Versatile, scalable ITS platform

Matsur, based in the USA and a subsidiary of Russian company Vzglyad, will use the 2015 ITS World Congress to highlight ElecTraCop, its united technological platform for ITS, based on RFID technologies. Matsur says the platform is a multifunctional solution to ITS-related issues, providing a single technical means for traffic control and management, parking control, traffic violations monitoring, etc. All functions are automatic and don't require human involvement. The system is highly versatile and scalabl
July 31, 2015 Read time: 2 mins
ElecTraCop technological platform for ITS

8186 Matsur, based in the USA and a subsidiary of Russian company Vzglyad, will use the 2015 ITS World Congress to highlight ElecTraCop, its united technological platform for ITS, based on RFID technologies.

Matsur says the platform is a multifunctional solution to ITS-related issues, providing a single technical means for traffic control and management, parking control, traffic violations monitoring, etc. All functions are automatic and don't require human involvement. The system is highly versatile and scalable from a single junction, to a district, city, region, or even a country.

The technical basis of the system consists of underground antenna readers as well as electronic licence plates to replace standard government-issued ones. A new licence plate can serve both as a unique identification device for the vehicle/driver, since it contains the necessary data, and, for example, as an electronic wallet to pay for different services, such as toll road usage or parking.

For more information on companies in this article

Related Content

  • Sensor technology advances increases ITS opportunities
    March 16, 2016
    Basler’s Enzio Schneider explains why advances in CMOS technology provides new opportunities for vision-based ITS applications. Since the beginning of 2015, or even before, it seems obvious that all roads in vision-based ITS applications lead in one technological direction – CMOS. Initially perceived as a trend in vision technology, it has taken a step towards status as the new benchmark with Sony’s announcement to discontinue their CCD production. CMOS sensor technology has become the future for industrial
    Read More
  • Tollers make way as NextNav muscles into 902-928MHz spectrum
    July 30, 2013
    Toll operators and Progeny trade claim and counter claim about the potential ramifications of operating in the 902-928MHz spectrum, as Jon Masters finds out. Two months after the Federal Communications Commission (FCC) determined that Progeny can start commercial operation of its NextNav location finding service, the dust has begun to settle. The tolling industry has had a chance to reflect on how this may impact its operations, in the knowledge that NextNav will share the 902-928MHz frequency band with RFI
    Read More
  • Key business gains for Kapsch in the US and Portugal
    April 17, 2012
    Kapsch TrafficCom IVHS has been selected by the E-ZPass Group, a coalition of 24 toll agencies in 14 US states, as vendor for a new 10-year technology and services contracts, subject to individual agency approval processes. As a result of the selection, Kapsch TrafficCom IVHS will continue to provide transponders, readers, ancillary equipment and services to support the operations of members of the E-ZPass Group, who collectively operate the largest interoperable toll collection system in the world with mor
    Read More
  • Polarisation is glaringly obvious, says Sony
    December 3, 2018
    Glare from the sun is a factor in a large number of road accidents – many of them fatal. But there is a solution at hand: using polarisation can mitigate the effect of glare and improve ITS camera enforcement, explains Stephane Clauss The effect of glare on driver safety has been well documented. A 2013 UK study by the country’s largest driver organisation, the AA, calculated sun glare was a contributing cause in almost 3,000 road accidents in 2012 alone. This represented one in 33 accidents on Britain’s
    Read More

Highlighted Content