Beyond Traditional Static Analysis: Guaranteeing Safety-Critical Software Correctness and Security
June 15, 2026
This white paper describes how critical systems developers can guarantee correct functionality and cybersecurity while reducing software verification costs and schedules.
Safety-critical software development has hit the affordability wall. As codebases in aerospace, defense, automotive, and nuclear systems grow in size and complexity, traditional V&V testing processes are becoming prohibitively expensive — and increasingly insufficient for addressing cybersecurity requirements.
This white paper examines why conventional testing methods can no longer meet the dual demands of functional safety and cybersecurity assurance, and how exhaustive static analysis — grounded in mathematical formal methods — offers a rigorously proven alternative.
What you'll learn:
- Why safety-critical software development costs have exceeded the affordability limit under traditional testing regimes
- How late-phase bug discovery can drive rework costs 300 to 1,000 times higher than early correction
- Why undefined behaviors are the most exploitable class of vulnerability in safety- and cybersecurity-critical code
- How exhaustive static analysis provides mathematical guarantees of correctness and security — without additional testing cycles
- How formal methods tools integrate into existing development processes and support compliance with DO-178C, ISO 21434, and related standards