The onset of microservices has changed the software architecture field. Microservice-based architectures outshine monoliths in many vital aspects that bring migration to the forefront of the current discussion. Presently, migration is proving to be a challenge to software developers. Manual migration requires an in-depth understanding of a complex domain. As such, it necessitates thorough preparation, followed by a time-consuming manual rewrite of the entire functionality.
As such, the main goal of the thesis is to create a prototype application based on a processing pipeline that generates a proposed set of microservices based on a given monolith system, helping developers analyse their projects. To reach the main goal, it will be first necessary to study and review the proposed approaches in the literature and propose an approach to be integrated into a processing pipeline.

• Review existing approaches to the migration from monolithic systems to microservices: automated and manual;
• Create a prototype pipeline for automated migration that would identify microservices. Static and dynamic code analysis will be used to define a candidate set of microservices.
• Validate the proposed approach for microservices migration on a sample project;
• Compare the resulting migration to microservices to the results proposed by other research tools;