Framework for precise protocol reverse engineering based on network traces

Young-Hoon Goo, Kyu-Seok Shim, Byeong-Min Chae, Myung-Sup Kim
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引用次数: 6

Abstract

Emergence of high-speed Internet and ubiquitous environment is generating massive traffic, and it has led to a rapid increase of applications and malicious behaviors with various functions. Many of the complex and diverse protocols that occur under these situations, are unknown or proprietary protocols that are at least documented. For efficient network management and network security, protocol reverse engineering that extract the specification of the protocols is very important. While various protocol reverse engineering methods have been studied, there is no single standardized method to extract protocol specification completely yet, and each of methods has some limitations. In this paper, we propose the framework for precise protocol reverse engineering based on network traces. The proposed framework can extract highly elaborative and intuitive message formats, flow formats, and protocol state machine of the unknown protocol. We demonstrate the validity of our framework through an example of HTTP protocol.
基于网络轨迹的精确协议逆向工程框架
高速互联网的出现和无处不在的环境产生了海量的流量,导致各种功能的应用和恶意行为迅速增加。在这些情况下出现的许多复杂而多样的协议是未知的或专有的协议,至少有文档记录。为了实现高效的网络管理和网络安全,提取协议规范的协议逆向工程是非常重要的。虽然人们研究了各种协议逆向工程方法,但目前还没有一种标准化的方法可以完全提取协议规范,而且每种方法都有一定的局限性。本文提出了一种基于网络轨迹的精确协议逆向工程框架。该框架能够提取出高度精细化和直观的消息格式、流格式和未知协议的协议状态机。我们通过一个HTTP协议的例子来证明我们的框架的有效性。
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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