Skip to main content

Kapsch to integrate connected vehicle environment in Ohio

Kapsch TrafficCom is to oversee the infrastructure integration of the Smart Columbus Connected Vehicle Environment (CVE) in the US city of Ohio. The CVE is expected to improve safety and mobility for vehicle operators and pedestrian safety in school zones through connected vehicle infrastructure. It is part of the Smart Columbus programme, an initiative which shares lessons learned and best practices from integrating ITS in a bid to increase transportation mobility and safety. Kapsch will deploy
June 25, 2019 Read time: 2 mins
4984 Kapsch TrafficCom is to oversee the infrastructure integration of the Smart Columbus Connected Vehicle Environment (CVE) in the US city of Ohio.


The CVE is expected to improve safety and mobility for vehicle operators and pedestrian safety in school zones through connected vehicle infrastructure.

It is part of the Smart Columbus programme, an initiative which shares lessons learned and best practices from integrating ITS in a bid to increase transportation mobility and safety.

Kapsch will deploy its roadside unit ITS Station 9160 (RIS-9160) at more than 100 intersections to help support vehicle to infrastructure safety and mobility applications.

The company’s smart cities control centre will gather live data and integrate it into the Smart Columbus network with the aim of improving mobility for residents.

Kapsch is working with Econolite and traffic technology companies Path Master and Danlaw to complete the deployment by February 2020. It will also monitor the status of the network until March 2021.

For more information on companies in this article

Related Content

  • Oxa joins Sunderland AV shuttle programme
    January 20, 2025
    UK city initiative aims to show how AVs can connect people to key destinations
  • Connected Signals improves driver safety in Florida
    September 5, 2018
    Connected Signals is providing drivers in Gainesville, Florida, with real-time predictive traffic information to let them know when traffic lights are going to change. The company says sharing the data with vehicles and drivers can improve fuel efficiency by 8-15% and reduce red-light crashes by 25%. Aggregated real-time signal information, fed through predictive algorithms, is sent to Gainesville drivers via the company’s Enlighten mobile app. The app will eventually be integrated with connected car dis
  • Kapsch to upgrade Maryland’s toll collection equipment
    April 24, 2018
    Kapsch TrafficCom will replace all of Maryland Transportation Authority’s (MDTA’s) roadside tolling equipment. For the upgrade, valued $67m (£47m), Kapsch will utilise radio-frequency identification (RFID) toll readers, automated number plate recognition (ANPR) cameras and scanners in the mixed-mode lanes. The company will also install its stereoscopic vehicle detection and classification sensor (nVDC) in the all-electronic toll lanes.
  • Concerto aims to reduce vehicle emissions
    May 17, 2012
    Led by the Centre for Transport Studies at Imperial College London and involving a range of industrial partners, Concerto – which stands for Co-operative Networked Concept for Emission Responsive Traffic Operations – is a three-year research programme that aims to use the sophisticated test environment of the innovITS Advance city circuit to develop next-generation technologies that reduce motor vehicle emissions.