VideoOculograph

www.videooculograph.ru

Every 3rd needs vision correction, there are 7.5 mil people with nystagmus and strabismus only in Russia. Treatment of these pathologies at the same time is still in 95% of cases performed only by surgical procedures, defect of nystagmus can return in up to 12 months even after successful surgery.

VideoOculograph allows to solve this problem just simply by the light avoiding any surgical risks or further long rehabilitation period. It's the first complex eye tracking solution on base of computer vision and machine learning for accurate contactless diagnostics of several diseases (neurological disorders, inner ear illnesses, vision diseases etc.) by spontaneous eye moves and pupils reaction and noninvasive treatment of eye pathologies.

Technology was scientificaly validated during trials on base of leading clinics including Fedorov network medical clinic ISTC «Eye microsurgery» with more than 280 successfully treated patients with nystagmus in a result.

Now it became possible to conduct diagnostics for the patient from every point of world. For this it is just enough to send through our interactive platform video of eyes from at least 120 fps camera and he’ll receive the protocol with diagnostic data.

It's revolutionary technology which forever will change the way we used to conduct vision diagnostics and treatment and will improve people health overall as well.

Additionally VideoOculograph includes functional of lie detector by spontaneous eye movements – parameter which can’t be controlled intentionally with the accuracy up to 99,8% in comparison with standard polygraph with accuracy 65-80% and allows to reveal narcotic and alcoholic intoxication by pupils reaction instead of the standard urine drug test.

The researchers conducted on base of Internal Affairs Ministry of Russian Federation, Federal Penitentiary Service of Saratov region and Chair of Narcology and Psychiatry of Saratov state medical university named after V.I. Razumovskiy proved effectiveness of lie detection algorithm.