5G时代的数字孪生:SPIDER网络靶场

Filippo Rebecchi, A. Pastor, A. Mozo, C. Lombardo, R. Bruschi, Ilias Aliferis, R. D. Corin, P. Gouvas, Antonio Álvarez Romero, Anna Angelogianni, Ilias Politis, C. Xenakis
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引用次数: 4

摘要

如今,服务提供商、5G网络运营商以及更普遍的垂直行业都面临着高技能网络安全专家短缺的危险。随着网络攻击的升级和日益复杂,5G网络需要训练熟练和高能力的网络部队。为了满足这些需求,SPIDER网络范围特别关注5G,并基于三个支柱:(i)网络安全评估,(ii)培训网络安全团队抵御复杂的网络攻击场景,以及(iii)网络风险评估。SPIDER网络范围复制了定制的5G网络,能够执行网络演习,利用实时动手交互,参与者之间的信息共享,从网络设备收集反馈,以及开发和适应先进的操作程序。这旨在帮助5G安全专业人员提高协同管理和预测安全事件、复杂攻击和传播漏洞的能力。SPIDER网络范围在两个相关的用例场景中得到验证,旨在以现实、可测量和可复制的方式展示SPIDER将给网络安全行业带来的转变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Digital Twin for the 5G Era: the SPIDER Cyber Range
Service providers, 5G network operators and, more generally, vertical industries face today a dangerous shortage of highly skilled cybersecurity experts. Along with the escalation and growing sophistication of cyber-attacks, 5G networks require the training of skilled and highly competent cyber forces. To meet these requirements, the SPIDER cyber range focuses specifically on 5G, and is based on three pillars, (i) cyber security assessment, (ii) training cyber security teams to defend against complex cyber-attack scenarios, and (iii) evaluation of cyber risk. The SPIDER cyber range replicates a customized 5G network, enabling the execution of cyber-exercises that take advantage of hands-on interaction in real time, the sharing of information between participants, and the gathering of feedback from network equipment, as well as the development and adaptation of advanced operational procedures. This aims to help 5G security professionals improve their ability to collaboratively manage and predict security incidents, complex attacks, and propagated vulnerabilities. The SPIDER cyber range is validated in two relevant use case scenarios aimed at demonstrating, in a realistic, measurable, and replicable way the transformations SPIDER will bring to the cybersecurity industry.
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