Scent Detection
as a Platform
Inspired by biology, designed for the digital world
Our platform was built to replicate the way we smell.
Our digital nose sensor – which is based on NASA patents – creates a unique "scentprint" for any chemical, mix of chemicals or smell.
SENSOR
Our AI engine, powered by powerful neural networks, decodes information captured by the sensor to identify the underlying scent and its intensity.
AI ENGINE
Our system processes and analyzes information continuously and in real-time enabling scent recognition in under a second.
REAL TIME ANALYTICS
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NETWORK EFFECTS
APIs
SECURE CONNECTIVITY
Sensor benefits from the collective intelligence of the entire network. What that means is once a new smell is added, every sensor around the world would be able to recognize it too.
Our APIs can be seamlessly integrated with new or existing user interfaces (UIs), enabling real-time access to data, analytics, and alerts.
All the data flows within our platform and its ecosystem are protected by a secure and encrypted communication protocol.
Our AI engine, powered by powerful neural networks, decodes information captured by the sensor to identify the underlying scent and its intensity.
SENSOR
AI ENGINE
Our system processes and analyzes information continuously and in real-time enabling scent recognition in under a second.
REAL TIME ANALYTICS
NETWORK EFFECTS
Every sensor benefits from the collective intelligence of the entire network. What that means is once a new smell is characterized, every sensor around the world would be able to recognize it too.
NETWORK EFFECTS
APIs
Our APIs can be seamlessly integrated with new or existing user interfaces (UIs), enabling real-time access to data, analytics, and alerts.
All the data flows within our platform and its ecosystem are protected by a secure and encrypted communication protocol.
SECURE CONNECTIVITY
Have a look at how it all comes together.
Our platform is an end-to-end solution that brings together a cloud-based AI engine in tandem with a proprietary digital nose sensor.
Our digital nose sensor – which is based on NASA patents – creates a unique "scentprint" for any chemical, mix of chemicals or smell.
Our AI engine, powered by powerful neural networks, decodes information captured by the sensor to identify the underlying scent and its intensity.
Our system processes and analyzes information continuously and in real-time enabling scent recognition in under a second.
SENSOR
AI ENGINE
REAL TIME ANALYTICS
SECURE CONNECTIVITY
APIs
NETWORK EFFECTS
Every sensor benefits from the collective intelligence of the entire network. What that means is once a new smell is characterized, every sensor around the world would be able to recognize it too.
Our APIs can be seamlessly integrated with new or existing user interfaces (UIs), enabling real-time access to data, analytics, and alerts.
All the data flows within our platform and its ecosystem are protected by a secure and encrypted communication protocol.
A centralized AI engine is the heart of our platform.
It's in the cloud and incredibly powerful.
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ADVANCED DETECTION
to identify individual chemicals (VOCs), chemical mixtures & everyday odours
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AUTO
CALIBRATES
for temperature, humidity, ageing & chip-to-chip variations
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DIFFERENTIATES
& ISOLATES
signal from background "scent" noise for accurate detection in everyday environments
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LEARNS & INTERPRETS
individual scent fingerprints to quantify intensities & track their evolution in real-time
A single sensor,
infinite detection.
Our NASA-based sensor detects individual chemicals and complex smells (odours) in real-time.
CUTTING EDGE TECHNOLOGY
An array of 32 chemiresistive sensors creates a unique "scentprint" based on the change in resistance as each sensor reacts to an odour.
HOLISTIC DETECTION
Unlike a traditional sensor, its cross-sensitive so it can decode the environment as a whole instead of detecting just one particular VOC.
GRANULAR MEASUREMENT
It doesn't simply detect the binary presence of a VOC or odour, it measures actual intensity to provide meaningful context.
SMALL FORM FACTOR
With a footprint of only 29mmx28mm, it can be integrated into virtually any device or appliance.
NETWORK EFFECTS
Every sensor benefits from the collective intelligence of the entire network. What that means is once a new smell is characterized, every sensor around the world would be able to recognize it too.