Eyecuracy

AI-powered Eye Tracking

Health Tech & Life Sciences
Active
Seed Tel Aviv-Yafo Founded 2022
Total raised
$1.3M
Last: Seed 2024-01
Stage
Seed
Founded
2022
Headcount
6
HQ
Tel Aviv-Yafo
Sector
Health Tech & Life Sciences

About

Eyecuracy's solution is a hybrid healthcare platform for diagnostics, monitoring, and treatment of neurological and neuro-ophthalmological disorders. It features a user-friendly, simple, and inexpensive hardware device (cameras), smart cloud service, and proprietary, patent pending powerful AI algorithms.

The platform provides convenient and cost-effective patient care by allowing in-office diagnosis and home monitoring and therapy. It addresses challenges of ineffective, subjective diagnostics, monitoring, and treatment methods and low adherence by offering objective measurements, remote monitoring, and personalized treatment options.

Eyecuracy advantage over the competition lies In the core of its technology - unique accurate AI powered eye tracking algorithm. Unlike all other commercially available eye tracking solutions, incapable of providing accurate visual axis, due to cornea distortion and uncertainty of cornea shape, Eyecuracy is the first-of-its-kind platform to break this paradigm of infrared cornea reflections, going to the cornea perimeter (the limbus) and using innovative AI data analysis to locate accurately the optical axis, leading to the desired visual axis calculation.

Funding history · 1 round · $1.3M total

2024-01
Seed $1.3M

Sectors & technology

Primary sector
Health Tech & Life Sciences
Sub-sectors
Health Tech & Life SciencesMedical DevicesDiagnostics Devices
Technologies
Artificial IntelligenceImage RecognitionDeep LearningSimulation & ImagingSynthetic DataPlatforms & InterfacesSoftware
Target customers
Healthcare & Life SciencesHealthcareProvidersEnterprise & Professional Services
Business model
B2BB2B2C

Highlights

1 PatentsVerified

Tags

neurologymonitoringeye-trackingtelehealthsaashospitalscomputer-visionwearableeye-diseaseshealthcare-providersdiagnosticsmachine-learningophthalmologyremote-monitoringmedical-devicestreatments