CARD4B shows WildCard Ticketing kernel software at CARTES 2013

SESAMES Award finalist CARD4B is showcasing its TickeGO-compliant WildCard Ticketing Kernel software at CARTES 2013. The middleware embraces multiple customer-media technologies (such as Calypso, Mifare, NFC, 2D bar code), multiple terminals and operating-systems and provides business rules to support multi card-schema, embedded into any terminal or online behind a web service for web or mobile apps, and covers all ATFC functions. It is complemented by a XML-based card data model Editor visual tool t
November 19, 2013 Read time: 2 mins
SESAMES Award finalist CARD4B is showcasing its TickeGO-compliant WildCard Ticketing Kernel software at CARTES 2013.

The middleware embraces multiple customer-media technologies (such as Calypso, Mifare, NFC, 2D bar code), multiple terminals and operating-systems and provides business rules to support multi card-schema, embedded into any terminal or online behind a web service for web or mobile apps, and covers all ATFC functions.

It is complemented by a XML-based card data model Editor visual tool to support interoperability testing and certification, and can be deployed through GlobalPlatform/OTA.

The product is organised in a multi-layered architecture including Schema Business Rules, Schema Data Model, Reader and Card/Security, OS layer, capable of running either offline embedded into terminals, or online in the cloud. It can run on terminals ranging from a validator and NFC smartphones, through to parking devices.

The Ticketing Kernel is one of the three finalists of SESAMES Awards in the Transportation category.
%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal www.card4b.pt Visit www.card4b.pt false http://www.card4b.pt/ false false%>

Related Content

  • TSS showcases Aimsun Online traffic simulation software
    September 26, 2012
    TSS-Transport Simulation Systems’ (TSS) Aimsun traffic simulation software, capable of fusing static, dynamic and hybrid approaches within a single environment, will be a feature of the company’s participation at the ITS World Congress. But it is a sister application, Aimsun Online, that will grab a lot of attention from delegates and not just because it provides a real-time decision support system for traffic management. Its dynamic, high-speed simulation of large areas allows traffic operators to accurate
    Read More
  • Vaisala introduces road weather management software
    March 10, 2014
    Vaisala, a leader in the measurement and decision support of a vast variety of weather technologies, will use its position as a leader in road weather ITS sensors, decision support tools, and consultation, to highlight not just equipment but software systems. As the company points out, managing decisions around road weather is as important as the sensors and systems, and can be easier with Vaisala RoadDSS Manager software. Manager helps with reporting, communication, and simplifies the information needed to
    Read More
  • Noptel shows laser sensors
    March 25, 2014
    Finnish company Noptel is demonstrating its Speeder X1 and CMP52 laser distance measurement sensors at the show. The Speeder X1 uses a dual laser transmitter to provide overlapping vehicle profile analysis for speed, height and length measurement, while the CMP52 single-beam laser radar is applicable to a range of traffic control and law enforcement duties.
    Read More
  • US connected vehicle pilot deployment sites launch new websites, videos
    July 28, 2017
    The US Department of Transportation (USDOT) connected vehicle pilot locations, New York City (link https://www.cvp.nyc/), Wyoming (link https://wydotcvp.wyoroad.info/) and Tampa, Florida (link https://www.tampacvpilot.com/), have launched new websites and videos dedicated to their connected vehicle deployments. These three locations are leading the charge to deploy advanced wireless communications technology in their vehicles and on their roads in regions throughout the nation. The web sites provide informa
    Read More

Highlighted Content