Development of cyber security and privacy by precision decentralized actionable threat and risk management for mobile communication using Internet of Things (IOT)

In the recent past, with the tremendous growth of Internet of Things (IoT) and mobile communication the security and privacy are needed for the information transmitted from transmitter to receiver. IoT refers to connecting wireless sensor network, various mobile communication applications, machine, people living in different location and equipment collectively by utilizing local or broad are wireless communication and cloud communication, with the internet as the adhesive, during original path to construct a precision wireless sensor network. In this paper, a novel cyber security and privacy methodology is proposed based on precision decentralized actionable threat and risk management for mobile communication using IoT. The threat and risk can be managed by providing efficient and accurate action and the methodology is the decentralized amount the wireless sensor network to carry mobile communication precision. The huge- scale operation of the IoT want to face few problems, particularly in security and privacy problems for precision, linking between wireless sensor network, and mobile communication with IoT devices because of the truth that IoT has various individuality through conventional wireless communication networks, linked to its particular risk and threats. The security and privacy solutions for IoT should give IoT wireless nodes (users, servers, things and objects) with information validity, privacy, integrity and originality certification, and approval. The risk and threat management should be properly decentralized protection must be considered.

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