Implementation and Automatic Testing for Security Enhancement of Linux Based on Least Privilege

Gaoshou Zhai, Jie Zeng, Miaoxia Ma, L. Zhang
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引用次数: 7

Abstract

Nowadays, technologies of information security have been attached more and more importance to and it's a critical problem to take measures to ensure the reliability of related trustworthy software such as secure operating systems (SOSs). Thereafter, it's always necessary for such systems to be taken complete and rigorous security test and evaluation among development team and/or by third-party security certification organization. However, such software testing is usually time consuming, cost consuming and boresome and thus technologies of software testing automation have alluring application foreground in that field. In this paper, methods and technologies about how to test a SOS automatically are discussed in breadth and in depth at first. Then least privilege is studied and the corresponding modules of security enhancement are added to Linux based on Linux Kernel Modules (LKM). Finally, a prototype of automatic security testing as to such least privilege mechanism is implemented and the results are analyzed.
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基于最小权限的Linux安全增强实现与自动测试
在信息安全技术日益受到重视的今天,如何采取措施保证安全操作系统等相关可信软件的可靠性已成为一个关键问题。因此,开发团队和/或第三方安全认证机构总是需要对此类系统进行完整而严格的安全测试和评估。然而,此类软件测试通常耗时、耗钱且乏味,因此软件测试自动化技术在该领域具有诱人的应用前景。本文首先从广度和深度上探讨了SOS自动测试的方法和技术。然后研究了最小权限,并在Linux内核模块(LKM)的基础上增加了相应的安全增强模块。最后,实现了针对最小特权机制的自动安全测试原型,并对测试结果进行了分析。
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