Microservices architecture has become enormously popular because traditional monolithic
architectures no longer meet the needs of scalability and rapid development cycle, and the …

Microservices architecture has gained significant traction, in part owing to its potential to
deliver scalable, robust, agile, and failure-resilient software products. Consequently, many …

The success of modernizing legacy software systems to Service-Oriented Architecture (SOA)
depends on Service Identification Approaches (SIAs), which identify reusable functionalities …

Legacy systems are long-lived applications, with obsolete technology and degraded
architecture. These systems hamper digital transformation and innovation, and require a …

Due to its tremendous advantages, microservice architectural style has become an essential
element for the development of applications deployed on the cloud and for those adopting …

Since microservice has merged as a promising architectural style with advantages in
maintainability, scalability, evolvability, etc., increasing companies choose to restructure …

Microservices architecture is a new paradigm for developing a software system as a
collection of independent services that communicate via lightweight protocols. In greenfield …

Today's system migration focuses on modernizing legacy and monolithic systems towards
microservices' architectures. This study aims at understanding if and how quality attributes …

The microservice-based architecture-a SOA-inspired principle of dividing systems into
components that communicate with each other using language-agnostic APIs-has gained …

The growth in the development of microservices has sparked interest in evaluating their
quality. This study seeks to determine the key criteria and challenges in evaluating …