基于监控库功能的持续执行机制入侵防御系统

Yudai Kato, Yuji Makimoto, Hironori Shirai, Hiromi Shimizu, Yusuke Furuya, S. Saito, H. Matsuo
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引用次数: 1

摘要

研究了基于异常的入侵防御系统来防止零日攻击。然而,这些现有的系统可能会花费10亿美元!G (Bt)由于监控精度不足,防止了模仿攻击。此外,当被监视的应用程序受到损害时,它们不能提供连续性。本文提出了一种新的入侵防御系统Belem,该系统通过检查库函数的顺序来检测异常状态,并具有持续执行机制以提供应用程序的连续性。我们在Linux上实现了Belem并对其进行了评估。
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Monitoring Library Function-based Intrusion Prevention System with Continuing Execution Mechanism
Anomaly-based Intrusion Prevention Systems have been studied to prevent zero-day attacks. However these existing systems can $B!G (Bt prevent mimicry attacks because of the inadequacy of monitoring accuracy. Moreover, they provide no continuity for monitored applications when they have been compromised. In this paper, we propose a novel Intrusion Prevention System named Belem that detects anomaly states by checking the ordering of library functions and has a Continuing Execution Mechanism to provide application continuity. We implemented Belem on Linux and evaluated it.
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