Each card links to a full case study with the standards delivered, the AFSP scope, the artifacts produced, and the measurable outcome. Codenames are sanitized; the engineering work is real.
Each card opens the full case study with standards, scope, and outcomes.
Tomco led functional safety, SOTIF, and UL 4600 evidence for an L4 autonomous delivery program — the full hybrid bench across perception, planning, and the cross-layer safety monitor.
Tomco built the safety case for a humanoid hand and upper-body manipulation platform — collaborative robot standards layered over an ML-policy runtime monitor and SOTIF for unstructured grasping.
Tomco ran IEC 62304, ISO 14971, and FDA SaMD evidence for a robotic surgery platform — with an AI-assist module under ISO/PAS 8800 and the EU AI Act high-risk regime.
The client's tethered heavy-lift cargo drones fell between three standards, none of which fit. Tomco authored TSG-PS 001 and built the first conforming safety case so they could ship before the standard formally existed.
Tomco ran functional safety and battery-system assurance for a leading electric motorcycle OEM — ISO 26262 item definition through UNECE R136 type approval, with the high-voltage battery case as one continuous evidence chain.
Tomco led the functional-safety and cybersecurity case for a heritage motorcycle manufacturer's electrification and connectivity program — ISO 26262 layered with ISO/SAE 21434 and UNECE R155/R156 over-the-air evidence.
Tomco built the safety and AI-governance case for an AI assurance tooling startup — then deployed the same tool ourselves across their downstream robotics customers' safety programs. One shared evidence spine across the platform and the field.
Tomco led functional safety, SOTIF, and UL 4600 evidence for a heavy-duty class-8 trucking ADAS program — perception, planning, and the cross-layer monitor under one signed evidence chain.