Skip to main content

Parker smartphone app enables real time parking search

Thanks to a partnership between parking technology provider Streetline and Cisco, drivers in the San Francisco bay area of the US are now able to locate the nearest vacant parking space using just their smartphone and a mobile app called Parker. First deployed in Sausalito, the system has now been installed in San Mateo and San Carlos. It uses a small wireless sensor about the size of a golf hole installed in the parking bay to detect whether the space is occupied by a vehicle. Each sensor wirelessly comm
December 6, 2012 Read time: 3 mins
Thanks to a partnership between parking technology provider 579 Streetline and 1028 Cisco, drivers in the San Francisco bay area of the US are now able to locate the nearest vacant parking space using just their smartphone and a mobile app called Parker.

First deployed in Sausalito, the system has now been installed in San Mateo and San Carlos.  It uses a small wireless sensor about the size of a golf hole installed in the parking bay to detect whether the space is occupied by a vehicle.  Each sensor wirelessly communicates with the other sensors in the area as part of a Cisco wi-fi mesh network, automatically negotiating the most efficient connection to the cloud via an internet gateway box installed nearby.

Drivers can access the data provided by the parking sensors via the Parker app, available for Android and iPhone to find real time information on which city blocks or parking garages have parking available and how many spaces there are. Users can then navigate to where those spaces are available and mark where they parked to find the car later. In cities that allow users to pay online, Parker can even be used to pay for parking or feed the meter.

As well as providing real time availability of on-street parking spaces, the app has some notable features, including hands-free voice navigation, the ability to toggle between availability and price, easy access to hours, rates and time limits and the ability to enter an address and view parking options nearest to that destination.  Users can also mark their parking space on the Parker map, set reminders, take a picture of the car and take notes about the location.  Parker also saves parking history for easy access later.

“I’m pleased that San Mateo was chosen for this project to bring innovative parking technology to our city,” said Larry Patterson, director of public works for the City of San Mateo. “This tool is consistent with San Mateo’s strong technology industry and is an example of the city’s commitment to efficiently managing parking to support our downtown.”

By reducing the amount of time that drivers spend looking for parking, Streetline, Cisco, and city planners hope to also reduce traffic, pollution, and driver frustration, as well. The developers are in talks with city planners around the US with an aim to expand smart parking beyond the pilot program areas and with automotive OEMs to link the parking data into in-car navigation systems.

“By deploying this cutting-edge smart parking technology, San Mateo has taken a great step towards becoming a Smarter City,” said Zia Yusuf, CEO of Streetline.  “We are pleased to be working alongside Cisco to bring this technology to San Mateo and hopefully resolve one of the most pressing concerns facing today’s cities – parking.”

For more information on companies in this article

Related Content

  • Technology advances improve enforcement
    July 26, 2012
    Across the board, technology is being brought to bear to improve the efficiency of enforcement. Bus lane monitoring, parking and controlled access have all benefited from systems introduced in recent months. While speed and red light infringements tend to attract the most attention, there remain several other areas of enforcement where automation can bring significant operational and efficiency benefits. Lane monitoring and access control also continue to benefit from technological development.
  • Cellint measures speed and travel time without roadside infrastructure
    April 10, 2014
    Collecting speed and travel time data without using roadside infrastructure could offer new possibilities to cash-strapped road authorities. Streaming video may be useful for traffic controllers to monitor incidents and automatic number plate recognition may be required for enforcement, but neither are necessary for many ITS functions. For instance travel times, tailbacks, percentage of vehicles turning, origin and destination analysis can all be done using Bluetooth and/or WI-Fi sensors and without video o
  • Smartphones ‘expected to help connect older vehicles to V2X network’
    September 1, 2015
    A recent report from Navigant Research, Connected Vehicles, examines the market for connected vehicles, with a focus on the key components of vehicle-to-external communications (V2X) communications technology and factors that may influence successful deployment. The study provides an analysis of how these factors, including the cost of hardware, regulations, potential societal benefits, and security and privacy concerns, are projected to affect OEMs, hardware and software suppliers, regulators, and intellig
  • Wireless parking sensors aid traffic reduction
    November 28, 2012
    According to research carried out by Keypoint Consultancy on behalf of Winterswijk town council in the Netherlands, the search for a parking space in the town has reduced significantly as parking spaces are better utilised since a new parking guidance system was introduced earlier this year. Research carried out in 2008 by Keypoint indicated that the town was affected by the increasing parking pressure and reduced accessibility at peak times, causing considerable inconvenience to residential areas and redu