In these sectors, a software failure isn't just a bug to fix: it's a product recall, a line stoppage, a non-conformity, sometimes a safety risk. TiCS and Testwell CTC++ provide the evidence the standards require.
Trajectory, collaborative safety, recovery after a fault: these are edge cases, rarely tested, that make the difference between a safe system and an incident. Coverage measurement and static analysis bring them to light before go-live.
TiCS and Testwell CTC++ are used across all these fields. What changes is the nature of the risk and the regulatory framework the code must meet.
Robotic arms, cobots, AMR/AGV. Control safety and robustness of critical modules.
Embedded controllers, functional safety, code quality before going to release.
Connected devices, verified safety requirements, fewer non-conformities in audits.
Critical software, high safety requirements, mastering complexity over time.
Command-and-control systems, functional safety and SIL levels by scope.
Critical supervision and automation, reliability of continuity-critical systems.
Autonomous vehicles, engine management, firmware stability proven in the field.
Command and control, analysis of silent failures before on-site deployment.
Your field isn't listed? As soon as software carries a risk, coverage measurement and static analysis apply — whatever your regulatory framework.
In industry, software risk isn't told in test coverage or cyclomatic complexity. It's told in product recalls avoided, in line-stoppage hours saved, in non-conformity caught before the notified body.
TiCS dashboards and Testwell CTC++ reports make this connection: they make a technical measurement readable at the level where the decision is made.
A critical defect found in production costs orders of magnitude more than the same defect found before release. That is the whole point of tools built into the CI chain: moving detection upstream.
Identifying the 20% of code that concentrates 80% of the risk means targeting effort where it protects the most — and freeing the rest to move forward.
Whatever your sector, cybersecurity imposes a common requirement: transparency about software components. The Cyber Resilience Act expects an SBOM (an inventory of open-source, third-party, and proprietary dependencies), which TiCS generates as it analyzes.
A TiCS proof of concept or a Testwell CTC++ evaluation: free, on your own code, against your standard's requirements.
Need an expert view before you choose? In 30 minutes, free of charge, the Flash Diagnostic maps your software's quality risks. Discover the Flash Diagnostic →
