Lector Vision launches Cube camera and Traffic Guard

Lector Vision is here at Intertraffic to stage the world launch of two innovative new products – the Cube camera and Traffic Guard, a ground-breaking software analytics development that was funded by the Spanish government. The company’s Cube camera has a wide range of applications, including tolling control, car parking and traffic monitoring. It combines the advantages of machine vision cameras and IP cameras; has a top-performing Sony CMOS sensor; motorised lenses; RAW image processing; advanced on-boa
March 20, 2018 Read time: 2 mins
Camera cubed: Lector Vision’s Roman Kroenberg
7545 Lector Vision is here at Intertraffic to stage the world launch of two innovative new products – the Cube camera and Traffic Guard, a ground-breaking software analytics development that was funded by the Spanish government.


The company’s Cube camera has a wide range of applications, including tolling control, car parking and traffic monitoring. It combines the advantages of machine vision cameras and IP cameras; has a top-performing Sony CMOS sensor; motorised lenses; RAW image processing; advanced on-board OCR processing; and full camera control, including digital inputs and outputs.

The Cube camera has three H264 video channels per camera so that, for instance, one channel can undertake OCR while the other two channels can send the video signal, in real time, to a different control centre.

Lector Vision’s ground-breaking Traffic Guard analytics software system, development of which was financed by CDTI (Spanish Ministry of Economy), can detect vehicles or objects, and follow them into the image, capturing a range of user-defined different parameters. The system can thus autonomously monitor, control, classify and define alerts for an array of different behaviours on the road.

Stand 12.738

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external www.lectorvision.com false http://www.lectorvision.com/ false false%>

For more information on companies in this article

Related Content

  • Nokia’s roadside cloud adds flexibility
    March 22, 2018
    Networking communications equipment vendor Nokia is looking to edge computing to solve road operators’ problems, bringing legacy networks together under its ‘roadside cloud’ concept. “We don’t want road operators to get rid of their existing infrastructure,” explains Matthias Jablonowski, global practice lead – road at Nokia. But it believes connecting roadside infrastructure with a central management system via its roadside cloud – based on the multi-access edge computing (MEC) standard – will allow
    Read More
  • StreetLight Data forms M2 Initiative to measure traffic interaction
    June 11, 2018
    Mobility analytics company StreetLight Data has launched its Multimodal Measurement Initiative (M2 Initiative) to measure the way various modes of travel interact. The company says it is developing new analytics that describe the behaviour of each transportation mode individually. The project will assess the interaction between trips made by personal vehicles, public transit, walking, biking, commercial trucks and gig economy trips made by on-demand rideshare and delivery drivers. For the first phase
    Read More
  • Assocations news worldwide
    May 13, 2016
    ITS America 2016 promises to be anything but ‘business-as-usual’ as its new president and CEO, Regina Hopper, aims to broaden the scope and discussions at the event, billed as “A New Show Representing This Transformative Moment in Intelligent Transportation.” Signifying the changes, this year’s event is in San Jose at the heart of Silicon Valley and has adopted the theme “Integrated Mobility. Transportation Redefined.”
    Read More
  • TinyMobileRobots launches tablet solution for road marker
    March 21, 2018
    Danish firm TinyMobileRobots is showing off a new tablet solution for its robot road marker at Intertraffic. The TinyPreMarker automatically lays out road lines – on motorways, airports or harbours - to an accuracy of 2cm, using a built-in GNSS receiver, the company says. Customers load the pre-marking course required on a programme such as AutoCAD. The product is compatible with CSV, DXF, GEO and LandXML data formats, which can then be transferred to the robot via USB, and the robot will then mark points
    Read More

Highlighted Content