Occupant Detection, Reimagined
SIMPLER DESIGN, SMARTER SAFETY AND LOWER COST
Aptiv's Advanced Occupancy Classification (AOC) is an innovative occupant-awareness solution that delivers full regulatory-grade accuracy using the vehicle’s built-in interior camera. With AOC, OEMs can streamline system architecture, reduce costs and enable future‑ready smart-cabin intelligence.
Designed for Today. Ready for Tomorrow
Built on more than two decades of Aptiv leadership in occupant detection, Advanced Occupancy Classification (AOC) software uses AI and computer vision to accurately classify occupants based on height, size, posture and seating position, enabling safe and reliable airbag deployment decisions. The solution is compliant with all applicable global occupant safety regulations today and is designed to exceed current standards as requirements evolve.
Key Benefits of Advanced Occupancy Classification
By replacing PODS-related in‑seat hardware with a single interior camera, AOC significantly reduces system complexity and cost while improving scalability across vehicle platforms, allowing greater cabin design flexibility.
SAFE
100% accuracy on FMVSS 208 test cases
AOC helps meet global safety regulations (FMVSS208, Euro NCAP) to suppress airbags under certain conditions, achieving 100% accuracy across all FMVSS 208 regulatory test cases and greater than 99% accuracy in everyday “Due Care” scenarios – and can support evolving requirements through over-the-air software updates.
SIMPLE
Up to 40% system costs savings
SMART
15+ features from the same camera
Sensing and Perception
Enabling cabin monitoring applications
Aptiv’s sensing and perception capabilities use the latest cameras and AI-powered software to deliver a complete understanding of the vehicle interior. This advanced solution enables OEMs to achieve best-in-class cabin awareness with a cost-effective, flexible system architecture.
Compute
Supporting advanced software functions
Aptiv’s high-performance compute architecture for in-cabin sensing is designed for scalability, supply chain flexibility and continuous upgradeability, supporting evolving safety and experience features over the life of the vehicle.