Reliable Multi-Factor User Authentication With One Single Finger Swipe

Multi-factor user authentication becomes increasingly popular due to its superior security comparing with single-factor user authentication. However, existing multi-factor user authentication methods usually require multiple interactions between users and different authentication components when inputting the multiple factors, leading to extra overhead and bad user experience. In this paper, we propose a secure and userfriendly multi-factor user authentication system named BioDraw. It utilizes four categories of biometrics (impedance, geometry, behavior, and composition) of human hand plus the pattern-based password to identify and authenticate users. User only needs to draw a pattern on a radio frequency identification tag array, while four biometrics can be collected simultaneously. Specifically, we first design a gradient-based pattern recognition algorithm to precisely extract user's secret pattern. Then, a convolutional neural network- and long short-term memory-based classifier is utilized for user recognition. Furthermore, to guarantee the systemic security, an anti-replay method called Binary ALOHA is proposed to detect replayed signals. We conduct extensive experiments with 30 volunteers. The experiment results show that BioDraw can achieve high authentication accuracy (with a 2%- false reject rate) and is effective in defending against various attacks.

Automated summary

In this paper, the authors propose a secure and user-friendly multi-factor user authentication system called BioDraw. It utilizes four categories of biometrics and a pattern-based password for user identification and authentication. The system achieves high authentication accuracy and is effective in defending against various attacks, as demonstrated through extensive experiments.