内存高效的卡上字节码验证Java卡

CS2 '14 Pub Date : 2014-01-20 DOI:10.1145/2556315.2556323
Reinhard Berlach, Michael Lackner, C. Steger, Johannes Loinig, E. Haselsteiner
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引用次数: 6

摘要

支持Java的智能卡广泛用于在不可信和不安全的环境中以可信和安全的方式存储机密信息,例如公文包中的信用卡。在这种环境中,卡的所有者可以在他的卡上安装和运行任何applet,例如您最喜欢的商店的忠诚度应用程序。但是,在可信卡上运行的每个小程序都必须经过验证。卡上字节码验证是在智能卡上创建可信环境的关键步骤。这项工作中提出的创新验证方法不需要任何额外的卡外组件,并且使用与applet执行几乎相同的内存量。控制流图和基本块的使用以及方法的临时转换的实现降低了这个新的验证器的复杂性。我们将对实现的算法进行详细分析,并在Java卡上对原型进行初步测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Memory-efficient on-card byte code verification for Java cards
Java enabled smart cards are widely used to store confidential information in a trusted and secure way in an untrusted and insecure environment, for example the credit card in your briefcase. In this environment the owner of the card can install and run any applet on his card, such as the loyalty application of your favorite store. However, every applet that runs on a trusted card has to be verified. On-card Bytecode Verification is a crucial step towards creating a trusted environment on the smart cards. The innovative verification method presented in this work comes without any additional off-card component and uses nearly the same amount of memory as the execution of the applet uses. The usage of a Control Flow Graph and Basic Blocks and the implementation of a temporary transformation of the methods reduces the complexity of this new verifier. We will show a detailed analysis of the implemented algorithm and preliminary tests of a prototype on a Java Card.
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