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Evasive Bots Masquerading as Human Beings on the Web

机译:伪装成伪装成人类的逃避机器人

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Web bots such as crawlers are widely used to automate various online tasks over the Internet. In addition to the conventional approach of human interactive proofs such as CAPTCHAs, a more recent approach of human observational proofs (HOP) has been developed to automatically distinguish web bots from human users. Its design rationale is that web bots behave intrinsically differently from human beings, allowing them to be detected. This paper escalates the battle against web bots by exploring the limits of current HOP-based bot detection systems. We develop an evasive web bot system based on human behavioral patterns. Then we prototype a general web bot framework and a set of flexible de-classifier plugins, primarily based on application-level event evasion. We further abstract and define a set of benchmarks for measuring our system's evasion performance on contemporary web applications, including social network sites. Our results show that the proposed evasive system can effectively mimic human behaviors and evade detectors by achieving high similarities between human users and evasive bots.
机译:诸如爬虫的网站机器广泛用于通过互联网自动化各种在线任务。除了诸如CAPTCHA的人类交互式证明的传统方法之外,还开发了人类观察证明(跳跃)的更新方法,以便自动区分来自人类用户的网站机器人。其设计理由是网络机器人与人类表现不同,允许将它们被检测到。本文通过探索基于跳跃的机器人检测系统的限制,升级对卷筒纸机器人的战斗。我们开发了一种基于人类行为模式的避难网机BOT系统。然后我们原型的一般网络机器人框架和一组灵活的De-Classifier插件,主要基于应用程序级事件逃避。我们进一步抽象,并定义了一组基准,用于测量我们的系统在当代Web应用程序上的逃避性能,包括社交网站。我们的研究结果表明,通过在人类用户和稀疏机器人之间实现高相似之处,建议的逃避系统可以有效地模仿人类行为和逃避探测器。

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