Device

A flexible sensing platform designed around your application.

OSMI combines advanced sensing technologies, artificial intelligence and cloud connectivity to transform complex odour and gas signatures into actionable information for environmental, industrial and emerging healthcare applications.

Commercial launch expected in spring 2027
Technology highlights

One platform. Multiple configurations.

The modular architecture adapts sensors, sampling and enclosure to the application context.

Render of the OSMI device

Multi-sensor architecture

  • SMOX sensor arrays
  • Electrochemical sensors
  • Photoionisation detector (PID)
  • Dedicated sampling and flow control

AI-enhanced performance

  • Odour detection and classification
  • Quantification models
  • Interference compensation
  • Long-term stability and robustness

Cloud-native platform

  • Secure connectivity
  • Remote device management
  • Web dashboards
  • Historical data analytics
How it works

Inspired by human olfaction.

OSMI leverages electronic nose technology to capture the collective response of complex gas mixtures. Unlike conventional analytical techniques focused on chemical speciation, the platform generates multidimensional odour fingerprints that describe the mixture as a whole. Advanced AI models interpret these fingerprints to enable continuous monitoring.

Human olfaction
Olfactory receptorsMany receptors, overlapping responses
Activation patternOdour perceived as a whole
BrainRecognition and memory
OSMI
Multisensor arraySMOX, electrochemical, PID
Multidimensional fingerprintThe mixture described as a whole
AI modelsClassification and quantification
The process

From odour fingerprints to actionable intelligence.

1

Sense

Capture complex odour and gas signatures

Dedicated sampling systems, flow control and intelligent electronics continuously monitor the chemical environment, generating stable and repeatable multidimensional fingerprints.

OutputOdour and gas fingerprint
2

Interpret

Convert fingerprints into meaningful information

Artificial intelligence models recognise patterns, compensate for interferences and maintain performance over time, transforming raw sensor data into reliable indicators.

OutputClassification, concentration and trend data
3

Understand

Reveal what is happening

The platform translates complex chemical signatures into insights about operating conditions, emission status, process evolution, product quality, faults and anomalies.

OutputOperational intelligence
4

Act

Enable timely decisions

Insights are delivered through cloud-based dashboards, reports and automated alerts, supporting effective monitoring, control and management actions.

OutputDecisions, alerts and actions

Let's discuss your application needs.

From environmental monitoring to process control, the OSMI team is ready to support your project.

Contact us →