Zero-Trust Model of Cybersecurity: A Significant Challenge in the Future

Fadi Al-Ayed
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Abstract

To address future cybersecurity challenges, this paper proposes a real-time three-factor authentication scheme (RT3FA). The proposed model integrates the characteristics of multi-factor authentication and real-time actual information. The additional layer of protection raises the obstacles for data access; face biometric is needed in addition to two-factor authentication. Facial biometric is accomplished by synchronizing real-time information with feature recognition via an instantaneous live feed from the user’s camera. However, the improved protection may cause efficiency issues and thus, require higher capacities for both the user’s device and the database system.
网络安全零信任模型:未来的重大挑战
为了应对未来的网络安全挑战,本文提出了一种实时三因素身份验证方案(RT3FA)。该模型综合了多因素认证和实时实际信息的特点。额外的保护层增加了数据访问的障碍;除了双因素认证外,还需要面部生物识别。面部生物识别是通过同步实时信息和特征识别来完成的,这些信息是通过用户相机的即时实时反馈来实现的。但是,改进的保护可能会导致效率问题,因此,对用户设备和数据库系统都需要更高的容量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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