traceability-matrix

To generate a requirements traceability matrix for GxP compliance, map user requirements to functional specifications, design specifications, and test cases. This establishes bidirectional traceability, ensuring all regulated system requirements are verified and documented for audits.

Bidirectional traceability maps user requirements forward to test cases and backward to design specifications. Regulatory mapping aligns these requirements with specific 21 CFR Part 11 and EU Annex 11 clauses, demonstrating that all system functions meet regulatory standards.

Performing a gap analysis on a traceability matrix involves identifying and documenting forward and reverse traceability gaps. This process detects missing mappings between user requirements, functional specifications, design specifications, and test cases to ensure complete test coverage.

Yes, you can map user requirements directly to IQ, OQ, and PQ test cases. The traceability matrix links User Requirements (URS) to Functional Specifications (FS), Design Specifications (DS), and these test cases, ensuring complete verification across the validation lifecycle.

You need a traceability matrix for a regulated system audit when you must demonstrate complete bidirectional traceability from user requirements through testing. It provides documented evidence that all critical system modules are fully tested and comply with standards like EU Annex 11.

Yes, this traceability matrix approach works for EU Annex 11 compliance by mapping system requirements to specific regulatory clauses. It ensures all user requirements, functional specifications, and test cases are documented and traceable for regulatory audits.