Technology Overview

Hyperspectral Imaging (HSI): Make the Invisible Visible

While normal cameras capture images using three basic color bands—red, green, and blue (RGB)—hyperspectral imaging divides light into hundreds of narrow wavelength bands, generating a highly detailed "spectral fingerprint" for every pixel in the image. This unique spectral fingerprint enhances AI's ability to identify disease biomarkers that may blend into the background in RGB imaging.
Machine Learning

We live in a golden era of AI

Our success in developing advanced AI to uncover the complexities of biomarkers is based on our unparalleled hyperspectral imaging systems
Extensive HSI Image Data
Enables comprehensive analysis
High Resolution
Discerns changes at the cellular level
Widefield View
Maximizes information exposure across the retina
Scalable Platform
Operates with minimal overhead costs
our technology

Our Wide-Field Hyperspectral
Fundus Camera

Key Features

Hyperspectral Camera

Capture retinal data across hundreds of spectral bands in less than one second

Operator Independent

Automate pupil and retina alignment within seconds without pupil dilation

Core Benefits

Enabling Artificial Intelligence

Spectral signature amplifies AI to identify disease corresponding retinal biomarkers

Optimizing User Experience

Maximize patient comfort and reduce provider cost, suitable for low acuity locations

Key Features

Hyperspectral Camera

Capture retinal data across hundreds of spectral bands in less than one second

Operator Independent

Automate pupil and retina alignment within seconds without pupil dilation

Core Benefits

Enabling Artificial Intelligence

Spectral signature amplifies AI to identify disease corresponding retinal biomarkers

Optimizing User Experience

Maximize patient comfort and reduce provider cost, suitable for low acuity locations