Decoding odor to reveal invisible early signals.

SenseBioTek builds odor-based intelligence that transforms complex chemical signals into actionable insights to guide upstream decision-making.

What we do

a white board with post it notes written on it
a white board with post it notes written on it

SenseBioTek develops an AI-augmented electronic nose platform dedicated to odor decoding.

By capturing and interpreting invisible chemical signatures, our technology identifies early signals before they become critical, with major applications in healthcare and other high-impact sectors.

Our mission

Our vision

Our values

SenseBioTek’s mission is to turn body odor into a measurable language by developing reliable decoding solutions that identify early signals before they become critical, with major applications in healthcare and other high-impact sectors.

Our vision is to build a new form of intelligence based on odor, transforming invisible signals into early insights that guide decisions upstream.

Innovation — Exploring, experimenting, progressing

At SenseBioTek, innovation means continuously exploring new technological solutions, experimenting, and adapting to challenges in order to rethink prevention and upstream decision-making. We move forward with rigor and agility to turn invisible signals into meaningful information.

Reliability — From science to decision

Our commitment to reliability is grounded in strong scientific and technological rigor. It ensures that our solutions are not mere technology demonstrators, but true decision-support tools designed to deliver robust, actionable, and trustworthy information.

Collective intelligence — Building together

At SenseBioTek, collective intelligence lies at the core of our approach. It is built through co-creation with our teams, partners, and domain experts. Field experience, collaboration, and shared commitment are essential to developing sustainable solutions with lasting impact.

Our Technology

Volatile organic compounds (VOCs) are molecules naturally emitted by the human body, reflecting its internal biological state.
In the presence of imbalance or disease, these chemical signatures evolve, generating early signals with high informational value.

SenseBioTek leverages these signals through an AI-augmented electronic nose platform combining:

For our research and development projects, SenseBioTek relies on a dedicated high-resolution chromatography system designed to identify and characterize volatile molecular signatures.
gray and back circuit illustration
gray and back circuit illustration

Nanosensor-based detection systems

Patented VOC collection devices, SkinVOCs®
Advanced decoding algorithms

Applications

Healthcare — Early detection through body odor

Healthcare is the primary application area of SenseBioTek.
By decoding body-emitted odors, our platform enables the identification of early signals associated with serious diseases, before obvious clinical symptoms appear.

This approach supports non-invasive prevention, earlier decision-making, and improved care pathways, particularly for conditions where time is a critical factor.

Additional body odor–based applications

Beyond healthcare, decoding body odor can create significant value in other contexts where odor reflects a physiological state, an imbalance, or individual characteristics.

These applications may include, for example:

  • wellness and preventive monitoring,

  • physiological state tracking,

  • cosmetic applications, particularly for understanding individual olfactory signatures, assessing product effectiveness, and developing personalized solutions,

  • and more broadly, any use case requiring the analysis of non-invasive biological signals.

Other odor applications — Beyond body odor

Odor decoding extends beyond human body odor.
The development of applications involving other types of odors—including environmental, industrial, and security-related odors—is led by our subsidiary SenseDetecte, which is dedicated to these domains.

👉 Discover SenseDetecte

Academic Partners

Scientific Committee

Pr Jean-Luc Perrot
Dermatologie-Oncologie
CHU de St Etienne

Dr Didier Thiebaut
Directeur de Recherches,
UMR8231
LSABM ESPCI Paris PSL, CNRS

Dr Jérôme VIAL
Professeur en Chimie,
UMR8231
LSABM, ESPCI Paris PSL

Pr Benoît Piro
Professeur en Chimie & Biocapteurs,
Université Paris Cité,
Print’Up Institute

Dr Bérengère Lebantal
Ingénieure en Chef des Eaux, des Ponts et des Forêts
Laboratoire IMSE
Université Gustave Eiffel.

Dr José Dugay
Maître de Conférences,
UMR8231
LSABM, ESPCI Paris PSL

Incubators & Accelerators

Institutional Supporters

Award Winner 2024

The Team

Nabil Moumane (MD)
CEO & Founder

Nathalie Gagey-Eilstein (PhD)
Chief Technology Officer (CTO)

Kleidisa Rrushka
Chemical Engineer Analytique

Sarah ELIRAKI (MD)
Chief Medical Officer (CMO)

Lambert Trenoras (PhD)
Business Dev. Officer (BDO)

Emilie Duval
Chemical Engineer & Mines
Project Manager R&D

Eva Demongeot
Laboratory Technician

Contact us

woman in white robe sitting on black office rolling chair
woman in white robe sitting on black office rolling chair

Localisation

Address

Aigremont, Île-de-France