Precision is light years ahead
we see below the surface
Unlike a typical photograph, a hypergraph is meauring how different wavelenths of visible and invisible light penetrate and reflect within skin (kind of like an MRI or an XRay).
A LAYER BY LAYER ANALYSIS
With the hypergraph and deep learning models, we are able to create a layer by layer analysis of your skin health and needs.
built on cutting edge technology
built on cutting edge technology
With years of R&D and technologies from precision medicine, dermatology, and skin biology, we’ve created the largest skin health data set and first precision skincare Lab in San Francisco.
HYPERSPECTRAL MAPPING
HYPERSPECTRAL MAPPING
Often used in satellite imaging, hyperspectral imaging measures over 600 wavelengths of light. Because skin biology reacts differently to specific wavelengths, we can create a layer by layer signature of your skin physiology.
POLARIZED IMAGING
POLARIZED IMAGING
Polarization is used to control the angles of light emitted and captured. By rotating polarization and wavelengths you can create a more holistic picture of skin from the surface and it’s micro organisms to UV damage.
E.I. SPECTROSCOPY
E.I. SPECTROSCOPY
E.I. Spectroscopy is a novel technology used in advanced dermatology labs that can be used to understand the ingretity of the skin barrier, skin’s cellular density, and hydration across the layers of skin.
SFDI
SFDI
SFDI uses visible and near infrared light to measure your skin’s energy supply (Oxygen saturation and microvasculature flows)and your skin's ability to rejuvenate. It also calculates your scattering coefficient which evaluates the structural tightness of your collagen elastin matrix.