Falsifiability of network security research: the good, the bad, and the ugly

D. Gamayunov
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引用次数: 3

Abstract

A falsifiability criterion helps us to distinguish between scientific and non-Scientific theories. One may try to raise a question whether this criterion is applicable to the information security research, especially to the intrusion detection and malware research fields. In fact, these research fields seems to fail to satisfy the falsifiability criterion, since they lack the practice of publishing raw experimental data which were used to prove the theories. Existing public datasets like the KDD Cup'99 dataset and VX Heavens virus dataset are outdated. Furthermore, most of current Scientific research projects tend to keep their datasets private. We suggest that the Scientific community should pay more attention to creating and maintaining public open datasets of malware and any kinds of computer attack-related data. But how can we bring this into reality, taking into account legal and privacy concerns?
网络安全研究的可证伪性:好的、坏的和丑陋的
可证伪性标准有助于我们区分科学理论和非科学理论。这一标准是否适用于信息安全研究,特别是入侵检测和恶意软件研究领域,这是一个问题。事实上,这些研究领域似乎无法满足可证伪性标准,因为它们缺乏发表用于证明理论的原始实验数据的实践。现有的公共数据集,如KDD Cup'99数据集和VX Heavens病毒数据集已经过时。此外,目前大多数科学研究项目倾向于保持其数据集的私密性。我们建议科学界应该更多地关注创建和维护恶意软件和任何类型的计算机攻击相关数据的公共开放数据集。但考虑到法律和隐私问题,我们如何才能将其变为现实?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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