Designing a generic payment service
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A System Model and Protocol for Mobile Payment
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A private and efficient mobile payment protocol
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Growing of wireless networks and popularity of handheld devices such as Personal Digital Assistants (PDAs), Smart phones, mobile phones and wireless tablets represents an incredible opportunity to give power to mobile devices as a payment device. Unfortunately, some problems hindering the widespread acceptance of mobile payment for example: accountability properties, privacy protection, limitation of wireless networks and mobile devices. Recently, many public-key cryptography protocols are presented for mobile payment. However, limited capabilities of mobile devices and wireless networks make these protocols unsuitable for mobile network. Moreover, these protocols were designed to preserve traditional flow of payment data, which is vulnerable to attack and increase the user's risk. In this paper, we propose a private mobile payment protocol which is based on client centric model and works by employing symmetric key operations. The proposed mobile payment protocol not only minimizes the computational operations and communications between the engaging parties, but also achieves a completely privacy protection for the payer, avoid repudiating transaction from each of them and decrease risk of replay attacks.