Traditional physical interfaces require visual focus and manual precision that divert attention from the road. Reducing tactile search tasks minimizes operational latency and enhances situational awareness.

Ambiguous or incorrect identification of passenger presence and posture leads to safety system failures. Precise state determination ensures reliable deployment of protective measures and cabin automation.

Static or poorly adjusted seating during vehicle operation leads to musculoskeletal strain and physiological stress. Addressing this prevents long-term ergonomic injury and improves operator alertness through active physiological feedback.

Sensory conflict between visual game content and physical vehicle motion causes physiological discomfort. Mitigating this conflict improves user endurance and safety during in-car entertainment.