Team for Research in
Ubiquitous Secure Technology

Citation
Mark Stamp, Jian Dai. "QuickPay online payment protocol". Proceedings of SEKE '08, 2008.

Abstract
Online payment has been viewed as a promising technology [9] with potentially large demand even before the Internet boom. In this article, we propose a new online payment protocol, QuickPay, which is built as a middleware framework for online payment and potentially other online financial transactions. QuickPay is aimed to serve as a highly effective, user-anonymous, secure infrastructure for online transfer of sensitive financial data at a low transaction cost. We first introduce the underlying motivation for this work. Then, we provide the general design of the QuickPay system by describing its business and technical goals, system architecture, major players, and the relationships among the players. To show how QuickPay works, we discuss an application online payment protocol in detail. By carefully evaluating QuickPay’s security and performance, we demonstrate that QuickPay can provide a more effective and more secure framework than other existing online payment systems.

Electronic downloads

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  Mark Stamp, Jian Dai. <a
  href="http://www.truststc.org/pubs/421.html"
  >QuickPay online payment protocol</a>, Proceedings
  of SEKE '08, 2008.

• Plain text

  Mark Stamp, Jian Dai. "QuickPay online payment
  protocol". Proceedings of SEKE '08, 2008.

• BibTeX

  @inproceedings{StampDai08_QuickPayOnlinePaymentProtocol,
      author = {Mark Stamp and Jian Dai},
      title = {QuickPay online payment protocol},
      booktitle = {Proceedings of SEKE '08},
      year = {2008},
      abstract = {Online payment has been viewed as a promising
                technology [9] with potentially large demand even
                before the Internet boom. In this article, we
                propose a new online payment protocol, QuickPay,
                which is built as a middleware framework for
                online payment and potentially other online
                financial transactions. QuickPay is aimed to serve
                as a highly effective, user-anonymous, secure
                infrastructure for online transfer of sensitive
                financial data at a low transaction cost. We first
                introduce the underlying motivation for this work.
                Then, we provide the general design of the
                QuickPay system by describing its business and
                technical goals, system architecture, major
                players, and the relationships among the players.
                To show how QuickPay works, we discuss an
                application online payment protocol in detail. By
                carefully evaluating QuickPay’s security and
                performance, we demonstrate that QuickPay can
                provide a more effective and more secure framework
                than other existing online payment systems.},
      URL = {http://www.truststc.org/pubs/421.html}
  }
  

Posted by Mark Stamp on 18 Aug 2008.
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