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Creating a mobile payment ecosystem

Extract from 2008 Winter Review magazine

Business opportunities presented by using NFCenabled mobile phones for contactless payment, transport ticketing, loyalty and other exciting new services greatly interest mobile operators and service providers in the banking, transport and retail sectors. NFC is a marketer’s dream come true, opening up a world of new possibilities for “high touch” value-added services. These include smart posters that provide on-the-spot wait times and neighborhood maps, electronic coupons and other interactive promotions.
A central issue for large-scale rollouts, however, is: how do you create a mobile payment “ecosystem” that makes it easy for banks and mobile operators to work together? Who is taking the lead in linking Mobile Network Operators (MNOs) with service providers?
 

NFC is a short range (4 inches/10 cm) wireless connectivity technology that evolved from a combination of existing contactless identification and interconnection technologies. Operating at high frequency (13.56 MHz), it transfers data at up to 424 Kbits/second. NFC provides intuitive, simple, and safe communication between electronic devices. It was first released in 2004 and the NFC Forum founded by Sony, Philips and Nokia worked to establish it as a high technology standard.
 

NFC technology has many dimensions, but two are essential to enabling all of these potential applications on mobile handsets: security, and the user interface. Of course, since markets around the world operate in different ways, there are also numerous options to enable these variations to be addressed. In the NFC standards, security is managed by a “secure element” (SE). The SE shares mobile functionality with the NFC chipset, which manages communications. The SE hosts the fire walled applications and user credentials, and controls security and cryptography using an onboard microprocessor and software.

There are three ways to implement the SE:

  • In the SIM. This has the advantage of portability, and is the preferred approach in GSM countries; it is recommended by GSMA* and supported by a standard for communication between SIM and NFC chipset, the Single Wire Protocol (SWP), which was invented by Gemalto and is now standardized at ETSI.
     
  • Embedded SE component. This is a separate chipset in the handset. Its principal advantage is that it is convenient for CDMA handset manufacturers to implement quickly because it doesn’t require any standardization between the NFC  chipset and the SE.
     
  • A removable SE component. This is a theoretical approach to create a removable separate chipset in the handset, there are no standards and no concrete implementations.

 

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