legacy-requirements-extractor

Extract business requirements from legacy code by applying Requirements Archaeology and the Horseshoe Model to recover As-Built rules. This process bridges implementation and business intent, producing a traceable requirements list and architecture map to guide modernization.

Yes, you can reverse engineer COBOL and Java codebases to generate a Bi-Directional Requirements Traceability Matrix (RTM). The analysis links code artifacts directly to business rules, supporting forward-looking cloud-native migration planning.

The Horseshoe Model in legacy code analysis is a formal Requirements Archaeology approach used to recover true As-Built requirements. It maps deep implementation logic in code, configs, and database artifacts to architectural intent and business decisions.

This approach works with SQL and shell scripts, as well as COBOL and Java artifacts. It combines static, dynamic, and data-driven analysis across these formats to identify hidden rules and configuration-driven policies.

Identify dead code and hidden business rules by analyzing legacy codebases to extract As-Built requirements. This process reveals configuration-driven policies and opaque logic, enabling accurate risk assessment and migration strategy planning.

You should reconsider reverse engineering for legacy modernization if your codebase lacks clear static artifacts or configuration files to analyze. The approach relies on accessing these implementation details to successfully map architectural intent and business rules.