Engineering Safety Into Autonomous and High Integrity Control Systems.
Expert systems engineering and system safety consulting for autonomy & advanced control systems in road vehicles, drones, and machines — from requirements through verification.
What We Do
Systems Engineering
End-to-end systems engineering from stakeholder needs, operational concepts through system requirements, functional, logical and physical architecture, interface definitions. System decomposition into functional allocation, hardware and software segmentation and design requirements. Document based and MBSE approaches, traceability, and tool-agnostic. Adoption of AI workflows for Systems Engineering and Safety.
System Safety Engineering
Systematic hazard identification and risk assessment using HARA, FMEA, FTA, FMEDA, and STPA. Safety concept development through to safety case construction. Adoption of AI workflows to enhance system safety engineering.
AI Safety & SOTIF
Safety of the intended functionality for ML-based perception and decision systems. ODD definition, scenario coverage analysis, and performance limitation assessment.
Verification & Validation
V&V strategy development, test case derivation from requirements, simulation-based verification and validation testing, and safety validation evidence compilation for certification. Adoption of AI to enhance effectiveness and improve efficiency of V&V with traceability and impact to requirements and architecture.
Industries We Serve
Autonomous Road Vehicles
CONOPS / operational concepts, ISO 26262 Item definition, HARA, FTA/SFMEA/DFMEA/AFMEA, functional safety, SOTIF analysis, ODD boundary definition, and ADAS/ADS safety-critical concepts and technical safety architecture for passenger vehicles, commercial trucks, and off-highway equipment. Structured methods to establish analysis and evidence with metrics decomposition to establish design rigor. ASPICE or equivalent compliance.
Autonomous Drones & UAVs
Safety engineering for unmanned aircraft systems under ARP4754, ARP 4761 and DO-178C. Requirements, Architecture, V&V, FHA, PSSA, SSA, DAL assignment, FTA/FMEA's, and safety concepts/architecture and airworthiness evidence for civil and defense programs certification.
Autonomous Machinery & Robotics
IEC 61508 and ISO 13849 safety lifecycle for autonomous mobile robots, industrial automation, and safety-critical machinery operating in unstructured environments.
Standards Coverage
Applied across all engagements — not cited, implemented.
Ready to engineer safety into your autonomous system?
Whether you're navigating ISO 26262 certification, building a safety case for an AI-driven system, or defining your V&V strategy — we engage at the technical level your program demands.
Engagements begin with a technical scoping call.
Start a Conversation