android主机卡模拟非接触式卡的双因素认证

Arne Munch-Ellingsen, Richard Karlsen, Anders Andersen, S. Akselsen
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引用次数: 7

摘要

随着Android 4.4 KitKat中主机卡仿真(HCE)的引入,近场通信(NFC)卡仿真模式发生了变化。一方面,HCE为手机上的非接触式卡服务(如支付、票务、会员卡等)提供了更简单的开发和更短的部署路径。另一方面,它引入了新的安全问题,因为它本质上不涉及移动电话上的安全元素。例如,由OSPT发布的用于公共交通的Cipurse开放票务标准意味着对身份验证机制和密钥存储使用安全元素。Cipurse如何从HCE的优势中获益,同时仍然为传输的数据提供安全的身份验证和加密?我们设计了一种双因素认证机制,该机制涉及使用通用集成电路卡(也称为SIM卡)作为安全的第二因素,允许将Cipurse规范实现为安全的HCE应用。好处是Cipurse仿真卡的执行速度更快,但对于许多应用领域仍然具有可行的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Two-factor authentication for android host card emulated contactless cards
With the introduction of Host Card Emulation (HCE) in Android 4.4 KitKat the Near Field Communication (NFC) card emulation mode took a twist. On one side, HCE allows for easier development and a shorter deployment path for contactless card services on the mobile phone (e.g. payment, ticketing, loyalty cards etc.). On the other side, it introduces new security issues since it does not intrinsically involve a secure element on the mobile phone. As an example, the Cipurse open ticketing standard for public transportation, published by OSPT, implies usage of a secure element for the authentication mechanism and key storage. How can Cipurse benefit from the advantages of HCE and still provide secure authentication and encryption of transferred data? We have designed a two-factor authentication mechanism that involves usage of the Universal Integrated Circuit Card (also known as the SIM card) as the secure second-factor that allows for the implementation of the Cipurse specification as a secure HCE application. The benefit is faster execution of the Cipurse emulated card but still with feasible security for many application areas.
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