Application of the armament cyber assessment framework: a security assessment methodology for military systems

A. McCarthy, Liam Furey, K. Smith, Daniel Hawthorne-Madell, R. Blaine
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Abstract

As the Army modernizes, its weapon systems are becoming increasingly more cyber dependent. This increased connectivity provides incredible opportunities, but also introduces new risks. This paper introduces the Armament Cyber Assessment Framework (ACAF), a schema for creating security assessment workflows integrated into the design process. The goal of ACAF is to introduce a security oriented mindset into the solution prior to release, and to provide meaningful results at every level. This goal is accomplished through the study and incorporation of multiple industry leading frameworks into a uniquely iterative process. ACAF is implemented for testing via the Global Vulnerability Assessment and Penetration Platform (GVAPP). GVAPP works to provide automated vulnerability information during the armament design process. It offers meaningful risk calculus to armament designers without cyber security backgrounds to mitigate potential vulnerabilities prior to fielding the system. This work focuses on military applications, but is applicable to similar civilian platform technologies.
武器网络评估框架的应用:一种军事系统安全评估方法
随着陆军的现代化,其武器系统正变得越来越依赖网络。这种增加的连通性提供了令人难以置信的机会,但也带来了新的风险。本文介绍了军备网络评估框架(ACAF),这是一种用于创建集成到设计过程中的安全评估工作流的模式。ACAF的目标是在发布之前将面向安全的思维方式引入解决方案,并在每个级别提供有意义的结果。这一目标是通过研究和将多个行业领先的框架合并到一个独特的迭代过程中来实现的。ACAF通过全球脆弱性评估和渗透平台(GVAPP)实施测试。GVAPP的工作是在武器设计过程中提供自动化的漏洞信息。它为没有网络安全背景的武器设计人员提供了有意义的风险计算,以减轻系统部署之前的潜在漏洞。这项工作侧重于军事应用,但也适用于类似的民用平台技术。
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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