Two solutions, before it becomes a risk.
Sightic Pro
Drug Impairment Screening. Run by any designated person in about 15 seconds, the AI reads the involuntary eye and ocular signals that drugs alter and can't be masked. No samples, no dedicated hardware.
Sightic Solo
Alcohol Impairment Screening. Self-administered on the employee's own phone, it returns a result in about 6 seconds from the facial and ocular signatures that rise with blood alcohol.
Across industries and fields where a moment of impairment carries real consequences.
Retail
Age-restricted sales carry real legal exposure, and every inconsistent ID check is a liability. With objective, camera-based verification at the checkout, the outcome is the same every time, no matter who is working.
Piloted at Vinmonopolet, Norway’s state alcohol retailer.
AI estimates age in seconds, auto-approving clearly older customers and flagging anyone near the legal threshold for a standard ID check. One checkout camera, no new hardware.
A passive check that runs while the customer packs their items and signals staff if there are signs of alcohol impairment — no extra step, no interaction.
Shared micro-mobility
Alcohol is behind a meaningful share of e-scooter injuries, and cities are tightening the rules. Smart Eye adds an under-6-second alcohol scan directly into the unlock flow of your existing rental app. Impaired riders are filtered out, and the sober majority ride on without friction.
The rider completes a brief scan as part of the normal unlock with no hardware and no queues.
The camera reads eye and head movement and hundreds of other indicators; on a positive, the operator decides what happens next — block, warn or log.
At a 1% false-positive rate, it correctly identifies 97.2% of clearly impaired riders at 0.8‰ BAC and above, where crash risk is roughly ten times higher than for a sober rider.
Safety-critical workplaces
Screen for drug and alcohol impairment before a shift starts. On a smartphone, in seconds, with no lab, samples or specialist on site. Only positive screens go to further verification, so lab tests keep their role for contested results.
Proven in production and deployed at a major Scandinavian automotive plant for preventive pre-shift screening. The same technology a European police authority uses for roadside drug detection, adapted for the worksite.
Roughly a 15-second scan run by any designated person; no medical training needed. It reads the involuntary eye movements and ocular responses that drugs alter, and that can’t be masked — across cannabinoids, central stimulants, CNS depressants, and opioids.
A self-administered, roughly 6-second scan on the worker’s own phone, reading the facial and ocular signatures that rise with blood alcohol.
Iris recognition confirms who’s actually present in under a second, so only authorized people enter secure areas or operate vehicles and machinery.
Every Smart Eye impairment solution rests on a scientifically validated foundation. Accurate, reproducible and grounded in peer-reviewed methodology.
14,000+
real-world recordings of impaired individuals
Partnerships
developed together with leading research institutions
Available now
Ready to deploy with custom integrations scoped to your setup
Ethics, privacy and compliance
All processing happens on-device. No images stored, no biometric data retained. The solutions are GDPR-compliant and ISO 27001 certified, with formal ethics approval for every study behind the models.
Tell us about your environment and regulatory exposure and we’ll walk through what a measurable pilot would look like.
Safety & Risk FAQ
Any designated person in your organization can run it; no medical training is required. The drug screen takes about 15 seconds and the alcohol screen around 6 seconds, both on a standard smartphone, so it fits the start of a shift without a lab, samples or a specialist on site. The alcohol screen is self-administered — the worker holds up their own phone — while the drug screen is run by the designated person.
It’s built for prevention rather than suspicion, so it works as a fast first layer: everyone can be screened before a shift, and only those who screen positive proceed to further verification. Lab tests keep their role for confirming contested results — but they were never designed for daily, at-scale use. The result is broader coverage than random testing, which catches only a small fraction of impaired workers, without slowing operations.
Yes. The alcohol scan integrates directly into your existing rental app’s unlock flow, so a rider completes an under-6-second check as part of the normal process before the ride starts — no extra hardware and no queues. The camera reads eye and head movement and other indicators in real time; on a positive result, the operator decides what happens next, whether that’s blocking the ride, showing a warning, or logging the event.
The system uses AI to estimate a customer’s age in seconds from a single checkout camera — auto-approving clearly older customers and flagging only those near the legal threshold for a standard ID check. It runs on the camera already present in most modern self-checkouts, so there’s no new hardware, and it gives the same outcome on every transaction regardless of who’s working. In a pilot at Norway’s state alcohol retailer, none of the 521 under-25 customers were auto-approved across more than a thousand scans.
Yes. Alongside age verification, a passive check runs while the customer packs their items and signals staff if there are signs of alcohol impairment — with no extra step and no interaction for the customer. That covers the second obligation in age-restricted retail: not completing a sale to someone already visibly impaired, without putting that judgment call on individual staff.