Abstract
In recent years, the incorporation of NFC (Near Field Communication) technology into mobile devices has led to changes in payment system environments. Currently, the NFC mobile payment service is leading the mobile payment market. In particular, most electronic payment services, such as those used by Google Inc. and Apple Inc., are adopting payment methods based on NFC to replace credit cards. In addition, related groups from the Republic of Korea have enhanced safety in communication by using standard techniques for activating NFC services. However, various security threats are still present in electronic payment methods that use NFC. In this paper, we propose a mutual authentication scheme based on a lattice for conditional anonymity in NFC-PCM (Near Field Communication-Passive Communication Mode) payment services environments.
Highlights
The inclusion of NFC (Near Field Communication) technology in mobile devices has resulted in changes in payment system environments that have been maintained over the past few years
Companies such as Google, Apple, and Samsung have established new mobile payment services that have attracted attention as the means for replacing preexisting payment methods requiring the use of credit cards
Our research focuses on PCM-based mutual authentication in low-cost NFC payment environments
Summary
The inclusion of NFC (Near Field Communication) technology in mobile devices has resulted in changes in payment system environments that have been maintained over the past few years. FIDO enables secure communication between mobile devices using wireless communication technology and supports the use of NFC. If the NFC-based device used in the payment service environment operates only through XOR, AND, and add operations, providing security for payment information might be difficult. Research has been conducted on authentication methods for protecting personal information. We propose a new mutual user authentication scheme for privacy detection in NFC-PCM mobile payment environments.
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