无线通信工业应用中的安全漏洞和风险

Sándor Plósz, Arsham Farshad, Markus Tauber, Christian M. Lesjak, Thomas Ruprechter, N. Pereira
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引用次数: 27

摘要

由于其可用性和低成本,无线通信技术在超出最初预期使用领域的领域中的使用增加,例如工业应用中的M2M通信。此类工业应用程序通常具有特定的安全需求。因此,了解此类应用程序的特征并评估在此上下文中承担最高风险的漏洞非常重要。我们全面概述了现有WLAN、NFC和ZigBee标准中的安全问题和特性,并调查了这些标准在工业环境中的使用特征。我们采用标准的风险评估方法来识别多种技术中风险最高的漏洞。我们提出了一个威胁目录,总结了新的缓解方法应该朝着哪个方向发展,以及安全分析方法应该如何扩展以满足M2M领域的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Security vulnerabilities and risks in industrial usage of wireless communication
Due to its availability and low cost, the use of wireless communication technologies increases in domains beyond the originally intended usage areas, e.g. M2M communication in industrial applications. Such industrial applications often have specific security requirements. Hence, it is important to understand the characteristics of such applications and evaluate the vulnerabilities bearing the highest risk in this context. We present a comprehensive overview of security issues and features in existing WLAN, NFC and ZigBee standards, investigating the usage characteristics of these standards in industrial environments. We apply standard risk assessment methods to identify vulnerabilities with the highest risk across multiple technologies. We present a threat catalogue, conclude in which direction new mitigation methods should progress and how security analysis methods should be extended to meet requirements in the M2M domain.
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