Applications

Where olfactory intelligence creates value.

OSMI transforms complex odour and gas signatures into actionable insights for environmental monitoring, industrial process control and emerging healthcare applications.

OSMI sensor network at an industrial site connected to the cloud dashboard
Next-generation Instrumental Odour Monitoring Systems to transform odour and gas signatures into actionable insights
Environment

Environmental monitoring.

Continuous monitoring of odour emissions and gas profiles to identify abnormal events, locate potential sources and support environmental management.

Environmental odour pollution is a growing challenge for industries and communities alike. OSMI provides continuous monitoring capabilities that complement traditional environmental assessments with real-time information on emission status, odour sources and anomalous events.

Odour emissions›Gas fingerprint›Source and anomaly›Automated alert

Use cases

  • Continuous odour monitoring networks
  • Odour source identification
  • Anomaly detection and automated alerts
  • Odour impact assessment
OSMI unit installed on the walkway above the tanks of a winery

From signal to action

1Process emissions
2Odour fingerprint
3Real-time indicator
4Early warning
Industry

Industrial process control.

Add olfactory intelligence as a new layer of process monitoring.

Volatile compounds generated during industrial processes contain valuable information about operating conditions, product quality and process evolution. OSMI transforms these signals into real-time indicators that support process optimisation and operational decision-making.

By continuously analysing odour and gas fingerprints, the platform can identify learned operating conditions, detect deviations and generate early warnings before issues become visible through conventional measurements.

Use cases

  • Process monitoring and control
  • Quality assurance
  • Product aroma profiling
  • Fault detection and deviation analysis
  • Smart manufacturing and Industry 4.0
Infographic: volatile organic compounds across human biological matrices
Illustration: human volatilome and biological matrices.
Healthcare research

Future perspectives in healthcare research.

Exploring the potential of volatile biomarkers and multisensor analysis for future health-monitoring and diagnostic applications.

Biological processes generate complex volatile signatures detectable in breath, sweat, urine and other biological matrices. Increasing scientific interest in metabolomics and volatilomics suggests these signatures may contain useful information about physiological conditions and disease-related processes.

Biological matrix›Volatile profile›Multisensor fingerprint›Interpretation

Research areas

  • Screening and non-invasive diagnosis
  • Point-of-care solutions

Research scope: OSMI healthcare activities are exploratory and do not concern medical or diagnostic devices available on the market.

Let's discuss your application needs.

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

Contact us →