Çağlar OFLAZOGLU, İpek ABASIKELEŞ TURGUT

Modelling Routing Attacks on Collection Tree Protocol and Designing an Intrusion Detection System on Real-Time Wireless Sensor Networks

Nowadays, Wireless Sensor Networks (WSNs) have become one of the important issues with the increasing usage of IoT systems. The nodes having limited resources in WSNs and the nature of wireless environment, which is vulnerable to attacks, bring along various security problems. Since cryptologic and / or authentication-based solutions are not successful for insider attacks during the travelling of data packet from source to destination, different solutions should be proposed. In this study, a group of routing attacks, including sinkhole, black hole and selective forwarding attacks in real time WSNs, are modelled and analysed on testbed. The contributions of this study are real-time modelling of 3 different types of routing attacks on CTP protocol, which is a popular routing architecture in literature in recent years, and the design and testing of a real time neighbour tracking-based intrusion detection system from these attacks. Besides, this study is thought to be the basis for future intrusion

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