Two French cities go live with Masabi mobile ticketing

Transport mobile ticketing provider Masabi has deployed its JustRide software development kit (SDK in the French cities of Orleans and Montargis, in partnership with public transport operator Keolis.
June 27, 2017 Read time: 2 mins
Transport mobile ticketing provider 6870 Masabi has deployed its JustRide software development kit (SDK in the French cities of Orleans and Montargis, in partnership with public transport operator 6546 Keolis.


‘Plan-Book-Ticket’ by Keolis is available now for bus and tram passengers in Orleans, after Montargis went live in January 2017. The SDK allows Masabi’s strategic partner Keolis to incorporate mobile ticketing into existing travel information, booking and planning apps, greatly improving the travel experience in these cities.

It incorporates visual and barcode-based mobile ticketing and validation technology from Masabi’s JustRide Platform and allows French public transport agencies to create fully-integrated, custom branded, ticketing and trip planning applications. Orleans has also deployed Masabi’s JustRide Inspect Validator across the tram network, which allows passengers to scan mobile tickets after boarding.

The JustRide SDK allows an integrated app to manage payment, request fare types and deliver visual and barcode tickets to a passenger through the ticket wallet. The SDK communicates with Masabi servers to understand complex fare tables and manages the ticket, its life-cycle and security. Operators using the SDK will also have access to the JustRide Hub, from where they can access a wealth of back-office data and reporting.

Related Content

  • July 17, 2017
    Vix Technology to implement smart ticketing solution in Edmonton Metropolitan region
    US-based transport ticketing specialist Vix Technology has been selected by three city partners in the Edmonton metropolitan region, Canada, which includes the City of Edmonton, Strathcona County and City of St Albert, to implement a new regional smart fare solution (RSFS). The 15-year contract will enable the three cities to move from cash and paper-based ticketing systems to a common contactless fare payment system utilising an account-based back office. The RSFS initiative is made up of multiple componen
    Read More
  • June 25, 2018
    US Cities push for smarter poles
    US Cities The need to connect existing infrastructure has led various US transit authorities into imaginative alleyways: David Crawford examines some new roles for street furniture. US cities are vying with each other in developing schemes to create a new generation of connected places. Their strategies include taking advantage of their streetlight poles’ height and ubiquity to give them new roles in supporting intelligent nodes. They are now being equipped for collecting real-time data on key transport
    Read More
  • November 22, 2017
    MBTA chooses Cubic to deliver next-generation fare payment system
    Cubic Transportation Systems (CTS) has been selected by the Massachusetts Bay Transportation Authority (MBTA) to install a fare payment system for the region’s multi-modal transit system to allow payment flexibility for customers. The base contract award includes an approximate $575 million (£433 million) for implementation with ten years of operations and maintenance as well two five-year extension options. The agreement also involves a public-private partnership, in which Cubic and John Laing will
    Read More
  • January 30, 2012
    IntelliDrive, connectivity, safety, mobility and the environment?
    Shelley Row, Director of the ITS Joint Program Office, US Department of Transportation, details the new five-year ITS Strategic Research Plan. Imagine a world where vehicles of all types can talk to each other in order to reduce or eliminate crashes, where vehicles can talk to traffic signals to eliminate unnecessary stops, where travellers can get accurate travel time information about all modes and route options, and where transportation managers have data which allows them to accurately assess multimodal
    Read More

Highlighted Content