IPSME- Idempotent Publish/Subscribe Messaging Environment

TL;DR

IPSME offers a scalable, protocol-agnostic publish/subscribe environment that simplifies integrating diverse systems without requiring major re-engineering, by enabling dynamic translation and decoupled interactions.

Contribution

The paper introduces IPSME, a novel, scalable publish/subscribe environment that achieves interoperability among disparate systems without predefined protocols or frameworks.

Findings

Successfully tested in three use cases.

Achieves linear complexity in system integration.

Does not require system re-engineering.

Abstract

The integration (interoperability) of highly disparate systems is an open topic of research in many domains. A common approach for getting two highly disparate systems to be interoperable, is through an agreed-upon protocol (e.g., via standardization) or by employing a common framework. The problem of integrating systems arises when many of these protocols/frameworks come into existence. Both, agreeing on protocols/frameworks and creating mappings between protocols takes time and effort. An interoperability solution must be scalable and should not require stakeholders to adapt to major changes in their system i.e., systems should not need to be re-engineered as other systems are added, removed or replaced in the integration. IPSME is introduced as a solution for integrating highly disparate systems. IPSME decouples the dependencies between interacting participants. Interoperability is achieved through dynamic translations, avoiding the need for agreed-upon protocols or frameworks. Scalability is achieved by not having a limitation on the number of messaging environments or the topological organization thereof. IPSME is minimally invasive and through a network effect reduces the overall complexity of integrating many systems to linear. IPSME has been evaluated and thus far been tested in three use cases.