TRAFFIC

Data

Paving the way for innovative transportation solutions for smart cities through accurate, reliable and real-time perception of vehicles.

See it in action

HIGHWAY TRAFFIC MONITORING

Upcoming regulations will require complete traffic and safety monitoring for many highways. Although there are a variety of different technologies that offer solutions for this use case, Ainstein’s highly-accurate radar data improves the performance and value of these systems. By integrating both modern radar technologies and processing techniques, Ainstein’s WAYV products can identify complex highway traffic scenarios, enabling new traffic safety applications.

WAYV Pro is an ultra-long-range traffic radar is ideal for highway monitoring, as these stretches of road have multiple lanes with extremely heavy traffic and are prone to accidents. The data provides information about the evolving traffic situation as well as violations of the applicable regulations, such as speeding.

Applications include:

Traffic Flow Analysis
Traffic Statistics
Traffic Guidance
Speed Control
Vehicle Classification
Incident Detection & Management
Hazard Identification & Alerts

90% ACCURACY FOR INTERSECTION MANAGEMENT & SIGNAL CONTROL

Intersections are active and complex. Traffic flow, particularly within downtown environments, is becoming critically important as the number of vehicles on the roads increases. Waiting times at red lights need to be as short as possible and accidents should be minimized, but legacy technologies—such as inductive loops—have limitations on the type and amount of data that can be collected.

Ainstein’s advanced radar systems monitor the speed and distance of vehicles and provide comprehensive traffic information in real-time. By measuring velocity, range, angle and elevation, our solution precisely localizes and distinguishes objects to determine which lanes they occupy. The radar-based data provides rich environmental data, offering significant advantages for asset management, resource allocation, site safety and traffic control.

90% Accuracy for volume, average speed, occupancy, gap, and queue length.

Applications include:

Traffic Light & Signal Control
Wrong Way Detection
Red Light Enforcement
Traffic Monitoring & Statistics
Vehicle Classification
Pedestrian & Bicycle Detection
Junction Management

WAYV RADAR POWERS INTELLIGENT TRANSPORTATION SYSTEMS (ITS)

The accurate and real-time perception of vehicles via robust sensors is the key to enabling smart transportation management systems. One of the benefits of radar sensing is that it works effectively in all weather conditions unlike other perception technologies such as camera, ultrasonic, and LiDAR.

Ainstein’s WAVY radars use proprietary antenna arrays, advanced signal processing and target recognition, and classification algorithms to achieve highly accurate distance, speed, and angle measurements for detected, and tracked vehicles and pedestrians.

TUNNEL MONITORING

Tunnel monitoring is a critical yet complicated component of modern intelligent transportation systems. Because of the unique structure and environment of tunnels, they pose many challenges for effective sensing and awareness, causing other solutions—such as video—to struggle with false alarms caused by dust, insects, reflections and more.

Ainstein has successfully deployed tunnel monitoring across the globe enabling systems automation to detect and alert on incidents such as stopped or slow vehicles and traffic. Incident detection saves lives and provides awareness to traffic management when they need it most.

Ainstein’s ITS sensing solutions are not affected by lighting conditions and are extremely robust to adverse conditions such as fog, dust, snow, and smoke—making them the optimal solution for tunnel incident detection. Our sensors assist in monitoring, controlling, and managing the daily maintenance and operation of the tunnel by leveraging specialized algorithms and advanced anti-multipath interference techniques to achieve all-weather, highly reliable, high-precision ultra-long-range detection and understanding.

Applications include: