Wi-Fi Secure Access Control System Based on Geo-fence
Jiang Haofeng, Xiaorui Gong · 2019
With the rapid spread and development of the wireless network, secure access control has caught significant attention. The existing Wi-Fi network system access control methods, mainly based on the static password, the MAC address or the username/password, are prone to spoofing attacks, such as malicious users forge the authentication information to access the network and realize the penetration attack of Intranet. In this paper, we propose a new secure access control model based on Geo-fence to solve the above problems, further strengthening the security of the wireless network system. Our novel solution facilitates 1) providing convenient wireless network service in the trusted zone without authentication 2) isolating cyber-attacks outside the security zone 3) monitoring the access smart mobile device real time without affecting users' using the wireless network. Furthermore, we present the consideration of the smart mobile device heterogeneity in our model. Through using three different smart mobile devices to experiment, the analytical and experimental results demonstrate that the difference among the devices have a great impact on the device localization and the final access control effect.