reversa-designer

Automate system migration design by detecting legacy topology, proposing modern alternatives, generating architecture and domain models, and creating a data migration plan with validation strategies. Run the skill to initiate the end-to-end migration design process.

Topology detection identifies the structure of your legacy system and proposes a modern alternative architecture. This ensures the target system design aligns with your current infrastructure before proceeding with domain modeling and data migration planning.

Yes, the framework supports various paradigms and migration strategies for system migration. It handles topology detection, architecture design, domain modeling, and data migration planning to adapt to different legacy system modernization scenarios.

Create a data migration plan by using the framework to generate mappings, transformations, and validation strategies automatically. The plan is derived from the chosen target topology, domain model, and data model designed during the architecture generation phase.

Yes, you need Python scripts for analysis, design, and documentation generation. The framework uses Python dependencies including pypdf, pdfplumber, and pdf2image to process inputs and automate the system migration design workflow.

Document a legacy system migration by generating the system architecture, domain model, and data model based on your chosen topology. The framework produces comprehensive documentation covering the migration plan, mappings, and validation strategies.