Detecting honeypots and other suspicious environments

Thorsten Holz, F. Raynal
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引用次数: 186

Abstract

To learn more about attack patterns and attacker behavior, the concept of electronic decoys, i.e. network resources (computers, routers, switches, etc.) deployed to be probed, attacked, and compromised, is used in the area of IT security under the name honeypots. These electronic baits lure in attackers and help in assessment of vulnerabilities. Because honeypots are more and more deployed within computer networks, malicious attackers start to devise techniques to detect and circumvent these security tools. This paper will explain how an attacker typically proceeds in order to attack this kind of systems. We will introduce several techniques and present diverse tools and techniques which help attackers. In addition, we present several methods to detect suspicious environments (e.g. virtual machines and presence of debuggers). The article aims at showing the limitation of current honey pot-based research. After a brief theoretical introduction, we present several technical examples of different methodologies.
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探测蜜罐和其他可疑环境
为了进一步了解攻击模式和攻击者的行为,电子诱饵的概念,即部署用于探测、攻击和破坏的网络资源(计算机、路由器、交换机等),在IT安全领域被称为蜜罐。这些电子诱饵引诱攻击者并帮助评估漏洞。由于蜜罐越来越多地部署在计算机网络中,恶意攻击者开始设计技术来检测和绕过这些安全工具。本文将解释攻击者通常是如何攻击这类系统的。我们将介绍几种技术,并展示帮助攻击者的各种工具和技术。此外,我们还提供了几种检测可疑环境的方法(例如虚拟机和调试器的存在)。本文旨在说明目前基于蜂蜜罐的研究的局限性。在简要的理论介绍之后,我们提出了几种不同方法的技术实例。
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