Skip to main content

Arcontia wins Norwegian tender for online smart card reload terminals

Arcontia Technology, a Swedish producer of contactless smart card readers and terminals, today announced that it has won an e-ticketing tender for pick-up devices to be used by Norwegian public transport authority Ruter AS in their e-ticketing system. The contract includes the company’s compact ARC3300T5 smart card terminals for reloading Mifare DESFire travel cards via the new online national order database. To expand current distribution channels and increasing Internet sales, Ruter will be launching a co
May 4, 2012 Read time: 2 mins
760 Arcontia Technology, a Swedish producer of contactless smart card readers and terminals, today announced that it has won an e-ticketing tender for pick-up devices to be used by Norwegian public transport authority 5441 Ruter AS in their e-ticketing system.

The contract includes the company’s compact ARC3300T5 smart card terminals for reloading Mifare DESFire travel cards via the new online national order database. To expand current distribution channels and increasing Internet sales, Ruter will be launching a complete online sales solution where travellers can top up the e-purse balance and add a travel product to their travel card via a web shop. When a travel card is presented to an Arcontia terminal, the order will be retrieved, activating the top-up to the card immediately.

ARC3300T5, an interactive e-ticketing terminal that offers fast and convenient ticket validation and smart card reload, will be connected online with the national order database, securing fast and dependable order retrieval directly from the database to the card. For increased flexibility and accessibility, the terminals will be placed throughout the city of Oslo and Akershus County, encouraging the use of smart cards in public transport.

For more information on companies in this article

Related Content

  • Modernising India's bus travel
    August 29, 2012
    Award-winning ITS initiatives are promising modernisation of bus travel as a key part of development plans for cities of the Indian state of Karnataka. The Indian state of Karnataka is poised to launch the next stage of a major rollout of ITS technology on its bus network following the August 2012 go-live of an award-winning passenger information system. The Karnataka State Road Transport Corporation (KSRTC), which is owned by the state government
  • Bus location system delivers real-time passenger information
    November 28, 2012
    VeriFone Systems has installed its open-architecture vehicle tracking TransitPAY system on more than 1,000 buses serving the Bronx, following the award of a US$8.5 million contract by the Metropolitan Transportation Authority (MTA) of New York. The Bronx contract award follows a similar contract in 2011 for the Staten Island fleet component of the MTA Bus Time system, which uses VeriFone on-board systems to generate location data that is communicated wirelessly to the Bus Time server that passengers can acc
  • EVs & smart cities: Tritium keeps things moving
    December 3, 2018
    Electric vehicles are widely expected to play a major role in the smarter, cleaner cities of the future. Paul Sernia explains why – and looks at the place of ultra-rapid chargers as part of a versatile public infrastructure Electric vehicles (EVs) are widely expected to play a major role in the smarter, cleaner cities of the future. With no dirty tailpipe, EVs can help improve the polluted air of inner cities. And when deployed as widely shared assets – through car clubs, ride-sharing services and taxi
  • Wi-SUN: here’s why mesh networking works
    May 10, 2019
    There are several networking options available for smart city planners. Phil Beecher of Wi-SUN Alliance makes the case for wireless mesh networks when it comes to rolling out IoT solutions The Internet of Things (IoT) is growing fast. Connecting thousands of sensors and control systems in bi-directional networks is paving the way for a new generation of smart city and transport infrastructures. For many of these applications, wireless connectivity is essential where cable installation is not practical.