We will talk about cybersecurity in 4G/5G campus network and how to build a lab for assessment before buying.

Mobile telecommunication has gone through generations of evolution from the early days to the establishment of 3gpp in December 1998, when the world joined hands to revolutionize mobile telecommunication. Today, 3gpp has taken on the task to drive the development and establishment of standards for 5G. In addition to releasing specifications for this latest mobile telecommunication technology, 3gpp has also touched upon its security aspects and TS.33 is the outcome. This session invites the audience to take a look at how experts at 3gpp tackle some of the most iconic challenges in 5G.

Recently, industry could lease spectrum and non-public network to realize 5G killer applications such as intelligent factory. However, the popularity of 5G opensource and the occurrence of cheap software define radio (SDR) enable experimental base stations (BSs) possible. Adversary could easily adopt such BSs to launch malicious attacks against availability, integrity, and privacy of industrial IoT devices. In this speech, we deploy sensors with the aid of mobile edge computing (MEC) in 5G non-public network to detect rogue BS attack and mitigate its negative effects.