Skip to main content

Innovative use of SMS for peer-to-peer car sharing

Netsize, a leading mobile commerce enabler and a Gemalto company, has announced that CityzenCar, a peer-to-peer car sharing social network with 12,000 members across 2,000 locations in France, has deployed its SMS-based communication solution to secure and simplify car rental for consumers.
March 14, 2012 Read time: 2 mins
3864 Netsize, a leading mobile commerce enabler and a 3866 Gemalto company, has announced that CityzenCar, a peer-to-peer car sharing social network with 12,000 members across 2,000 locations in France, has deployed its SMS-based communication solution to secure and simplify car rental for consumers.

The Netsize SMS communication solution supports the entire neighbour-to-neighbour rental process, from renter validation to rental notifications, as well as confirming booking details. It works on any handset and is compatible with all wireless networks, guaranteeing 100 per cent reach so CityzenCar customers can use the service anywhere, anytime.

Car owners will be notified of each rental request by SMS and if they approve it, the driver will receive a text message on their mobile phone containing details of the car and location. The car owner can then choose to either deliver the keys to the driver in person or authorise CityzenCar to unlock the car doors. This innovative and convenient unlocking system is made possible by the CityzenBox, an embedded telematic device that sits within the car.

“We wanted to make it as easy as possible for our customers to interact with each other and make the best use of our service, “ commented Nicolas le Douarec, CEO, CityzenCar, “Netsize’s flexible and highly dependable SMS solution is crucial to ensure the quality of our service.”

“CityzenCar is ahead of the curve in its innovative use of technology to engage with customers. SMS is ideal where mobility is key as customers can be reached while on the move. It is also exceptionally interoperable, providing us with a far wider end-user reach,” said Frédéric Deman, general manager, Netsize.

For more information on companies in this article

Related Content

  • Fifty per cent of consumer cars to have telematics devices by 2022
    June 23, 2017
    A new report from Juniper Research has revealed that, by 2022, 50 per cent of consumer vehicles on the road will have at least one connectivity service, such as telematics, V2X (vehicle-to-everything) communications, or connected car commerce services.
  • MIT study combines traffic data for smarter signal timings
    April 1, 2015
    Researchers at Massachusetts Institute of Technology (MIT) have found a method of combining vehicle-level data with less precise, but more comprehensive, city-level data on traffic patterns to produce better information than current systems provide. They claim this reduce delays, improve efficiency, and reduce emissions. The new findings are reported in a pair of papers by assistant professor of civil and environmental engineering Carolina Osorio and alumna Kanchana Nanduri, published in the journals Tra
  • Winners of AT&T traffic safety innovation challenge announced
    October 22, 2014
    The winners of AT&T's Connected Intersections Challenge, a technology challenge aimed at stimulating innovative solutions to improve traffic safety on New York City streets. Forty-five teams from 13 countries and 26 states submitted their apps and wearable devices ranging from smartphone sensors, phone-to-phone communications and natural user interfaces, among other technologies. The winners include: Tug, an app that alerts pedestrians as they are about to enter an intersection; an anti-sleep alarm
  • Sydney gets real-time bus information
    December 18, 2012
    Sydney bus passengers can now track whether their bus service is running late, with the New South Wales (NSW) government making real-time information on bus movements available to mobile app developers. The latest versions of TripView, Arrivo Sydney and TripGo allow users to locate the nearest bus stop and ticket machine, predict when a bus is to arrive and see where a bus is on its route using GPS data from the Public Transport Information Priority System (PTIPS). The real time information will initially b