智能设备指纹认证与安全风险

Muhammad Rehman Zafar, M. A. Shah
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引用次数: 16

摘要

智能手机市场发展迅速,通过即时信息共享丰富了我们的数字生活。由于智能手机设备包含用户的敏感数据,因此有效地保护这些信息非常重要。为了实现这一点,现代智能手机正在采用指纹扫描仪进行生物识别认证。指纹生物识别认证简单快捷,但黑客可以窃取指纹生物识别数据,因此很容易受到攻击。因此,需要一个一致的指纹生物特征认证机制来保护用户的个人信息和生物特征数据。在本文中,我们将分析与指纹认证相关的各种攻击和安全风险。在此之前,研究人员研究了八个级别的攻击来破坏生物识别数据。在这里,我们提出了两个额外的攻击级别,以提供一个更健壮的机制来处理将来的安全漏洞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fingerprint authentication and security risks in smart devices
The smartphone market is growing rapidly and enriching our digital lives by instant of information sharing. As smartphone devices contain sensitive data of users, it is very essential to protect this information efficiently. To fulfill this, modern smartphones are adopting fingerprint scanners for biometric authentication. Fingerprint biometric authentication is simple and quick, however, it is vulnerable to attacks as hackers can steel fingerprint biometric data. Therefore, a consistent fingerprint biometric authentication mechanism is required to protect personal information of the user as well as biometrics data. In this paper, we will analyze different attacks and security risks associated with fingerprint authentication. Previously, there are eight levels of attacks studied to compromise biometric data. Here, we propose two additional levels of attacks to provide a more robust mechanism to deal with security vulnerabilities in future.
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