协议逆向工程通过动态和静态二进制分析

Ying WANG , Li-ze GU , Zhong-xian LI , Yi-xian YANG
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引用次数: 10

摘要

本文提出了一种将动态和静态二进制分析相结合的协议逆向工程新方法。我们的工作不仅对场及其长度进行了精确定位,而且准确地给出了场的属性。根据不同的指令和当前的程序结构,我们可以有效地推断出消息的格式。为了证明该方法的合理性和有效性,我们构建了一个原型工具——NetProtocolFinder,并分别选取了一些已记录的协议和未记录的协议消息作为测试实例。实验结果表明,该工具不仅可以有效地从协议中提取消息格式,而且可以方便地通过相关字段属性推测状态机模型。
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Protocol reverse engineering through dynamic and static binary analysis

This paper presents a new method for protocol reverse engineering, which combines both the dynamic and static binary analysis. Our work not only does precise positioning on the field and its length, but also gives the field attributes accurately. According to different instructions and the current program structure, we can infer the message format validly. To prove the method is sound and effective, we build a prototype tool – NetProtocolFinder, and select some documented protocol and undocumented protocol messages as the test instances respectively. Results of our experiments show that the tool can not only extract the message format from protocols effectively, but also speculate the state machine model through relevant field attributes conveniently.

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来源期刊
CiteScore
0.50
自引率
0.00%
发文量
1878
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