Skip to main content

Washington gets real-time parking information

A custom-built application, powered by ParkMe, enables drivers in the Washington, DC metropolitan area to instantly locate available parking at the touch of a finger with the introduction of parking operator Colonial Parking's new website location finder map and mobile app for iPhone. ParkMe allows the data from Colonial's 250 locations to be streamed to mobile apps, in-car navigation systems and GPS devices and provides drivers with parking information, such as rates, entrance points and even real-time oc
December 19, 2012 Read time: 2 mins
A custom-built application, powered by 6114 ParkMe, enables drivers in the Washington, DC metropolitan area to instantly locate available parking at the touch of a finger with the introduction of parking operator Colonial Parking's new website location finder map and mobile app for iPhone.  

ParkMe allows the data from Colonial's 250 locations to be streamed to mobile apps, in-car navigation systems and GPS devices and provides drivers with parking information, such as rates, entrance points and even real-time occupancy. Studies show that urban congestion is directly related to the search for parking. Drivers ultimately will be able to eliminate the need to circle the block and double-park, keeping the roads clear for other drivers.

"Providing parking location and availability information to motorists for our 250 plus metropolitan locations will be a great benefit to our customers, building owners and motorists in general," Andrew Blair, president and CEO of Colonial Parking commented. He continued, "Our cooperation with ParkMe is a major step in ensuring technological leadership in the D.C. market, and in the nation, with the goal of easy and hassle-free parking."

"As more cities go online with respect to parking, it's great to see Colonial, DC's premier parking provider, coming into the fold," Sam Friedman, co-founder and CEO of ParkMe, said. "Getting drivers to their spaces faster not only reduces frustration, it ameliorates the flow of traffic. This integration establishes  Washington, DC and Colonial Parking as one of the most advanced cities in the nation when it comes to smart parking."

For more information on companies in this article

Related Content

  • Watch your step: the sidewalk robots are here
    March 14, 2023
    The way we order and pay for goods has changed radically – but what about how those goods are delivered? Gordon Feller looks at how sidewalk robots might reshape the urban landscape
  • Central Parking releases mobile coupons in New York
    March 23, 2012
    Central Parking System has announced an enhancement to its new proprietary parking app that will allow customers in its New York market to download coupons directly to their iPhone, iPad, or iPod Touch device. With this free enhancement, customers will be able to directly download the mobile coupons and then redeem them at participating Central locations throughout the New York area simply by showing the parking attendant their device. The mobile coupons offer discounts of up to 50 per cent on parking at ov
  • Atlanta ponders Mobility as a Service for seamless transit
    June 29, 2018
    Drivers in Atlanta spent 70 hours in peak-time traffic jams last year. As the MaaS Market conference moves to the US’s fourth most congested city, we ask how Mobility as a Service can help. Colin Sowman winds down his window to listen. It is not by accident that ITS International’s first MaaS Market conference outside London is being hosted in Atlanta. The event is being supported by Georgia State Road & Tollway Authority and the City of Atlanta – and again not without a reason as metro Atlanta is looking
  • University research shows a few self-driving cars can improve traffic flow
    May 15, 2017
    The presence of just a few autonomous vehicles can eliminate the stop-and-go driving of the human drivers in traffic, along with the accident risk and fuel inefficiency it causes, according to new research by the University of Illinois at Urbana-Champaign. Funded by the National Science Foundation’s Cyber-Physical Systems program, the research was led by a multi-disciplinary team of researchers with expertise in traffic flow theory, control theory, robotics, cyber-physical systems, and transportation engine