

Conventional cameras capture color using the three primary colors—RGB—mimicking human vision.
In contrast, hyperspectral cameras detect color across 141 spectral bands, far exceeding the color resolution of the human eye.
This makes it possible to distinguish subtle differences in color that are difficult or impossible for humans to perceive.



Traditional cameras capture
3 primary colors

Hyperspectral cameras capture
141 colors

Conventional cameras capture color information using
the 3 primary colors of light (RGB).


Hyperspectral cameras detect color across
141 spectral bands
Accelerating Real-world Adoption through Hyperspectral Technology × AI















Creating a Safe World without Conflict, Disease, or Hunger

What is the Invisible World Project?
Invisible World is a social innovation initiative by Milk., Inc., driven by hyperspectral technology.
By bringing hyperspectral technology into real-world applications, we create a future yet to be seen.








Pioneering company
Professor Shin Satori developed the world's first hyperspectral camera. Building on this legacy, Milk., Inc. has inherited and advanced this technology, with over 25 years of research experience in
*Selected Clients
To build a research institute in Japan that surpasses NASA,
and to cultivate a new generation of scientific entrepreneurs.

