Smarter parking in Poland

Polish smart cities IT solutions provider has chosen Nedap’s Sensit wireless parking to improve on-street parking in the Polish city of Piekary Śląskie. The new Parkanizer platform from BT Skyrise collects and shares data for parking guidance and reporting purposes and is integrated with Sensit, which monitors the real-time usage of on-street parking spaces using parking bay mounted sensors. Sensit consists of bay-mounted parking sensors using combined magnetic and infrared detection technology to ens
July 13, 2016 Read time: 2 mins
Polish smart cities IT solutions provider has chosen 3838 Nedap’s Sensit wireless parking to improve on-street parking in the Polish city of Piekary Śląskie.

The new Parkanizer platform from BT Skyrise collects and shares data for parking guidance and reporting purposes and is integrated with Sensit, which monitors the real-time usage of on-street parking spaces using parking bay mounted sensors.

Sensit consists of bay-mounted parking sensors using combined magnetic and infrared detection technology to ensure accurate vehicle detection. Real time parking occupancy status information is transmitted via the wireless network to the central hosted cloud-based server, which transmits it to the Parkanizer platform.

Parkanizer displays the availability and pricing of parking spaces to drivers via a smartphone app, using dynamic markers on a map, including the number of available parking spaces in geo-location context. Parking spaces reserved for people with disabilities are marked separately. Motorists receive real time updates on vacant parking spaces. When parked, the app can be used to pay on-line.

Parkanizer Analytics enables parking operators to manage, monitor and control the real-time usage of parking spaces.
Parking & Access Control

Related Content

  • June 2, 2016
    Belgrade gets smart with parking
    Public utility company Parking Servis in Belgrade, Serbia, has introduced a wireless parking solution to enable motorists to quickly find vacant parking spots, utilising Nedap’s Sensit system, in an effort to combat congestion caused by a growing number of vehicles and a limited number of parking spaces. Over 3,500 parking spaces within time-restricted parking zones will be equipped with Sensit wireless bay-mounted sensors that detect vehicle occupancy status and the parking duration of individual parkin
    Read More
  • May 10, 2016
    Swedish city optimises disabled parking
    Swedish city Linköping has introduced an innovative solution to enable drivers to locate available parking bays for motorists with disabilities. The designated parking bays, spread over 23 parking areas across the city, are equipped with Nedap’s wireless in-ground Sensit sensors which detect the occupancy status of each individual parking bay in the street and the parking duration. The sensors, which Swarco Sweden integrated with the city’s LinPark parking app, process occupancy data in real-time and dis
    Read More
  • November 4, 2016
    Australian supermarket chain opts for Nedap’s Sensit parking guidance
    A leading Australian supermarket chain has chosen Nedap’s Sensit wireless parking guidance system to provide accurate information on parking space availability for the car park at its headquarters in New South Wales. Local company Holman Engineering implemented a solution which uses optical sensors above each parking bay to determine the status of the indoor parking spaces, while Sensit was used to monitor o monitor occupancy of the outdoor parking bays. Sensit uses surface-mount wireless parking se
    Read More
  • April 10, 2015
    Verona selects Nedap real-time parking sensors
    Following a pilot project, the city of Verona in Italy has integrated Nedap’s Sensit wireless parking sensors with Wes Park software from Project Automation in a bid to manage parking in the city’s narrow streets. By introducing Nedap’s Sensit sensors, which improve utilisation of the city’s existing parking spaces, AMT, the service company managing the Verona Urban Parking Plan is now able to optimise parking. The system consists of wireless parking sensors that detect in real-time whether or not a s
    Read More

Highlighted Content