How to Detect Cyber-Attacks in Unmanned Aerial Vehicles Network?
Résumé
Security issues in unmanned aerial vehicle (UAV) networks attract the attention of both industry and research community. This is due to the large number of attacks that can target such networks with a goal for instance to jam the communication, disturb the network operation, inject wrong data, etc. In this paper, we propose and implement a cyber security system to protect the UAVs against the most dangerous threats: cyber-attacks that target the data integrity and network availability. Our system is based on a cyber detection mechanism to promptly detect these attacks as soon as they unfold. Minimizing false positives and false negatives rates is a major issue since classifying a legitimate node as an intruder and vice versa may compromises the efficiency of the security system . Thereby, to address this issue, a threat estimation model based on Belief approach is proposed. Simulation results show that our security system exhibits a high accuracy detection compared to cyber detection system proposed in current literature.
Mots clés
Monitoring
Base stations
Computer security
Intrusion detection
Global Positioning System
Unmanned aerial vehicles
security of data
autonomous aerial vehicles
belief networks
control engineering computing
data integrity
belief approach
cyber-attacks
unmanned aerial vehicles network
security issues
network operation
cyber security system
network availability
cyber detection mechanism
threat estimation model