社交网络中社会工程僵尸网络的传播模型

Shuhao Li, Xiao-chun Yun, Zhiyu Hao, Xiang Cui, Yipeng Wang
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引用次数: 5

摘要

随着社交网络服务的快速发展和社交工程攻击的多样化,利用社交工程攻击在社交网络中传播僵尸程序的新型高感染僵尸网络(我们称之为SE-botnet)已成为潜在威胁。预测se -僵尸网络的威胁可以帮助防御者有效地减轻威胁。本文主要研究了se -僵尸网络的感染与防御问题,提出了se -僵尸网络的传播模型。我们充分考虑了社交网络的特点和人的动态性,抽象了se -僵尸网络使用社交工程攻击的一般过程。初步仿真结果表明,se僵尸网络可以在一天内捕获数以万计的僵尸,具有很强的感染能力。我们的传播模型可以准确地预测这一过程,误差小于5%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Propagation Model for Social Engineering Botnets in Social Networks
With the rapid development of social networking services and the diversification of social engineering attacks, new high-infection botnet (called SE-botnet by us), which exploits social engineering attacks to spread bots in social networks, has become an underlying threat. Predicting the threat of SE-botnet can help defenders mitigate it effectively. In this paper, we focus on SE-botnet's infection and defense, presenting a propagation model for it. We take full account of social networks' characteristics and human dynamics, and abstract the general process of social engineering attacks used by SE-botnet. Our preliminary simulation results demonstrate that the SE-botnet can capture tens of thousands of bots in one day with a great infection capacity. our propagation model can accurately predict this process with less than 5% deviation.
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