哨兵:一个多机构企业规模的数据驱动网络安全研究平台

Alastair Nottingham, Molly Buchanan, Mark Gardner, Jason Hiser, J. Davidson
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引用次数: 0

摘要

目前的网络安全研究受到普遍缺乏大型、现实、有标签的网络流量数据集的限制。为了解决上述问题,本文介绍了Sentinel:一种多企业科学仪器,用于支持数据驱动的网络安全研究。Sentinel为研究人员提供了访问虚拟计算基础设施和数年来从弗吉尼亚大学和弗吉尼亚理工大学这两家大型、脱节的教育机构的网络传感器收集的pb级数据的机会。网络数据集由攻击再现练习生成的多模态恶意软件活动日志补充,这些活动日志实际地将地面真相整合到收集的边缘传感器数据中。为了降低与提供对企业网络传感器日志的访问相关的风险,Sentinel使用了代码到数据策略、数据使用协议和模式保留匿名化的组合。Sentinel已被用作政府资助项目的一部分,用于研究新的机器学习算法、网络安全取证和数据保留技术。
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Sentinel: A Multi-institution Enterprise Scale Platform for Data-driven Cybersecurity Research
Current cybersecurity research is constrained by the general scarcity of large, realistic, labeled network traffic datasets. To address said scarcity, this paper introduces Sentinel: a multi-enterprise scientific instrument developed to support data-driven cybersecurity research. Sentinel provides researchers access to virtual computing infrastructure and petabytes of data collected over several years from network sensors at two large, disjoint educational institutions - the University of Virginia and Virginia Tech. The network dataset is supplemented by multi-modal malware activity logs generated by attack recreation exercises which realistically integrate ground truth into collected edge sensor data. To mitigate risks associated with providing access to enterprise network sensor logs, Sentinel uses a combination of a code-to-data policy, data usage agreements, and pattern-preserving anonymization. Sentinel has been used as part of a government-funded effort to investigate new machine learning algorithms, cybersecurity forensics, and data retention techniques.
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