Digitising Smell for Better Health

We build highly selective sensors that detect VOC metabolites in real time, combining proprietary hardware with in-house AI models for medical olfaction

We believe in a future where smell is digitized

We believe in a future where smell is digitized

An illustration from Carlos Gomes Cabral
An illustration from Carlos Gomes Cabral
An illustration from Carlos Gomes Cabral

01.

Ultra low detection limit

Our sensors detect VOCs in the parts per billion range for trained compounds - rivalling canine olfaction in many cases. Detection limits, while low, vary per compound

02.

Low false positive rate

03.

Easy microcontroller integration

01.

Ultra low detection limit

Our sensors detect VOCs in the parts per billion range for trained compounds - rivalling canine olfaction in many cases. Detection limits, while low, vary per compound

02.

Low false positive rate

03.

Easy microcontroller integration

01.

Ultra low detection limit

Our sensors detect VOCs in the parts per billion range for trained compounds - rivalling canine olfaction in many cases. Detection limits, while low, vary per compound

02.

Low false positive rate

03.

Easy microcontroller integration

Health and Wellness

Our technology is a non-invasive solution for screening and monitoring biomarkers in urine, sweat and other bodily fluids. We aim to make biomarker monitoring cheap, non-invasive - enabling us get earlier signals on our health across multiple indicators.

Product

Product

Our first product combines powerful machine learning algorithms with gas sensor arrays, enabling us detect and characterize hundreds of different odors in real time. We do model training and inference via a single hosted API. This innovative approach allows for sample collection and model fine-tuning at break-neck speed.

Our Investors

Our Investors

Join us as we digitize smell

Join us as we digitize smell

© OdorPi 2025

Join us as we digitize smell