JVMTI-based implementation of security policies enforcement on java platform

Li-ming Fei, Xiao-juan Zheng, Zhiqiang Yang, Liu Pei-xing
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Abstract

Protecting host computer against potential malicious mobile code is one of important question of mobile code security. Model Carrying Code consider producer and consumer all together, gives theoretical framework center around behavioral model of program, which can guarantee safe execution of untrusted code. However, it faces several difficulties when applied to the most ubiquitous mobile code platform - Java, in the enforcement phase to monitor program behavior of a thread in the Java virtual machine(JVM) instead of a process on the operating system. To address this problem, this paper aims at java platform and java mobile code used broadly, provides the approach of implement MCC on java platform, gives alternative effective approach of enforcement of security policies, moreover, implement enforcement of security policies with JVMTI on Java Platform.
java平台上基于jvmti的安全策略实施实现
保护主机免受潜在恶意移动代码的攻击是移动代码安全的重要问题之一。模型承载代码综合考虑了生产者和消费者,以程序行为模型为中心给出了理论框架,保证了不可信代码的安全执行。然而,当它应用于最普遍的移动代码平台——Java时,在监视Java虚拟机(JVM)中线程(而不是操作系统上的进程)的程序行为的实施阶段,它面临着几个困难。针对这一问题,本文针对目前广泛使用的java平台和java移动代码,提出了在java平台上实现MCC的方法,给出了安全策略实施的替代有效方法,并利用JVMTI在java平台上实现了安全策略的实施。
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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