Enhancing Reusability in Microservice Architecture

This research delves into the domain of microservices, with a primary focus on elevating reusability within microservice architectures. Microservices have emerged as a promising solution to address the limitations of monolithic legacy systems, offering heightened agility, improved maintainability, and a means to overcome complexities in software development. However, reusability in microservices remains a critical concern due to several challenges, including Code Duplication, Technology Heterogeneity, Service Boundaries, Contextual Dependencies, Interface Design, and Versioning. To mitigate these challenges, we introduce the Reusable Microservices Framework, a systematic software development process based on principles distinct from Domain-Driven Decomposition. The validation of the RMF comprises a two-phase approach. In the first phase, we substantiated its effectiveness through a mathematical proof, highlighting a notable reduction in development time. In the second phase, we implemented the RMF in a real-world software company, demonstrating its practical adoption and impact on enhancing reusability and agility in the ever-evolving digital landscape.