The transition from monolithic to microservice architectures has significantly improved scalability and adaptability in software development.

Microservice architecture (MSA) involves building distributed systems with autonomous services collaborating through stateless interfaces, but it introduces complexity due to its distributed nature.

Model-driven architecture (MDA) provides a framework for abstracting complexities and automating development, aiming to decouple business logic from technology for easier maintenance.

Recent studies have explored combining MDA with microservices to address deployment challenges and streamline development processes.

The Zynerator approach extends MDA for microservice architecture, generating microservices and infrastructure components like gateway API and service discovery.

Zynerator uses semantic decorators and templates to reduce complexity, automate processes, and ensure consistency in microservice development.

Integrating MDA with microservices enhances efficiency, manages complexities, and integrates technologies like blockchain to optimize resource allocation.

Ongoing research is focused on fully exploiting MDA's potential in the microservices context to introduce new strategies and address current challenges.

Zynerator's novel approach combines MDA's robustness with modern agility, simplifying microservice deployment and promoting scalability and resilience in software systems.