In regulated software development, requirements are not optional. Yet it is surprisingly common for programs to treat them as documentation written after the fact, or to skip formal requirements entirely in favor of 'working software.' In unregulated environments, this can work. In safety-critical domains, it is the single most common source of late-cycle failures, certification findings, and program recovery situations. SafeCode approaches requirements not as documentation artifacts but as the engineering foundation that makes everything downstream defensible.
| Capability | What It Means for Your Program |
| Requirements Development | Elicitation, analysis, and specification of software requirements — written to be unambiguous, testable, and traceable to system-level intent. Applicable to new development and to programs recovering from specification defects. |
| Requirements Review & Analysis | Independent review of existing requirements against the applicable standard's objectives — identifying ambiguities, conflicts, and gaps before they become defects in implementation or test. |
| Traceability Architecture | Design and implementation of a traceability structure that connects requirements to design, implementation, and test evidence — and survives the scrutiny of a formal certification review. |
| Interface Control Analysis | Analysis of interface specifications and control documents for ambiguities that can propagate into integration failures — particularly in multi-vendor or multi-component programs. |
A requirements defect caught early costs a fraction of what it costs at integration testing — or after a formal certification finding. SafeCode's diagnostic approach to requirements engineering finds those defects at the right time.