US judge finds in favour of Kapsch in legal action on tolling products

Kapsch TrafficCom North America is pleased to report that the US International Trade Commission (ITC) judge has ruled in its favour in a legal action brought by Neology, seeking to prevent Kapsch from importing certain electronic tolling products using the ISO/IEC 18000-6C communications protocol (6C Standard).
June 26, 2017 Read time: 2 mins

4984 Kapsch TrafficCom North America is pleased to report that the US International Trade Commission (ITC) judge has ruled in its favour in a legal action brought by Neology, seeking to prevent Kapsch from importing certain electronic tolling products using the ISO/IEC 18000-6C communications protocol (6C Standard).

Kapsch believes that the 6C Standard is a truly open communications protocol, and the ITC’s initial determination in this case supports this position, stating that the patents asserted by Neology are invalid.

Chris Murray, president and CEO of Kapsch TrafficCom North America, says of the decision, “Kapsch will continue to advocate for open-communication and RFID standards. This is to the good of the consumers and the entire economy as it facilitates national electronic tolling interoperability.”

Kapsch has been a strong proponent of open standards and interoperability within the electronic tolling solutions industry and market. Open standard communication protocols are critical to meeting the goals of the US Moving Ahead for Progress in the 21st Century Act (MAP-21), enacted in 2012, which mandates national agreement on tolling technologies and business practices to facilitate national electronic tolling interoperability. In support of this, Kapsch released and published its Open Standard Time Division Multiplexing (TDM) specification to the public in 2013, enabling open and free access to developers seeking to work with and implement the highly reliable and thoroughly tested TDM specification. The TDM protocol is currently utilised by the E-ZPass® Group, the largest interoperable tolling network in the country.

Charging, Tolling & RUC

For more information on companies in this article

Related Content

  • Favourable legislation essential for developing successful test sites, finds Frost & Sullivan
    May 26, 2016
    New analysis from Frost & Sullivan, Global Test Sites and Incentive Programs for Automated Cars, finds unfavourable legislation in many parts of the world can delay the testing, validation and subsequent introduction of automated vehicle technologies by a few years. Despite the availability of advanced automated functional testing in several parts of the world, original equipment manufacturers (OEMs) and automotive technology providers favour North American test beds to the ones in Europe and Asia, says
    Read More
  • Future of tolling: the priorities
    January 14, 2020
    In the final part of his investigation into the future of tolling technology, Josef Czako of Moving Forward Consulting asks what industry figures see as the priorities going forward…
    Read More
  • Kapsch piloting in New York
    May 21, 2012
    New York roadways are safer and more secure thanks to a recent deployment of a series of 5.9 GHz vehicle transponders in commercial trucks that travel the state’s highways. Vehicles equipped with the Kapsch Dedicated Short Range Communication (DSRC) Real-Time Clearance system will be able to electronically report the driver’s identity, the fleet company’s safety record and the vehicle’s health and condition.
    Read More
  • Travel times halve for tolling converts
    August 5, 2013
    The Port Mann Bridge in Vancouver is a prime example of how the latest ITS systems enable new infrastructures to be built and paid for while still providing additional user benefits. Vancouver has 2.2 million inhabitants and, like so many major cities, is divided into two by a river, the Frazer river. This combination makes Vancouver the second most congested city in North America and the most congested in Canada. Through the middle of the city runs the Trans-Canadian Highway 1 which crosses the Frazer Riv
    Read More

Highlighted Content