Kulia Labs has developed a hypermodal imaging platform that extracts biological information invisible to conventional cameras. By combining hyperspectral imaging, tissue biophotonics, autofluorescence, and AI, we enable earlier disease detection with low-cost, scalable hardware.
Built for the next generation of endoscopy, ESI™ transforms every procedure into a quantitative digital examination - combining enhanced visualization today with AI-powered decision support tomorrow.
A handheld platform that combines spectroscopy, biophotonics, and autofluorescence to generate a quantitative optical fingerprint of tissue. Built for healthcare today—and consumer health tomorrow.
Conventional cameras compress millions of optical interactions into three color channels. Hypermodal imaging preserves far more of the information carried by light-capturing spectral composition, subsurface biophotonics, and autofluorescence in a single acquisition. More information enables better physics.
Better physics enables better AI.
Every material reflects light differently across the spectrum. By measuring those differences, reflectance spectroscopy distinguishes tissues and materials that appear identical to the human eye.
Measures how photons propagate through tissue, exposing subsurface structures and microarchitecture that cannot be observed from surface images alone.
Captures the intrinsic fluorescence of endogenous molecules such as collagen, elastin, NADH, and flavins, providing biochemical information beyond structural imaging.
Every acquisition measures the physical interactions between light and matter rather than simply recording appearance.
Hundreds of millions of measurements are compressed into a unique optical fingerprint for every acquisition.
As the dataset grows, the platform continuously improves its ability to recognize biological patterns across applications.
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