净化物联网网络安全态势:由互联网测量支持的可操作CTI馈送

Morteza Safaei Pour, Dylan Watson, E. Bou-Harb
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引用次数: 7

摘要

总的来说,物联网(IoT)范式继续受到损害,阻碍了我们国家的隐私、可靠性、安全和安全。虽然运营安全社区(即CERTS, soc, CSIRT等)继续开发监控网络空间的能力,但以物联网为中心的工具仍处于起步阶段。为此,我们通过创新与互联网规模受感染的物联网设备相关的可操作网络威胁情报(CTI)馈送来解决这一差距。除了标记类型和供应商外,该馈送还通过应用定制开发的学习方法来区分受损物联网设备和非物联网节点,近乎实时地分析每日3.6TB的流无源测量数据(约100万美元/秒)。该提要使用第三方信息进行增强,以提供上下文信息。我们报告在初始部署期间执行的提要的操作、分析和缺点。我们通过一个公共的、经过身份验证的API和一个前端平台使CTI提要可用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sanitizing the IoT Cyber Security Posture: An Operational CTI Feed Backed up by Internet Measurements
The Internet-of-Things (IoT) paradigm at large continues to be compromised, hindering the privacy, dependability, security, and safety of our nations. While the operational security communities (i.e., CERTS, SOCs, CSIRT, etc.) continue to develop capabilities for monitoring cyberspace, tools which are IoT-centric remain at its infancy. To this end, we address this gap by innovating an actionable Cyber Threat Intelligence (CTI) feed related to Internet-scale infected IoT devices. The feed analyzes, in near real-time, 3.6TB of daily streaming passive measurements ($\approx$ 1M pps) by applying a custom-developed learning methodology to distinguish between compromised IoT devices and non-IoT nodes, in addition to labeling the type and vendor. The feed is augmented with third party information to provide contextual information. We report on the operation, analysis, and shortcomings of the feed executed during an initial deployment period. We make the CTI feed available for ingestion through a public, authenticated API and a front-end platform.
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