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Design modern architectures from legacy systems by using a two-phase approach that detects existing topology and proposes modern alternatives like Hexagonal, DDD, or Microservices. This process generates domain models, data models, and migration plans while ensuring full traceability to legacy artifacts.

Decomposing a monolith into domain-driven bounded contexts requires analyzing legacy structures to define target topology and technical specifications. The process justifies architectural trade-offs and maintains strict adherence to chosen migration paradigms before generating final implementation specifications.

Data migration planning for legacy modernization operates across two phases: topology detection and specification generation. It defines target data models and migration plans while requiring strategy confirmation, ensuring every new component maps directly back to its legacy origin.

Yes, you can migrate legacy systems to microservices by analyzing the original codebase to propose modern topologies. The workflow automatically detects legacy structures and suggests microservices or event-driven architectures with clear trade-off justifications.

Yes, strategy confirmation is required before generating implementation specifications. The architecture design process enforces adherence to predefined migration paradigms, ensuring the proposed domain models and data migration plans align with your confirmed strategy.

Legacy migration design requires full traceability to ensure every newly designed component, domain model, and data structure maps directly back to its legacy origin. This prevents scope drift and maintains structural integrity throughout the modernization process.