Content area
Full text
Abstract: The present paper presents the architecture and requirements necessary to develop an intelligent simulating platform tailored to the IIoT smart city environment, with an emphasis on resilience to different type of security attacks. Specifically, we intend to detect malicious traffic in Intelligent IoT (IIoT) radio networks, based on the initial radio fingerprint of the IIoT devices. The solution proposed in this paper will offer security and will facilitate the interoperability between different communication protocols used in IIoT for smart city applications. We intend to evaluate the proposed solution using both real network attacks traces in order to provide the proof of concept, and using simulation tools in order to proof its scalability.
Keywords: IIoT devices; cyber-attacks; IoT; security; platform.
INTRODUCTION
The Internet of Things (IoT) is one of the key elements of the ICT infrastructure for sustainable smart cities as the urban development advances to higher potential and environmental sustainability. As an ICT vision, the IoT is associated with big data analytics, necessary in many urban domains for reducing energy consumption, the energy waste as well as big cities decongesting, thus mitigate the environmental effects. This implies effective use of natural resource, intelligent management of infrastructures and facilities, and enhanced delivery of services in support of the environment. As such, the IoT and related big data applications can play a key role in improving the process of environmentally sustainable development. Recent studies tend to deal largely with the IoT and related big data applications in connection with economic growth and the quality of life in the realm of smart cities, but largely ignore their role in improving environmental sustainability in the context of smart sustainable cities of the future. In1 a number of challenges affecting to the Intelligent IoT Systems (IIoT) and the associated data base management and analysis, as well as some of the open issues are conferred. The paper discusses also the prospect and implications of complementing the informational data bases associated to sustainable smart cities with additional big data and associated applications necessary to achieve a mandatory level of sustainability.
The numerous advancements mixed communication technologies that arise during the last decade enabled the IIoT devices that coexists in smart cities to interact one another through different type of networks2....