Works like a human nose.
With superhuman abilities.
Each breath passes through the olfactory receptor array and produces a unique “neural code” of the scent.
Similarly, air passing through the robust scent receptor array in the Noze chip produces a unique “digital scentprint”.
The olfactory bulb and the brain process the incoming neural code and interpret whether it’s the scent of coffee or, say, fresh bread with coffee in the background.
Noze’s proprietary multi-layered perceptive AI engine applies a series of algorithms to accurately interpret scentprints, analyzing intensity and other factors — no matter what else might be in the background.
Humans’ ability to learn new aromas requires a single exposure to the scent and being told what it represents.
Trained to do the same, Noze algorithms are able to learn from a small number of digital “scentprints” since there are no large, well-curated datasets in digital odor perception.
As humans, we have developed the powerful ability to scale our sense of smell by learning from one another and continuously adding new scents to our individual ‘libraries’.
Comparably, every Noze chip is connected to our centralized cloud-based platform allowing it to be remotely updated to detect new odors as additional ‘scentprints’ are added to the Noze library.
Our cutting-edge sensor chip decodes the environment as a whole, isolating useful signal from background scent noise and detecting individual chemicals as well as complex odors in real-life environments.
It doesn't simply detect the binary presence of a VOC or odor, it measures their intensity and tracks their evolution in real-time.
effects
Each Noze sensor chip shares the network’s collective odor perception. In other words: every time the system learns a new smell, every Noze sensor chip around the world will be able to recognize it.
analytics
The Noze sensors never sleep. Neither do our systems. They process and analyze scent information continuously for real-time odor recognition and tracking.
connectivity
All the data flows within our platform and its ecosystem are protected by a secure and encrypted communication protocol.
Greatness built in.
Our cutting-edge sensor chip decodes the environment as a whole, isolating useful signal from background scent noise and detecting individual chemicals as well as complex odors in real-life environments.
It doesn't simply detect the binary presence of a VOC or odor, it measures their intensity and tracks their evolution in real-time.
Each Noze sensor chip shares the network’s collective intelligence. In other words: every time the system learns a new smell, every Noze sensor chip around the world will be able to recognize it.
The Noze sensors never sleep. Neither do our systems. They process and analyze scent information continuously for real-time odor recognition and tracking.
With a footprint of only 29x28mm, Noze chip can be integrated into virtually any device or appliance.
Our APIs can be seamlessly integrated with new or existing user interfaces (UIs), enabling real-time access to scent data, analytics, and alerts.
All the data flows within our platform and its ecosystem are protected by a secure and encrypted communication protocol.
All the data flows within our platform and its ecosystem are protected by a secure and encrypted communication protocol.
Over to you
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