Various tools have been developed to reconstruct the microservice system architecture.
Some of the main reasons to build yet another architectural reconstruction tool are the lack …

Microservice architecture is the mainstream driver for cloud-native systems. It brings various
benefits to the development process, such as enabling decentralized development and …

Background: Understanding dependencies within microservices is essential for maintaining
and evolving scalable and efficient software architectures. Dependencies influence how …

Microservice-based systems are often complex to understand, especially when their sizes
grow. Abstracted views help practitioners with the system understanding from a certain …

Architecture recovery tools help software engineers obtain an overview of the structure of
their software systems during all phases of the software development life cycle. This is …

Coupling is one of the most frequently mentioned metric in software systems. However, to
measure logical coupling between microservices, runtime information is needed or the …

Cloud-native systems have become widely embraced by the industry. The decentralization
characteristic of these systems provides many benefits, which have led to their widespread …

A microservice architecture has become the dominant direction for designing the building
blocks of large-scale, distributed software systems. However, the dynamic and changing …

With the soaring popularity of microservices, practitioners have realized that the key to
success lies more in the management of people than in the architecture itself. Due to the …

A micro-service architecture emphasizes the use of subsystems that are small enough for
changing them on the fly. Such architecture supports the continuous evolution of the system …