Measurement and detection
Sensor-based systems for detecting chemical compounds in air and generating reliable, repeatable signals ready for subsequent analysis.
Electronic nose technology
Advanced systems to analyse air and turn signals into decisions.
Olfatronic develops and industrialises innovative, high-value technology products and services based on electronic nose technology, combining sensing, electronics, analysis algorithms and AI-assisted classification across multiple application fields.
SensingArchitectures for measuring chemical compounds in air.
ElectronicsCircuits and embedded systems for acquisition and control.
Intelligent analysisAlgorithms and AI classification to interpret data.
Spin-off of Politecnico di Milano
Olfatronic grows within a research, innovation and technology-transfer ecosystem, aligned with the institutional identity of the Politecnico di Milano spin-off network.
What we do
An integrated platform, from sensing to data interpretation.
Olfatronic combines hardware, software and artificial intelligence to create robust technological tools that can be transferred into advanced application settings.
Electronics and integration
Dedicated electronic architectures, signal acquisition, system control and component integration for advanced technological devices.
Algorithmic analysis and AI
Signal-processing and classification algorithms, pattern-recognition models and AI-based tools to support interpretation and decision-making.
Technology
We design high-value technological systems with industrial deployment in mind.
Our work goes beyond measurement alone: Olfatronic turns electronic nose technology into innovative products and services, with strong attention to robustness, reliability, integration and industrial transferability.
- Dedicated sensing for measuring chemical compounds in air.
- Electronic circuits, data acquisition and embedded control.
- Data-analysis pipelines and AI-assisted classification.
Advanced analytics
Data, models and classification for real-world applications.
Signals collected by sensors are turned into useful information through processing pipelines, analysis algorithms and classification systems that support pattern recognition and the interpretation of measured phenomena.
- Signal analysis and management of complex datasets.
- AI-based classification and decision support.
- Architectures designed for multiple application scenarios.
