Giving computers a sense of smell.

Vision and hearing have been digitized, but not smell — our oldest and deepest sense.

Osmo brings together frontier AI and olfactory science to solve this historic challenge. While we're starting with the incredibly complex art of fragrance, our ultimate goal is to improve the health and wellbeing of human life through smell.

Science

Read, map, write

To digitize a sense, you must be able to Read it, Map it, and Write it with distinct yet interdependent technologies.

01

Reading requires converting atoms into bits like what a camera does for light and a microphone does for sound

02

Mapping the sensory world involves understanding and organizing those bits like RGB for color and frequency for sound

03

Writing a sense means turning bits back into atoms that we can perceive like we do with printers and speakers

To digitize scent, we have to invent and integrate all three: turning odor molecules into digital signals; understanding how these signals are related and perceived as scents; and converting these digital representations back into real scents.

At Osmo, we started by building the world’s first map of odor, and have begun writing scents from the map into fragrance ingredients. We’re now embarking on end-to-end reproduction of a captured scent. We call this an Osmograph, and believe that like a photo or a song an Osmograph has the power to activate treasured memories and evoke profound emotions.

597
Grape
81
Woody
780
Floral
216
Saffron
818
Leather
302
Lillac
733
Musk
597
Grape
41
Woody
780
Floral
216
Saffron
818
Leather
302
Lillac
733
Musk
733
Musk
302
Lillac
818
Leather
216
Saffron
780
Floral
41
Woody
597
Grape
733
Musk
302
Lillac
818
Leather
216
Saffron
780
Floral
41
Woody
597
Grape

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Giving computers a sense of smell.