EasyPark launches Find & Pay predictive parking technology

Find & Pay from EasyPark uses big data, predictive analytics and machine learning to cut (by up to 50%) the time taken to find parking in congested cities. Find & Pay combines transaction data with crowd-sourced location information from users and Internet of Things (IoT) devices to create a parking probability map for each city block at any given hour of the day. With this information it provides users with a route to their destination which passes along streets with the highest probability of parking avai

August 22, 2017 Read time: 1 min

Find & Pay from 7693 EasyPark uses big data, predictive analytics and machine learning to cut (by up to 50%) the time taken to find parking in congested cities.

Find & Pay combines transaction data with crowd-sourced location information from users and Internet of Things (IoT) devices to create a parking probability map for each city block at any given hour of the day. With this information it provides users with a route to their destination which passes along streets with the highest probability of parking availability, balancing in-car time against walking distance to destination to find the optimal route.

It provides turn-by-turn navigation along the route, also noting available off-street parking and lets users remotely manage and pay for the parking space when they arrive.

Parking & Access Control Networking & Communication Systems

For more information on companies in this article

EasyPark

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