As vehicles become increasingly intelligent, seats are evolving from passive structures into active human-machine interfaces.

Yet conventional seating systems still struggle to adapt to diverse body types, postures, use cases, and occupant behaviors.

AIO-X bridges this gap by enabling seats to sense, perceive, understand, and intelligently respond to every occupant—creating a truly adaptive seating experience.

Adaptive Occupant Understanding

AIO-X continuously interprets occupant characteristics and seating conditions to create a more adaptive seating experience.

• Occupant Classification (OCS): Identifies adults, children, and unoccupied seats.
• Automatic Adjustment: Automatically adjusts seat fore/aft position, backrest angle, and headrest height to fit the occupant.
• Adaptive Support: Airbags automatically adjust to provide tailored support.
• One-Touch Relax: One touch activates a predetermined recline position with personalized support.

Precision Posture Care

By combining pressure sensing with anatomical and posture analysis, AIO-X enables active posture optimization.

• Anatomical Detection: Detects key anatomical landmarks, including the ischial tuberosity, sacrum, L3 lumbar spine, and head position.
• Posture Recognition: Detects forward, backward, and lateral leaning.
• Posture Correction: Targeted airbags guide the occupant toward a more balanced posture.

Proactive Fatigue Intervention

AIO-X proactively intervenes in fatigue and discomfort during extended driving through adaptive support and active massage.

• 30-Minute Drive: Increases seat firmness to enhance support and help delay fatigue.
• 1-Hour Drive: Activates cyclic massage to relieve prolonged-sitting discomfort and support sustained driving comfort.

Seat Microclimate Control

Integrated temperature and humidity sensing monitors the occupant-seat interface in real time, enabling coordinated control of seat ventilation, heating, airflow, cabin HVAC, and fragrance systems. By sensing localized heat and perspiration, the system delivers faster and more precise comfort control than conventional ambient climate management.

In-Cabin Interaction & Safety

• Pressure-Aware Interaction: Transforms pressure-sensitive surfaces throughout the cabin into intuitive interaction interfaces, including door panels, instrument panels, seat armrests, seat surfaces, steering wheels, and overhead control areas.
• Anti-Pinch Protection: Uses pressure sensing to detect potential pinch conditions and enhance occupant safety.

Trained on Real-World Human Data

Built on real-world human data and continuously refined through iterative optimization to deliver reliable performance across diverse occupants and driving scenarios.

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