✕The challenge

Managing Requirements, Risk & Traceability across the product lifecycle

• Siloed requirements and fragmented documentationEngineering, quality, regulatory affairs, and risk teams often store requirements in disconnected tools — documents, spreadsheets, Jira tickets — making it hard to keep information consistent. When one requirement changes, you are manually hunting down every affected test, risk, and specification.
• Regulatory complexity across jurisdictionsMedical devices must meet multiple global standards — FDA 21 CFR Part 820, EU MDR, ISO 13485, ISO 14971, IEC 62304 — each demanding rigorous documentation, traceability, and audit evidence across the full design history.
• Traceability breakdowns across the lifecycleMaintaining end-to-end traceability between design inputs, risks, design outputs, and V&V test results is mandatory. Any missed connections during design reviews or audits can trigger non-conformities and delay market entry.
• Manual risk management and poor integrationRisk activities often live outside core development workflows, leading to manual updates, missed links between risks and requirements, and risk matrices that fall out of sync with the actual design state.
• Cumbersome design control and V&V processesDesign control requires robust linking of requirements to design outputs and V&V tests — but disconnected systems make test planning and audit trails inefficient and error-prone, especially for hardware or combination device teams.
• Time-consuming audit preparationWithout automated traceability and centralised design history, preparing technical documentation for regulatory submissions (510(k), CE marking, PMA) requires weeks of manual compilation rather than a single-click export.
• Collaboration gaps across cross-functional teamsWithout a unified platform, engineering, QA, and regulatory affairs teams work in silos — leading to version mismatches, duplicated effort, delayed review cycles, and slower time to market.