No new hardware required. Voyage81’s software extracts hyperspectral data from a standard RGB image – an image from your smartphone camera.

Our proprietary algorithms use the RGB information of each pixel in the image as a color signature. Using physics-based machine learning models, and a pre-collected hyperspectral database, each color signature is matched to an optimal hyperspectral signature.

Pixel-level spectral recovery. As each RGB pixel is accurately matched to a hyperspectral signature, our software reconstructs a high-resolution hyperspectral image.

A fraction of the cost of a hyperspectral camera. Use any conventional RGB camera.

Spatial resolution. Get hyperspectral information for all of your 20MP or more, not only 1MP.

Faster. Get hyperspectral images in milliseconds instead of minutes.

Standard phone, modified colour filter. Only a modified colour filter array [CFA] is inserted between a standard smartphone camera lens and sensor.

Unique, wide-band CFAs. Our CFA sees the full range of color wavelengths – not just Red, Green, and Blue.

Spectral recovery engine recovers hyperspectral data from our wide-band CFA measurements. Our software then computes accurate RGB values to construct an enhanced RGB image

Low light performance. With Voyage81’s wide-band CFA, twice as much light reaches the camera sensor.

High performance, unchanged cost for large scale manufacturing. Think of it as a cartridge change in your printer.