Skip to main content

Vitronic presents next-generation of Lidar technology

This ITS World Congress sees Vitronic presenting its next-generation of Lidar (Light Detection And Ranging) traffic enforcement in North America. The new and enhanced PoliScan system offers not only best-in-class speed and red light enforcement but enables authorities to enforce additional violations such as tailgating, point-to-point speed enforcement, and ANPR applications simultaneously from the one fixed location.
September 7, 2014 Read time: 2 mins
Daniel Scholz (left) and Stephen Tuttle of Vitronic display the PoliScan

This ITS World Congress sees Vitronic presenting its next-generation of Lidar (Light Detection And Ranging) traffic enforcement in North America. The new and enhanced PoliScan system offers not only best-in-class speed and red light enforcement but enables authorities to enforce additional violations such as tailgating, point-to-point speed enforcement, and ANPR applications simultaneously from the one fixed location.

The PoliScan Lidar technology allows all this to be done across multiple lanes through tracking and documenting multiple vehicles at the same time.
The company says the new system recently demonstrated its superior performance in an elaborate street test: it was the only speed camera in the test to document six cars speeding in parallel and will be the backbone of the new automated enforcement system in Abu Dhabi, one of the biggest and most advanced traffic enforcement projects worldwide.

Besides the leading enforcement hardware, Vitronic is also showcasing software solutions for remote control, case processing, and asset management of networked enforcement systems. Visitors can learn first hand about the benefits of having enforcement systems permanently online – ranging from import and processing of cases to optimising traffic flow by feeding the data from speed cameras into traffic management systems.

Another big topic at the Vitronic booth is TollChecker, a flexible free-flow tolling technology that can be applied to highways, rural roads, and urban environments. The innovative system design and smart maintenance concept enhances operational efficiency as well as the accuracy, reliability and security of each tolling application.

Booth: 607
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 12670 0 oLinkAsset <span class="mouselink">www.vitronic.com</span> Vitronic Website false /EasySiteWeb/GatewayLink.aspx?alId=12670 true false%>

Related Content

  • Flexible LED lighting for all applications
    February 26, 2014
    The Agmi Area Lighting system can be used in many different applications by changing the lens photometry that is located on the modules. One of the main advantages is that the lumen output of each individual module can be controlled separately.
  • Pedestrian sensing and optical upgrades from Wireless Technology
    September 9, 2014
    New pedestrian-sensing technology and an enhanced camera system are key exhibits on Wireless Technology’s booth.
  • Real time transportation management on show at ITS World Congress
    October 19, 2012
    Selex Elsag, a Finmeccanica company, will use the ITS World Congress to highlight its Mobility Management System that allows real-time central management of a transportation network. It collects data from different remote sensors and processes them through the application of algorithms, to predict, control and optimise traffic conditions of people and goods. By integrating a variety of data, applications and communications layers to foster the creation of a valuable set of information, the system can suppor
  • Real-time video vehicle tracking from Covisys
    October 29, 2014
    German company Covisys develops a range of high performance machine vision for many industries, including automotive, using cutting edge HTML5 technologies like WebRTC for video streaming and WebSockets for control of its smart cameras and devices. Its CarID vehicle licence plate detection and recognition system can be used to identify vehicles accessing public car parks and to control vehicle input and output fl ow in restricted areas.