This wearable for your ear uses biometric monitoring to prevent accidents.
Based in London, startup Canaria measures the vigilance of the wearer in an unobtrusive and continuous way in order to help people work safer and live healthier. Designed for space, the eponymous biomedical device measures vitals via CO2 monitoring. The biometric monitoring hardware alerts astronauts when they are tired and tells managers when accidents happen. In addition to having a comfortable custom, patent-pending fit, Canaria also does individualized data. The tool measures things like ambient gas detection, blood oxygen saturation,
heart rate, respiration rate and temperature.
Canaria is an example of how predictive technology can be used to make the world of work safer for those in space and people here on Earth.
Why This Trend Is Growing
- Predictive Wearables
- Wearable devices that use biometric monitoring for predictive alerts and safety measures can be applied in various industries.
- Continuous Health Monitoring
- Continuous health monitoring and data collection through wearables can have a positive impact on physical safety and overall well-being.
- Real-time Alert Systems
- Real-time alert systems using biometric data can help improve safety in various industries and prevent accidents before they occur.
Industries Being Reshaped
- Aerospace and Aviation
- Predictive wearables with real-time alert systems can help prevent accidents and improve safety for astronauts during space missions.
- Manufacturing
- Continuous health monitoring through wearables can help prevent workplace accidents and improve overall safety for manufacturing employees.
- Healthcare
- Predictive wearables with real-time alert systems and continuous health monitoring can improve patient safety and preventive care in the healthcare industry.
