AI-Native Requirements Management for Industrial Systems Engineering

Trace.Space keeps requirements traceable across a 15 to 30 year lifecycle by maintaining full audit history and baseline management from initial specification through every field modification, upgrade, and service bulletin. Each change links back to the requirement it affects, so a modification made two decades in still traces to its original rationale and verification. Long-lifecycle products stay under control instead of accumulating undocumented changes that surface during an audit.

Trace.Space manages requirements across product variants by letting you reuse shared requirement sets without duplicating the entire traceability structure for each configuration. The platform shows what is common across variants, what is unique to one, and where configurations diverge. A change to a shared requirement propagates to every variant that uses it, so market-specific and application-specific versions stay consistent.

Trace.Space traces requirements across mechanical, electrical, hydraulic, pneumatic, and embedded software domains inside a single coordinated structure rather than separate per-domain tools. Cross-domain links that siloed tools hide become visible, so a mechanical change that affects embedded software shows that connection directly. The AI scans those links and flags downstream impact across every domain when a requirement changes.

Trace.Space supports functional safety cases by connecting hazard analyses to safety requirements, safety functions, and verification evidence in one traceable chain that stays current as the design changes. This gives IEC 61508 and ISO 13849 the documented link from identified hazard to verified safety function that auditors expect. The chain updates as requirements move, so the safety case is ready when a review arrives instead of assembled by hand beforehand.

Trace.Space supports IEC 62443 by structuring traceability for industrial cybersecurity requirements alongside functional safety and quality standards in the same system. Security requirements link to their verification evidence the same way safety and functional requirements do, so one traceability structure covers IEC 62443, IEC 61508, ISO 13849, and ISO 9001. The platform itself is SOC 2 Type II certified and ISO 27001 compliant.

Trace.Space coordinates requirements with component suppliers by allocating specific requirement sets to each supplier and tracking their compliance against those allocations. Traceability holds across the supply chain instead of breaking where one organization hands off to the next. The AI flags missing coverage, so a supplier requirement that has not been verified shows up before it reaches commissioning.