为网络安全管理和事件处理持续收集上下文信息的系统

M. Husák, Martin Laštovička, Daniel Tovarnák
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引用次数: 2

摘要

本文针对网络安全管理的需要,设计了一个数据连续采集系统。当网络中发生网络安全事件时,有关相关资产的上下文信息有助于估计事件的严重性和影响,并选择适当的事件响应。我们提出了一种基于主动和被动网络测量相结合以及数据与第三方系统相关联的系统。该系统通过对操作系统和应用程序进行指纹识别,枚举网络中的设备和服务及其漏洞。此外,系统将网络中的主机与负责任的管理员的联系人配对,并突出显示关键基础设施及其依赖性。该系统集中了常见事件处理流程所需的所有信息,旨在加快事件响应速度,减少人工调查所花费的时间,防止因疏忽或信息缺乏而导致的错误。
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System for Continuous Collection of Contextual Information for Network Security Management and Incident Handling
In this paper, we describe a system for the continuous collection of data for the needs of network security management. When a cybersecurity incident occurs in the network, the contextual information on the involved assets facilitates estimating the severity and impact of the incident and selecting an appropriate incident response. We propose a system based on the combination of active and passive network measurements and the correlation of the data with third-party systems. The system enumerates devices and services in the network and their vulnerabilities via fingerprinting of operating systems and applications. Further, the system pairs the hosts in the network with contacts on responsible administrators and highlights critical infrastructure and its dependencies. The system concentrates all the information required for common incident handling procedures and aims to speed up incident response, reduce the time spent on the manual investigation, and prevent errors caused by negligence or lack of information.
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