Skip to main content

ParkNow and BMW solution takes Intertraffic 2018 Innovation Award

A smart parking solution which directs city drivers to the likeliest available spaces based on historical and real-time traffic flow data has won the overall prize at the Intertraffic 2018 Innovation Awards. The On-Street Parking Information (OSPI) feature in BMW cars, coupled with an in-dash payments system from ParkNow, guides drivers to the area in which they should have the best chance of parking and then allows them to pay for it. Peter van der Knaap, CEO of Dutch road safety institute SWOV and jury
March 22, 2018 Read time: 2 mins
BMW's Stephanie Zeilinger with Park Now's Tobias Scheibling, centre and Marc de Vries

A smart parking solution which directs city drivers to the likeliest available spaces based on historical and real-time traffic flow data has won the overall prize at the 70 Intertraffic 2018 Innovation Awards.

The On-Street Parking Information (OSPI) feature in BMW cars, coupled with an in-dash payments system from ParkNow, guides drivers to the area in which they should have the best chance of parking and then allows them to pay for it.

Peter van der Knaap, CEO of Dutch road safety institute SWOV and jury chairman, announced the winner during the official opening of the show. The award judges were impressed with the seamlessness of ParkNow’s payment technology, and with the level of system integration into the car’s dashboard – thus reducing the potential for driver distraction.

Ben Rutten of Eindhoven University of Technology said: “ParkNow and BMW’s OSPI will result in a hassle-free last mile, as well as reducing distances driven, resulting in cleaner cities and less congested roads.”

A colour-coded navigation map highlights the optimum routes for urban drivers to try, based on information such as parking meter payments and transactions from parking apps, as well as machine learning algorithms. When drivers leave the parking spot, their transaction is automatically closed.

Intertraffic 2018 Innovation category winners

  • Infrastructure: CROSS Zlin OptiWIM
  • Traffic Management: Eco-Counter Citix-3D
  • Safety: Sernis Tecnologic Solutions SR-90
  • Smart Mobility: BMW & ParkNow On-Street Parking   Information (OSPI)
  • Parking: ParkHere Self-powered Parking Sensor

Related Content

  • June 8, 2015
    Conscience versus convenience
    David Crawford looks at new ways forward for public transport. By 2025, nearly 60% of the world’s population will be living in towns and cities, increasing their extent and density, and the journeys that people make within and between them. In response, the International Association of Public Transport (UITP) wants to see public transport’s global modal share doubling (PTx2) by the same date. “Success in 2025,” a spokesperson told ITS International, “will save 170 million tonnes of oil equivalent and 550
  • October 5, 2016
    Evolving commuters' demands to pave the way for car-sharing business models
    Physical integration of public transit systems with car-sharing will enhance convenience and drive growth opportunities, finds Frost & Sullivan's Mobility Team. Its latest study, Future of Car-sharing Market to 2025, says that with vehicle automation rapidly gaining currency, cars-haring operators (CSOs) are developing novel business models to address the evolving mobility demands of commuters. They will initially offer self-parking services, allowing members to drop off vehicles at designated parking lo
  • October 17, 2019
    Getting C/AVs from pipedream to reality
    The UK government has suggested that driverless cars could be on the roads by 2021. But designers and engineers are grappling with a number of difficult issues, muses Chris Hayhurst of MathWorks Earlier this year, the UK government made the bold statement that by 2021, driverless cars will be on the UK’s roads. But is this an achievable reality? Driverless technology already has its use cases on our roads, with levels of autonomy ranked on a scale. At one end of the spectrum, level 1 is defined by th
  • February 25, 2019
    Siemens Mobility project uses rerouting to improve air quality in Munich
    Up to 40% of drivers are willing to help reduce air pollution when provided with alternative routes on ThinxNet’s Ryd platform, says Siemens Mobility. The partners worked with air quality specialist Hawa Dawa in a four-week project in Munich to prove that intelligent traffic control can help cities become more sustainable. Siemens says initial results for more than 1,600 drivers in the German city showed savings of 83 kg of carbon dioxide and 114 g of nitrogen oxide as well as a reduction of 633km driven