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In this work we introduce the design and internal workings of the Iris  decentralized messaging framework. Iris takes a midway approach between the  two prevalent messaging middleware models: the centralized one represented by  the AMQP family and the socket queuing one represented by ZeroMQ; by turning  towards peer-to-peer overlays as the internal transport for message  distribution and delivery. A novel concept is introduced, whereby a  distributed service is composed not of individual application instances, but  rather clusters of instances responsible for the same sub-service. Supporting  this new model, a collection of higher level messaging patterns have been  identified and successfully implemented: broadcast, request/reply,  publish/subscribe and tunnel. This conceptual model and supporting primitives  allow a much simpler way to specify, design and implement distributed, cloud  based services. Furthermore, the proposed system achieves a significant  switching speed, which - given its decentralized nature - can be scaled  better than existing messaging frameworks, whilst incurring zero  configuration costs.

Iris: A decentralized approach to backend messaging middlewares