It’s a two-tier system, which is fully unobtrusive consisting of a wearable and a hub device. The system processes in real-time, whilst still being highly energy efficient and providing a minimum of 12 hours battery life. Data is securely sent to the cloud where machine learning takes effect. Alerts are sent in real time to allow actionable intervention.
Enhancing Workplace Safety with Real-Time Fatigue Monitoring
BaselineNC™ – an award winning smart, wearable device designed by IHF Digital to proactively detect and prevent workplace fatigue, ensuring a safer, more alert workforce.
Key Features
Compact & non-invasive
Lightweight and discretely worn on the wrist without obstructing the user’s activities and movements
Real time data
Proactively logs and analyses biometric data in real time to provide pre-emptive alerts
Accuracy
The data collected through the five biomarkers gives an accuracy rate of 98%
Ease of use
The hardware uses a simple interface which requires minimal user intervention, and a durable power source to last a full shift
Stay Alert. Stay Smart. Stay Safe.
Wearable Fatigue Monitoring System
Baseline NC™ is a predictive fatigue detection device, developed to prevent workplace incidents. It offers real-time monitoring through an unobtrusive wearable device worn around the wrist. It’s designed to be lightweight and comfortable, allowing for extended wear without causing discomfort and can continuously monitor fatigue levels throughout the day, without interfering with operational activities.
How it works
Process Workflow
1. Start of Shift
Wearer collects the wearable and hub device at the beginning of the shift.
2. Device Pairing
The wearable pairs with the hub via bluetooth, enabling communication between the two devices.
3. Data Transmission
Biometric data, along with GPS positioning, is securely transmitted to the cloud. The data is fully encrypted end to end.
4. Cloud-Based Analysis
The cloud hosts the data. Machine learning algorithms detects fatigue and unusual biometric state of the wearer.
5. Alerts & Dashboard
Alerts are sent to the dashboard in the control room and to the wearer when unusual fatigue levels are detected.
6. Action Taken
The response depends on the specific protocols set by the organisation (e.g. alerting a supervisor, instructing the employee to take a break).
Wearable Technology vs Eye Tracking Technology
| Wearable Technology | Eye Tracking Technology | |
|---|---|---|
| Real Time Alerts |  |
|
| Mobile | |
 |
| Detect onset of fatigue | |
|
| Ease of use | |
|
| Cost effective | |
|
| Easy implementation | |
|
| Unobtrusive | |
|
| High Accuracy Level | |
What Makes BaselineNC™ Different?
The system features five key medical grade biometric sensors – continuously assessing the wearer’s condition, creating a personalised fatigue profile with 98% accuracy. Preventing incidents through data driven, predictive and personalised analysis. Allowing you to take actionable intervention and avoiding incidents before they happen.
Blood Oxygen
Heart Rate Variability (RR)
Skin Temperature
Six Axis Accelerometer
Galvanic Skin Response
Ready to Improve your Workplace Safety?
Download our whitepaper on Advanced Fatigue Monitoring and the Inception of BaselineNC™
