Vancouver deploys NXP MIFARE-based ticketing

Canada’s south coast British Columbia Transportation Authority (TransLink) has adopted the NXP Semiconductors MIFARE technology platform for Vancouver’s public transport system. Vancouver is introducing the Compass card, which will enable passengers to enjoy convenient and secure transactions across buses, sky trains and ferries using just one contactless smart card. In addition, passengers can add travel products or values to their Compass card at vending machines, online, by phone, or at a walk-in custome
February 4, 2013 Read time: 2 mins
Canada’s south coast British Columbia Transportation Authority (376 TransLink) has adopted the 566 NXP Semiconductors MIFARE technology platform for Vancouver’s public transport system.

Vancouver is introducing the Compass card, which will enable passengers to enjoy convenient and secure transactions across buses, sky trains and ferries using just one contactless smart card. In addition, passengers can add travel products or values to their Compass card at vending machines, online, by phone, or at a walk-in customer service centres.

The MIFARE DESFire EV1-based ticketing system, including NXP’s infrastructure solutions is currently being installed. The open architecture platform is based on open global standards for both air interfaces and cryptographic methods. In addition to offering data transfer rates of up to 848 kbit/s, MIFARE DESFire utilises a triple DES, 3K DES, and AES hardware cryptographic engine for securing the data on the smartcards and data during transmission.

The MIFARE DESFire platform enables seamless extensions of ticketing solutions on banking cards or on NFC-enabled mobile devices both working with NXP’s SmartMX high security microcontroller technology.

For more information on companies in this article

Related Content

  • Rapid growth of bus rapid transit schemes on US Pacific coast
    January 27, 2012
    This section pulls together all the multi-modal topics in each issue. Subject matter will include smartcards; ticketing and payment systems; passenger information systems; fleet management for buses, trains and light rail; park and ride systems; on-line access to real-time information via Internet portals
    Read More
  • Contactless payments introduced on London's buses
    December 14, 2012
    Bus passengers in London can now use their use their contactless debit, credit or charge card to touch in on the yellow Oyster card readers and pay the single Oyster fare on any of London's 8,500 buses. Introducing the scheme, Transport for London (TfL) says the new payment option will also be good news for the approximately 36,000 people per day who board a bus and find they have insufficient pay as you go balance on their Oyster to pay for their journey as they will be able to use the other card they may
    Read More
  • New ticket purchase methods expected to drive advance of US public transit
    April 2, 2015
    New analysis from Frost & Sullivan, Strategic Analysis of the US Automated Fare Collection Market in Rail and Urban Transit Systems, finds that the market earned revenues of US$324.5 million in 2014 and estimates this to reach US$634.8 million by 2021. The rising cost of fare management, coupled with the increasing presence of computing, sensors and connected devices, have made public transit systems more accessible to end users, thus boosting interest in automated fare collection (AFC) systems. With 33
    Read More
  • New York pioneers online mobile real-time bus tracking
    May 22, 2012
    An unusual technology collaboration. David Crawford investigates Early in January 2012, the New York City Metropolitan Transportation Authority (MTA) rolled out the first borough-wide implementation of its pioneering Bus Time online mobile real-time tracking service. The system allow commuters to track each bus on every route in real-time on the internet, via smartphones and by text messaging to a mobile phone. The MTA chose Staten Island for its first live launch due to it being the only one of the five Ne
    Read More

Highlighted Content