This system integrates the information of motor vehicle, special vehicle, and the most importantly, vulnerable road users including pedestrian, cyclists traffic demand at intersections. Automatically calculates and generates signal optimization plans in real time according to different traffic demands. Identifies and responds to traffic scenarios and sudden special traffic events. Realizes intersection adaptive traffic control without excessive human intervention, and effectively improve the safety of vulnerable road user safety and solves traffic congestion problems.

Benefits

• Flow maximization through a downstream bottleneck.
• High level of service downstream of the control point.
• Distribution of total delay on the freeway system more equitably.
• Diversion of traffic to other routes or modes.
• Increase in the overall safety of the facility.

Video recognition technology detects the pedestrian status in the pedestrian waiting area and crosswalk area in real time, including the number of people in the waiting area, the comprehensive waiting time, the pedestrian walking speed in the crosswalk, and the detention situation. Combined with the traffic flow demand of road vehicles and the coordinated control demand of upstream and downstream, it realizes the optimal control of non-contact automatic pedestrian traffic signals. A pedestrian radar is also a cost-effective option for pedestrian movement detection including tracking trajectories and identifying stationary positions. Pedestrian radar is often adopted in locations where pedestrian privacy is a concern.

Benefits

• AI video detection of pedestrian crossing demands, automatic cancellation of requests for pedestrian departures.
• Pedestrian radar provide cost-effective detection of tracking trajectories and identifying stationary positions.
• Pedestrian crossing adaptive control without human intervention.
• Dramatically improve the safety of pedestrians.
• Elimination of confusing pole mounted buttons and the spread of germs and viruses.

The ClairSaf Rural Intersection Conflict Warning System (RICWS) addresses the lack of traffic lights in rural or mountainous areas, where power supply and network connectivity pose challenges. The system employs a forward multi-object radar detector to monitor real-time traffic conditions for vehicles and vulnerable road users, such as pedestrians and cyclists, on rural roads. Through traffic flow data analysis, the perception processor issues audio and visual safety warnings. This prompts prudent control of vehicle speed, reducing accidents at rural level crossings and curved road intersections. The system incorporates solar power and 4G/5G wireless communication technology, effectively overcoming power supply and network connectivity challenges in rural and mountainous regions.

Benefits

• Improved the safety in rural road level-crossing and rural road bend area by reducing accidents dramatically.
• Solar power supply eliminates the need for power cables.
• 4G/5G wireless communications ease the remote management and eliminates the need for fiber cables.

Pedestrians are considered vulnerable road users in traffic environments, and conflicts between pedestrian crossings and vehicular traffic in bustling intersections can lead to significant traffic safety incidents. The Smart LED Zebra Crossing automatically illuminates LED floor tiles when the pedestrian signal light is green. When the pedestrian signal turns red, the LED floor tiles either automatically extinguish or display a red light. Additionally, when combined with pedestrian detection devices, the system can automatically identify the presence of pedestrians on the crosswalk. It then lights up the floor tiles to warn approaching vehicles, ensuring pedestrian safety.

Benefits

• Significantly enhance attentiveness and awareness, facilitating easier identification of vulnerable road users by vehicles.
• Implement visible boundaries to separate users in space, especially in low-light conditions.
• Utilize lighting warnings to decrease vehicle speed and enhance the safety of vulnerable road users.