Static analysis for computing escapability and mutability for Java components

Aiwu Shi, G. Naumovich
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引用次数: 3

Abstract

A common theme in information security is protection of trusted software components against unauthorized access by untrusted users. In the context of distributed object technologies, such as Enterprise Java Beans, this means preventing leaks of sensitive information to untrusted users, as well as preventing untrusted users from modifying sensitive information. In this paper, we propose an approach for identification and classification of potentially sensitive information that can leak out of trusted software components to untrusted parties. Unlike the current approaches to securing information flow by extending the type system, our technique is based on static points-to, data- and control-dependence, and object mutability analyses.
用于计算Java组件的可逃避性和可变性的静态分析
信息安全的一个常见主题是保护受信任的软件组件免受不受信任的用户未经授权的访问。在分布式对象技术(如Enterprise Java Beans)的上下文中,这意味着防止敏感信息泄露给不受信任的用户,以及防止不受信任的用户修改敏感信息。在本文中,我们提出了一种识别和分类潜在敏感信息的方法,这些信息可能从受信任的软件组件泄露给不受信任的方。与当前通过扩展类型系统来保护信息流的方法不同,我们的技术基于静态指向、数据和控制依赖以及对象可变性分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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