A Markov Model of IoT System Availability Considering DDoS Attacks and Energy Modes of Server and Router
Maryna Kolisnyk, Vyacheslav Serhiiovych Kharchenko, Iryna Piskachova, Nikolaos G. Bardis · 2017
Internet of things (IoT) gets more spread, and large number of smart things are connect to the Internet. In this regard, increases energy consumption. The devices of the IoT can be affected by special attacks on the power supply system, DDos attacks, spy attacks. The purpose of research is to develop and research an availability model of IoT systems considering energy modes and cyber attacks. The analysis of main subsystems of the IoT system such as the smart business center (SBC) in terms of availability, security and energy saving was provided. Main research issues of the paper are analysis of the possible types of attacks on IoT infrastructure, assessment of its availability factor, development and research of a Markov model of SBC availability taking into account DDoS attacks on the server and the router and the diversification of energy supply systems and energy modes.