网络威胁、风险和预防成本的仿真建模

James E. Lerums, La'Reshia D. Poe, J. E. Dietz
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引用次数: 6

摘要

花在网络安全上的钱并不容易转化为组织运营成功的增加或收入和盈利能力的增加。然而,遭受网络攻击的组织可能会产生显著的额外成本,这可能会对组织造成轻微或灾难性的不利影响。本文介绍了一个仿真模型,用于分析网络安全选项的有效性与成本。这项研究的结果是一个使用状态图的仿真模型,能够针对特定的企业网络和威胁多次运行可配置的攻击场景。在以内部网络域控制器为最终目标的部门工作站上运行网络钓鱼攻击后,根据公开信息,我们的研究结果显示,到达“通用企业”架构中任何节点的网络钓鱼攻击的总体成功率为20%,达到预定目标的攻击不到0%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation Modeling Cyber Threats, Risks, and Prevention Costs
Money spent on cybersecurity doesn't easily translate into an increase in an organization's operational success or increase in revenues and profitability. However, an organization suffering from a cyber-attack could incur significant additional costs which can detrimentally impact an organization trivially or catastrophically. This paper introduces a simulation model for analyzing the effectiveness versus cost of cyber security options. The outcomes of this study is a simulation model using state charts capable of running a configurable attack scenario several times for a specified enterprise network and threat. Given publicly available information our findings after running a phishing attack on a departmental workstation with the internal network's domain controller as the final target revealed that the overall success rate of a phishing attack reaching any node in a “generic enterprise” architecture is 20%, with less than 0% of the attacks reaching the intended target.
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