PREDICT uses advanced fatigue detection methods by connecting to a Garmin smartwatch that tracks vital signs like heart rate and cardiovascular metrics. Using patented algorithms with accuracy, PREDICT analyses this data in real-time and provides alerts; up to 8 minutes before fatigue sets in to help drivers take timely action.

Unlike traditional fatigue monitoring systems that rely on invasive cameras or delayed responses, PREDICT offers non-invasive, real-time fatigue detection. Its predictive algorithms and wearable sensor technology redefine fatigue management by proactively alerting drivers before drowsiness impacts their focus, making it a trusted solution for both individuals and fleets.

PREDICT empowers drivers to take control of their safety by providing real-time fatigue monitoring and proactive alerts. By identifying fatigue before it becomes dangerous, it reduces the risk of accidents caused by drowsy driving.

PREDICT’s fatigue management technology allows fleet operators to monitor driver alertness across their team. By ensuring compliance with safety regulations, PREDICT is a game-changer for drivers' fatigue management in the trucking industry.

Fatigue-related accidents are a serious concern, especially for truck drivers and fleet operators. PREDICT stands out by offering:

• Real-time fatigue monitoring and instant alerts.
• Non-invasive, medically validated technology.
• Improved safety, health, and compliance for individual drivers and fleets.

Take charge of your safety today with the ultimate driver fatigue management and safety solution

Predict is specifically designed and calibrated for monitoring drivers to reduce the risk of sleep-related incidents while driving. It is not guaranteed to perform at the same level in other scenarios such as office work or home use.

No, Predict cannot be used to monitor drowsiness in individuals under the influence of alcohol or drugs that significantly affect driver behavior.

For safety reasons, the Start, Pause, and Stop operations should only be performed when the vehicle is stationary.

"Low quality data" indicates that the smartwatch is not providing sufficiently reliable signals for accurate predictions. Common causes include a loose strap, excessive finger movements, moisture on the sensors, or connection issues between the smartwatch and smartphone. If this issue persists for more than five minutes despite resolving these potential causes, it is recommended to quit and restart the application.

No, once the app is closed, it does not track any physiological data or the driver’s location.

By default, data is only sent to the server when the user experiences a state change, such as transitioning from "Attention" to "Warning," "Attention" to "Awake," or "Awake" to "Off-Wrist.

However, if the user enables the "Live Stream" option in settings, data is transmitted every second. This continuous streaming helps improve algorithm performance in future updates.

The purpose of the Attention is to inform the driver about early signs of possible drowsiness, as the likelihood of phenomena like mind blanking or wandering increases with tiredness, making it crucial to stay focused. After an Attention notification is issued, the driver should attempt to improve cabin comfort (fresh air, temperature) in order to gain as much focus as possible to driving. However, if the Attention level persists, taking a break from driving is recommended.

A "Warning" status indicates that the driver is severely fatigued and at risk of falling asleep within minutes. Upon receiving a Warning alert, the driver must immediately find a safe place to stop and rest.

In some cases, Predict’s acoustic feedback may temporarily restore the driver’s status to "Attention" due to an "awakening effect." However, if the Warning status persists or returns shortly after, the driver must stop driving and rest adequately.

Drivers should always follow company guidelines regarding appropriate responses to a Warning alert.