptable messaging system, RabbitMQ is a crucial part of microservices architecture. It makes it possible for services to be decoupled and for communication to be dependable, scalable, asynchronous, and flexible in terms of message patterns. In order to build a microservices architecture that is reliable, effective, and scalable as the system expands, developers may use RabbitMQ.

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