使用armor的自动计算机网络防御:面向任务的决策支持和漏洞缓解

N. Nakhla, K. Perrett, Christopher McKenzie
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引用次数: 4

摘要

任务保证需要有效的、近实时的防御性网络作战,以适当地应对网络攻击,而不会对作战产生重大影响。快速计算、优先排序和执行基于网络的行动方案(coa)的能力依赖于准确的态势感知和任务背景信息。尽管存在多种自动收集和分析基础设施数据的解决方案,但很少有在正在进行的任务环境中提供基于网络的coa的自动分析和实现。此外,这类流程可能是操作密集型的,可用的工具往往针对一组公共数据源和网络响应。为了解决这些问题,加拿大国防研究与发展部(DRDC)正在领导自动化计算机网络防御(ARMOUR)技术演示和网络防御科学技术(S&T)平台的开发。ARMOUR集成了新的和现有的现成功能,提供增强的决策支持,并自动化许多目前由网络运营商手动执行的任务。本文描述了armor提供的网络防御集成框架、态势感知和自动任务导向决策支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated computer network defence using ARMOUR: Mission-oriented decision support and vulnerability mitigation
Mission assurance requires effective, near-real time defensive cyber operations to appropriately respond to cyber attacks, without having a significant impact on operations. The ability to rapidly compute, prioritize and execute network-based courses of action (CoAs) relies on accurate situational awareness and mission-context information. Although diverse solutions exist for automatically collecting and analysing infrastructure data, few deliver automated analysis and implementation of network-based CoAs in the context of the ongoing mission. In addition, such processes can be operatorintensive and available tools tend to be specific to a set of common data sources and network responses. To address these issues, Defence Research and Development Canada (DRDC) is leading the development of the Automated Computer Network Defence (ARMOUR) technology demonstrator and cyber defence science and technology (S&T) platform. ARMOUR integrates new and existing off-the-shelf capabilities to provide enhanced decision support and to automate many of the tasks currently executed manually by network operators. This paper describes the cyber defence integration framework, situational awareness, and automated mission-oriented decision support that ARMOUR provides.
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