Viziblezone - Protecting pedestrians near roads

Viziblezone is a vehicle/pedestrian real-time accident prevention system. It transforms the pedestrian’s mobile phones into accident prevention devices.

The solution is designed to operate under any weather and visibility conditions and to detect pedestrians at up to 150 meters, with minimum false alarms, even when they are located behind obstacles and with no direct line of sight between the pedestrian and the vehicle.

Viziblezone relies on a cutting edge and unique communication protocol which enable direct communication between the devices and as such operates even when there is no cellular network and with no latency.

A sophisticated behavioral predictive AI based engine which predict the road user behavior in advance is used to detect potentially dangerous situation and notify the driver/vehicle.

How does it work?

1. A pedestrian/cyclist/scooter driver or any other road user, carrying a mobile phone is approaching a road

2. Personalized behavioral prediction model, determines when to start broadcasting the pedestrian’s presence signals to nearby moving vehicles

3. Proprietary patent-protected communication protocol that adapts the broadcast transmission profile to the environmental RF conditions, start broadcasting the pedestrian’s presence and additional relevant information

4. A counterpart in-vehicle device, receive the pedestrian presence and information

5. In-vehicle risk assessment model, based on the driver/pedestrian profiles, is applied to scale the risk

6. The driver/Vehicle ECU is being notified accordingly

Why Viziblezone?

Viziblezone transforms mobile phones into accident prevention devices. Viziblezone unique protocol and algorithms allow it to use existing transceivers and sensors on phones and in cars to provide alerts to endangered pedestrians and the endangering vehicle before an accident occurs through a mobile phone application.

Viziblezone is the only solution agnostic to weather and other visual obstacles and its D2D offering makes its real-time functionality possible