Agile Methods For Improved Cyber Operations Planning

Jami Carroll
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Abstract

Cyber Ranges provide an interactive simulated environment of hardware and software for simulation. This closed environment provides a safe and legal environment where cyber warfighters can refine their skills. They enable mock cyber mission rehearsal of operation playbooks. Simulated cyber capabilities in the cyber range parallel the intelligence, surveillance, and reconnaissance (ISR), Order of Battle (OOB), and battle damage assessment (BDA) in a closed, safe environment for experimentation. Scrum has been used in collegial cyber competitions with success because it has allowed Capture-the-Flag cyber games to create quicker simulations. Defense Innovation Units (DIUs) are using agile Scrum processes to numerous warfighting areas in order to make them more agile. This research argues that the agile software development processes could be used to optimize the planning and execution of offensive, defensive, and operation and maintenance (O&M) of cyber warfare simulations within cyber ranges. O&M can be done quicker, new exploitable modules can be includer more rapidly, and the capability can be reconstituted to the appropriate skill level for the next set of trainees quicker. The White team as maintainers of the networks, systems, applications and cyber tools select the CVE exploits and spend an enormous amount of time installing and configuring these capabilities for the next set of trainees. Quite often, there are different skill levels which require multiple builds and the ability to refresh the cyber range with varying levels of cyber trainee complexity. This requirement to restore the cyber range quickly with a variety of builds, varying levels of difficulty, and ensure the experiential learning is maximized with the best availability lends to agile methods such as Scrum could lend to improvements with cyber operations. This research will illustrate how a cyber range could leverage agile Scrum processes to provide an improved cyber range environment quicker and with more capabilities.
改进网络运营计划的敏捷方法
Cyber Ranges为仿真提供了一个交互式的硬件和软件模拟环境。这种封闭的环境为网络作战人员提供了一个安全和合法的环境,使他们能够完善自己的技能。它们可以模拟网络任务,演练行动剧本。在一个封闭、安全的实验环境中,网络范围内的模拟网络能力与情报、监视和侦察(ISR)、战斗秩序(OOB)和战斗损害评估(BDA)并行。Scrum已经在大学网络竞赛中获得了成功,因为它使夺旗网络游戏能够创建更快的模拟。国防创新单位(diu)正在将敏捷Scrum过程应用于许多作战领域,以使其更加敏捷。本研究认为,敏捷软件开发过程可用于优化网络范围内网络战模拟的进攻、防御和运维(O&M)的规划和执行。可以更快地完成运维,可以更快地包括新的可利用模块,并且可以更快地为下一组受训者重新构建相应的技能水平。White团队作为网络、系统、应用程序和网络工具的维护者,选择CVE漏洞,并花费大量时间为下一批学员安装和配置这些功能。通常,不同的技能水平需要多次构建,并且能够根据不同的网络培训复杂程度刷新网络范围。通过各种构建、不同难度级别快速恢复网络范围,并确保体验式学习以最佳可用性最大化,这一要求有助于敏捷方法(如Scrum)改进网络运营。这项研究将说明网络范围如何利用敏捷Scrum流程来更快地提供改进的网络范围环境,并提供更多的功能。
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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