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A SIM-based electronic transaction authentication system

机译:基于SIM的电子交易认证系统

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This paper presents a SIM-based tool for user authentication in various service areas such as financial transactions in e-commerce. Other remote services can use SIM as an authentication tool over existing GSM technology through GPRS, which is an additional packet data feature for the GSM network. GPRS enables packet-switched traffic to exist in predominantly circuit-switched GSM infrastructure. As GPRS is designed to support packet based protocols, such as the Internet Protocol (IP) based burst and uneven traffic flow, it enables new services such as reasonably fast access to the Internet, electronic mail and other data oriented services. These services have been too inefficient in traditional circuit-switched digital mobile networks. Using GPRS features the e-commerce applications can use SIM for user authentication in transactions. SIM can also be a tool for user identity and authentication around the corporate intranets. This can reduce security infrastructure setup and investment overhead for the security concerned organizations. This paper presents an electronic payment protocol that uses SIM based authentication along with illustration of its formal modelling and verification results. The proposed authentication system offers more robust security features than other electronic transaction systems proposed to date.
机译:本文提出了一种基于SIM的工具,用于在各种服务领域(例如电子商务中的金融交易)进行用户身份验证。其他远程服务可以通过GPRS将SIM用作现有GSM技术上的身份验证工具,这是GSM网络的附加分组数据功能。 GPRS使数据包交换流量可以主要存在于电路交换GSM基础结构中。由于GPRS被设计为支持基于分组的协议,例如基于Internet协议(IP)的突发和不均衡的业务流,因此它启用了新服务,例如合理快速地访问Internet,电子邮件和其他面向数据的服务。这些服务在传统的电路交换数字移动网络中效率太低。使用GPRS功能,电子商务应用程序可以将SIM用于交易中的用户身份验证。 SIM卡也可以用作公司内部网中用户身份和身份验证的工具。这可以减少与安全相关的组织的安全基础结构设置和投资开销。本文介绍了一种使用基于SIM的身份验证的电子支付协议,并举例说明了其正式建模和验证结果。与迄今为止提出的其他电子交易系统相比,提出的认证系统提供了更强大的安全功能。

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