Dynamic Protection Framework Against Advanced Persistent Threats in 5G Networks.

Funded by the National Cyber Security Centre (NCSC), PhD studentship, 2019-2022.

The goal of this PhD is to contribute to situational awareness and alert security manager to suspicious behaviour by monitoring the virtualised and cross-correlating traffic events across different parts of the network, different network slices and different points in time on an individual user/function basis. Here, the multiple steps followed by Roaming Wildcat over the several weeks of attempts to breach their target’s security, will be leaving different traces and in different parts of the network. First, a Threat Detection Engine (TDE) will collect information from the vast range of sources involved in a 5G infrastructure and being exploitable by an APT, data collected near the edge will be processed there making use of the power of the MEC paradigm and flagging suspicious events. Then, a Dynamic Response Recommendation Engine (DRRE) will in the process be suggesting defence strategies that are commensurate to the risk perceived at each point in time and to the degree of trust in the threat data collected.

Budget: £114,402 (University of Surrey, P.I. at application, currently external advisor).\

Emmanouil (Manos) Panaousis
Emmanouil (Manos) Panaousis
Associate Professor of Computer Science
Rob Pell
Rob Pell
Doctoral Researcher
Sotiris Moschoyiannis
Sotiris Moschoyiannis
Senior Lecturer in Complex Systems
Steve Schneider
Steve Schneider
Director of Surrey Centre for Cyber Security, Professor of Computing

Related