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Advanced Message Queuing Protocol (AMQP)

Definition - What does Advanced Message Queuing Protocol (AMQP) mean?

The Advanced Message Queuing Protocol (AMQP) is an open-source standard that provides complete functional interoperability for business message communication between organizations or applications. The protocol helps in connecting systems and in providing business processes with the required data; it is also capable of transmitting instructions to achieve the goals. The protocol brings great benefits to organizations such as savings through commoditization, open standard-based connections to business partners, connections to different applications working on different platforms and many others.

Techopedia explains Advanced Message Queuing Protocol (AMQP)

The Advanced Message Queuing Protocol was designed to provide features like open source, standardization, reliability, interoperability and security. It helps in connecting the organization, time, space and technologies. The protocol is binary, with features like negotiation, multichannel, portability, efficiency and asynchronous messaging. It is commonly split into two layers, namely, a functional layer and a transport layer. The functional layer helps in defining the commands for functioning on the part of the application, whereas the transport layer helps in carrying the different techniques such as framing, channel multiplexing, data representation, etc., between the server and the application.

The Advanced Message Queuing protocol provides some key features that are beneficial for organizations as well as for applications. Rapid and guaranteed message deliveries, as well as reliability and message acknowledgments, are the main features of the protocol. These abilities help in the distribution of messages in a multi-client environment, in the delegation of time-consuming tasks and in making a server tackle immediate requests faster. The protocol also has the capability to globally share and monitor updates and also to enable communication between different systems that are connected. Another advantage of the protocol is full asynchronous functionality for systems as well as improved reliability and better uptime with regard to application deployments.
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