Safety Biometrics provides a clinical‑grade wearable bracelet that continuously monitors vital signs such as heart rate, HRV, blood oxygen, blood pressure, core temperature, and hydration. Using edge AI, the device detects fatigue, heat stress, and dehydration in real time and issues immediate alerts to the worker and supervisors, while a cloud dashboard aggregates data for scheduling, compliance, and risk reporting. The solution helps safety managers in high‑risk industries reduce incidents, liability, and insurance costs.
Funding
Funding not disclosed
Founders
Product
Problem
Workplace fatigue, dehydration, heat stress, and other physiological impairments often go unnoticed until an accident occurs, leading to injuries, liability, and lost productivity across high‑risk industries such as transportation, mining, foundries, security, and aviation.
Solution
Safety Biometrics provides a clinical‑grade wearable bracelet that continuously measures vital signs—including heart rate, heart‑rate variability, blood oxygen, blood pressure, core temperature, and hydration status. Advanced machine‑learning algorithms analyze these data in real time to detect fatigue, dehydration, heat‑related stress, and other health risks. When a risk threshold is crossed, the device issues an immediate audible and vibratory alert to the worker and sends a wireless notification to a designated supervisor. Collected data are aggregated into an analytics dashboard that supports smarter scheduling, trend reporting, and compliance documentation, helping organizations reduce incidents, liability, and insurance costs.
Target Audience
Primary customers are safety managers and operations leaders in high‑risk sectors such as transportation, mining, foundries, security services, and aviation who need real‑time physiological monitoring to protect workers and reduce liability.
Features
- Continuous multi‑parameter biometric sensing (HR, HRV, SpO₂, BP, core temperature, hydration) with clinically validated accuracy
- Edge AI models that evaluate fatigue, heat stress, and dehydration risk on the device in real time
- Dual alert system: on‑person vibration/sound plus instant supervisor notification via wireless signal
- Cloud‑based analytics platform offering dashboards for trend analysis, break‑time optimization, and regulatory reporting
- API integration for existing safety management systems and incident‑response workflows
- Wearable form factor designed for rugged industrial environments and 24/7 use