Notification Oriented Paradigm (NOP) has been proposed as a newway to design software that is more efficient, decoupled, and with better performance than other paradigms. NOP is built based on a well-defined set of entities that interact by means of notifications. The way those entities are designedenables a declarative and rule-based programming model that is suitable fordistributed systems. This paper introduces a method to write distributed NOPprograms that maintains the same characteristics of performance and cohesionthat its local counterpart has. The method is presented with two case studiesthat have their design and performance compared to equivalent programs writtenwith traditional models and paradigms. The results show that distributedNOP programs behave correctly and, beyond the distribution, present similarbenefits as their single instance counterparts
