论文标题

从NEA和NIA到NESAS和SCAS:揭开5G安全生态系统的神秘面纱

From NEA and NIA to NESAS and SCAS: Demystifying the 5G Security Ecosystem

论文作者

Michalas, Angelos, Patsakis, Constantinos, Vergados, Dimitrios D., Vergados, Dimitrios J

论文摘要

尽管关于5G的富裕陈述,但毫无疑问,5G在电信上产生了根本性的转变。主要原因是5G是我们长期以来想象并在测试环境中(部分或较小规模)中模拟或实现的众多应用程序的推动者。 5G很快将释放智能城市,工业4.0和物联网的潜力,仅举几例。但是,一个至关重要的问题是我们可以信任这项技术多少。由于这项技术很快将成为上述所有技术的核心基础设施,因此了解构成该技术的基本安全机制以及他们提供的保证,以评估我们所面临的潜在风险,这一点至关重要。这项工作遵循一种非技术但自下而上的方法,将读者介绍给核心安全机制,并为5G安全性建立基线,以揭开主要概念和流程的神秘面纱。基于上述,我们简化未来的方向并突出可能的威胁。

Despite the numerous pompous statements regarding 5G, it is indisputable that 5G creates a radical shift in telecommunications. The main reason is that 5G is an enabler of numerous applications we have long envisioned and either simulated or implemented in test environments, partially or on a smaller scale. 5G will soon unlock the potential of smart cities, industry 4.0, and IoT, to name a few. However, a crucial question is how much we can trust this technology. Since this technology will soon become the core infrastructure for all of the above, it is critical to understand the fundamental security mechanisms that comprise this technology and the guarantees they provide to assess the potential risks we are exposed to. This work follows a non-technical yet bottom-up approach to introduce the reader to the core security mechanisms and establish a baseline for the security of 5G, to demystify the principal notions and processes. Based on the above, we streamline future directions and highlight possible threats.

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