Skip to main content

Kapsch tackles rapidly evolving urban mobility

Urban mobility in today’s cities is evolving at a rapid pace. Cities are facing huge challenges oneased congestion. Additionally, in this transitional period cities are also faced with the evolution of urban mobility, with new mobility services such as electric and connected/autonomous vehicles. This requires an urgent need for urban traffic management and integrated mobility. Against this background, Kapsch is demonstrating live how
March 20, 2018 Read time: 2 mins
Micael Malmberg of Kapsch

Urban mobility in today’s cities is evolving at a rapid pace. Cities are facing huge challenges on several fronts such as deteriorating air quality and increased congestion. Additionally, in this transitional period cities are also faced with the evolution of urban mobility, with new mobility services such as electric and connected/autonomous vehicles. This requires an urgent need for urban traffic management and integrated mobility.

Against this background, 81 Kapsch is demonstrating live how comprehensive management of urban mobility is made possible with modal shift. Visitors will be shown how traffic management is integral to achieving the required reduction of transportation related emissions.

“We combine several solutions, such as real-time traffic, air quality information, parking and connected vehicle data into one platform,” says Micael Malmberg, VP and head of sales Northern Europe, Kapsch. “This covers all relevant requirements for personalised Mobility-as-a-Service that makes travelling cost-efficient, seamless, environmentally friendly and convenient.

“What we aim for is city mobility planning that is more adapted and sustainable for users, increased Mobility-as-a-Service quality, as well as improved traffic management centre operations. Traffic management is a key element of urban mobility and integrated mobility management will be key to enabling sustainable urban transport in the future. These elements combined will help protect the environment whilst making cities a better place to live,” Malmberg added.

Stand 11.103

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

For more information on companies in this article

Related Content

  • BYD delivers electric buses in Nepal
    October 26, 2018
    BYD has delivered five electric C6 buses to the Ministry of Culture, Tourism and Civil Aviation in Kathmandu to help improve air quality in Nepal. The buses will operate in Lumbini, a Buddhist pilgrimage and UNESCO (United Nations Educational, Scientific and Cultural Organisation) world heritage site. This deployment is part of a wider initiative from the Nepalese government to replace 1,000 taxis in Kathmandu Valley, as well as school buses, with electric vehicles. Last month, BYD also delivered 12
  • ITS Netherlands and Canada announce MoU
    March 26, 2014
    ITS Netherlands and ITS Canada signed an MoU at the show yesterday, aiming to learn from each other’s experiences in the sector. “Our relationship goes way back,” said the organisation’s president, Michael de Santis, “but we thought it was an opportune time here at Intertraffic to formalise this.”
  • 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
  • White paper examines ITS application across four major cities
    December 19, 2017
    Frost & Sullivan and Isbak have released a white paper examining how intelligent transportation systems (ITS) used in Singapore, London, New York and Istanbul are being used on existing roadways to reduce congestion and emissions efficiently. The paper provides an in-depth analysis of transportation policies, implementation methods, best practices and challenges for key cities and how commuters, city management councils and the environment could benefit from ITS implementation.