epyMetrics
Develops wearable physiological sensors and a cloud-based safety platform to monitor non-desk workers in real time and detect early signs of heat strain, fatigue and physiological overexertion. Combines on-device and cloud analytics, physiological modeling, and privacy-preserving dashboards for occupational safety, with hardware engineering and manufacturing performed in Switzerland.
Industries
Nr. of Employees
small (1-50)
Patents
Chip-based multi-channel electrochemical transducer and method of use thereof
US-11579116-B2
View Details
Chip-based multi-channel electrochemical transducer and method of use thereof
US-11579116-B2
View DetailsProducts
Wearable physiological monitoring device (torso or upper-arm strap)
Small-form-factor wearable that records multiple vital signs including electrical cardiac signals, optical heart rate, sweat and thermoregulatory data; supports local storage (~50 hours), BLE gateway transmission, inductive charging and ruggedized environmental protection.
Cloud-based occupational health and safety platform (live and historic dashboards)
Platform consolidating live team-level indicators and historic aggregated analytics, providing role-based access, traffic-light status indicators for live safety, and tools for workflow intelligence and analysis.
Wearable physiological monitoring device (torso or upper-arm strap)
Small-form-factor wearable that records multiple vital signs including electrical cardiac signals, optical heart rate, sweat and thermoregulatory data; supports local storage (~50 hours), BLE gateway transmission, inductive charging and ruggedized environmental protection.
Cloud-based occupational health and safety platform (live and historic dashboards)
Platform consolidating live team-level indicators and historic aggregated analytics, providing role-based access, traffic-light status indicators for live safety, and tools for workflow intelligence and analysis.
Services
On-site and remote support for device provisioning, charging-dock deployment, gateway configuration, and integration with operational workflows and connectivity harnesses.
Aggregated historic analytics for workflow intelligence and safety optimization based on pseudonymized team-level data and domain-specific dashboards.
On-site and remote support for device provisioning, charging-dock deployment, gateway configuration, and integration with operational workflows and connectivity harnesses.
Aggregated historic analytics for workflow intelligence and safety optimization based on pseudonymized team-level data and domain-specific dashboards.
Expertise Areas
- Occupational health monitoring
- Wearable device engineering
- Physiological modeling and biomarker analysis
- On-device and cloud machine learning
Key Technologies
- Wearable physiological sensors (ECG electrodes, optical heart-rate, sweat sensors, thermal sensors)
- On-device machine learning
- Cloud analytics and dashboards
- Bluetooth Low Energy (BLE) gateway connectivity
News & Updates
Article discussing WHO/WMO report implications for workplace heat stress and advocating technology-enabled Occupational Heat Action Plans including wearables and predictive platforms.
Announcement of a next-generation wearable device with reduced dimensions, strap-mounted ECG electrodes, inductive charging and improved ruggedization; mentions multi-day battery claims and environmental ratings.
Publication of a wearable-based controlled-climate chamber study (rail-construction simulation) in the journal Physiological Measurement, conducted in collaboration with academic and institutional partners.
Participation and sponsor activity at AUTOMA Congress 2024 (industry event focused on digitization and automation in energy sector); presentation of platform use-cases for disconnected workforces.
Website redesign announcement describing updated site aesthetics and messaging around connected worker safety.
Study of perceived heat stress and physiological strain in simulated track workers published in Physiological Measurement, validating wearable data collection in controlled climate conditions.
Article discussing WHO/WMO report implications for workplace heat stress and advocating technology-enabled Occupational Heat Action Plans including wearables and predictive platforms.
Announcement of a next-generation wearable device with reduced dimensions, strap-mounted ECG electrodes, inductive charging and improved ruggedization; mentions multi-day battery claims and environmental ratings.
Publication of a wearable-based controlled-climate chamber study (rail-construction simulation) in the journal Physiological Measurement, conducted in collaboration with academic and institutional partners.
Participation and sponsor activity at AUTOMA Congress 2024 (industry event focused on digitization and automation in energy sector); presentation of platform use-cases for disconnected workforces.
Website redesign announcement describing updated site aesthetics and messaging around connected worker safety.
Study of perceived heat stress and physiological strain in simulated track workers published in Physiological Measurement, validating wearable data collection in controlled climate conditions.