VET5G: A Virtual End-to-End Testbed for 5G Network Security Experimentation

VET5G: A Virtual End-to-End Testbed for 5G Network Security Experimentation
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VET5G:用于 5G 网络安全实验的虚拟端到端测试平台

DOI:
10.1145/3546096.3546111
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发表时间:
2022
期刊:
The 15th Workshop on Cyber Security Experimentation and Test
影响因子:
--
通讯作者:
Yan, Guanhua
Yan, Guanhua
中科院分区:
--
文献类型:
--
作者:
Wen, Zhixin;Pacherkar, Harsh Sanjay;Yan, Guanhua

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随着5G网络在全球范围内逐步推出,确保其网络基础设施能够抵御恶意攻击至关重要。这项工作介绍了VET 5G,这是一个新的虚拟端到端测试平台,用于5G网络安全研究实验或培训活动,如Capture-The-Flag比赛。VET 5G的显著特点包括使用Rust编写的自主5G核心网络仿真器,以确保内存和线程安全,集成OpenAirInterface的无线接入网络仿真器和官方Android仿真器,以实现完整的端到端5G网络仿真,包括参考P4软件交换机,以协助5G数据平面防御机制的原型设计,实现Python API以简化5G网络实验,并采用QueryterHub支持多用户实验。在我们的实验中,我们演示了如何将VET 5G用于5G网络中的两种攻击场景,以及当它用于移动的系统安全课程的5G黑客项目时的性能。
As 5G networks are gradually rolled out worldwide, it is important to ensure that their network infrastructures are resilient against malicious attacks. This work presents VET5G, a new virtual end-to-end testbed for 5G network security research experiments or training activities such as Capture-The-Flag competitions. The distinguishing features of VET5G include a home-grown 5G core network emulator written in Rust to ensure memory and thread safety, integration of OpenAirInterface’s Radio Access Network emulator and the official Android emulator to achieve full end-to-end 5G network emulation, inclusion of a reference P4 software switch to assist with prototyping of defense mechanisms for 5G data planes, implementation of Python APIs for easy 5G network experimentation, and adoption of JupyterHub to support multi-user experimentation. In our experiments we demonstrate how to use VET5G for two attack scenarios in 5G networks as well as its performance when it is used in a 5G hacking project for a Mobile Systems Security course.
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