组件完整性检查和恢复针对恶意代码

Joon S. Park, Gautam Jayaprakash, J. Giordano
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引用次数: 8

摘要

随着分布式计算应用中软件组件使用量的增加,保护这些组件的重要性变得越来越重要。为了确保这些组件的生存能力,我们启用关键任务应用程序来检测从远程位置下载的组件中的恶意代码,并恢复受损组件的原始功能。在我们的工作中,我们使用数字签名来确保大型分布式系统中软件组件的完整性。通过检测原始组件的未经授权的附加组件,我们可以确保只允许合法的软件组件在受保护的软件环境中执行。我们还探讨了通过从组件中删除受影响的部分来恢复受攻击组件的原始功能的技术。在本文中,我们介绍了我们提出的方法的系统架构和支持机制
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Component integrity check and recovery against malicious codes
With the rise in usage of software components in distributed computing applications, the importance of safeguarding these components has assumed great significance. In trying to ensure the survivability of these components, we enable a mission-critical application to detect malicious codes in a component downloaded from a remote location and recover the original functionality of the compromised component. In our work, we use digital signatures to ensure the integrity of software components in a large distributed system. By detecting unauthorized add-ons to the original components we can ensure that only legitimate software components are allowed to execute in a protected software environment. We also explore techniques to recover the original functionality of the component under attack by removing the affected portion from the component. In this paper we introduce the system architecture and the support mechanisms for our proposed approaches
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