基于安全元素的移动设备攻击场景

Michael Roland, J. Langer, J. Scharinger
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引用次数: 54

摘要

近场通信卡仿真模式是将虚拟智能卡植入手机的一种方式。最近推出的一款应用是谷歌钱包。谷歌钱包把手机变成了信用卡、预付卡和收集礼券和折扣的工具。卡仿真模式使用专用的智能卡芯片,被认为满足高安全标准。因此,卡仿真模式也被认为是安全可靠的。然而,支持nfc的手机引入了一个明显不同的威胁向量。特别是移动电话与全球网络的永久连接以及在智能手机上安装任意应用程序的可能性,为几种新的攻击场景开辟了道路。本文概述了移动连接和不可信的移动电话应用程序所带来的新风险。分析了不同手机平台上安全元素访问的各种api及其访问控制机制。解释了手机的安全问题。最后,重点介绍了两种实际攻击场景,一种是针对安全元素执行拒绝服务(DoS)攻击的方法,另一种是在受害者不知情的情况下远程使用受害者安全元素上的应用程序的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Practical Attack Scenarios on Secure Element-Enabled Mobile Devices
Near Field Communication's card emulation mode is a way to put virtual smart cards into mobile phones. A recently launched application is Google Wallet. Google Wallet turns a phone into a credit card, a prepaid card and a tool to collect gift certificates and discounts. Card emulation mode uses dedicated smart card chips, which are considered to fulfill high security standards. Therefore, card emulation mode is also considered to be safe and secure. However, an NFC-enabled mobile phone introduces a significantly different threat vector. Especially a mobile phone's permanent connectivity to a global network and the possibility to install arbitrary applications onto smart phones open up for several new attack scenarios. This paper gives an overview of the new risks imposed by mobile connectivity and untrusted mobile phone applications. The various APIs for secure element access on different mobile phone platforms and their access control mechanisms are analyzed. The security aspects of mobile phones are explained. Finally, two practical attack scenarios, a method to perform a denial of service (DoS) attack against a secure element and a method to remotely use the applications on a victims secure element without the victim's knowledge, are highlighted.
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