The software analyzes facial expressions, eye movements, and other visual cues to determine whether a driver is impaired, without relying on vehicle telemetry or intrusive sensors.
How it works
// Slowed or irregular tracking, unusual eye motions and more.
// Droopy lids or slow blinks that indicate a dazed state.
// Dilated pupils or slow reaction to light.
// Difficulty keeping a steady gaze or abnormal head motion.
// Data such as steering or lane position can be used as support.
All detection is camera-based and happens in the background. If impairment is detected, the system can issue alerts or provide an input to activate vehicle safety features. No intrusive action is required from the driver, and the analysis respects privacy by running locally on the vehicle.
Trained on the world’s largest naturalistic dataset on alcohol- and drug-impaired driving, our AI models are built for real-world automotive environments.
The system maintains high accuracy across lighting conditions, demographics, and driving scenarios, detecting impairment within seconds – enabling proactive safety intervention before risk occurs.
All detection is camera-based and happens in the background. If impairment is detected, the system can issue alerts or provide an input to activate vehicle safety features. No intrusive action is required from the driver, and the analysis respects privacy by running locally on the vehicle.
Our models are trained on the largest real-world dataset of alcohol- and drug-impaired driving behavior. This gives Sightic unmatched accuracy, reduces false positives, and ensures reliable performance across diverse populations and conditions. We are world leading and niched in data collection it is the backbone of everything we do – the foundation that makes Sightic a world leader in AI-driven impairment detection.
Sightic’s solution runs on existing in-cabin infrastructure and can be integrated without adding sensors or redesigning systems. It’s hardware-agnostic, cost-effective, and ready for over-the-air updates.
Our AI models evolve continuously through updates to adapt to new substances, driver behavior patterns, and regulatory changes such as Euro NCAP 2026 and upcoming U.S. mandates.
Designed to meet Euro NCAP 2026 requirements and align with U.S. and EU automotive safety standards, ensuring regulatory readiness for OEMs and Tier 1 suppliers.
We collect naturalistic impairment data in multiple countries under strict local and ethical guidelines. All data is fully anonymized and handled in compliance with global privacy and legal standards.
Our technology does not use or store any personal identifiers. The system focuses solely on signs of impairment, protecting user identity and data.
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