An efficient Key Agreement and Authentication Scheme (KAAS) with enhanced security control for IIoT systems
Tóm tắt
Internet of Things is one of the prevalent and inevitable trends of the current era where data is found to be scattered among sensing devices. This paper addresses about preserving the privacy and security of the data that is distributed among the sensors collected by the users in Industrial Internet of Things infrastructure domain. This work adopts a dynamic authentication key agreement strategy which permits authenticated users to access the data which is distributed among various IoT sensing devices. In the proposed work an efficient Key Agreement and Authentication Scheme is designed to ensure the establishment of secure data communication. The model called Real-or-Random and tool named Automated Validation of Internet Security Protocols are deployed to ensure the secured transmission of data collected by innumerous sensors deployed across the network. Scaling of the network is done by addition of new nodes followed by pre-deployment phase and restoration of the transmission route is done effectively if any intrusion is found. The performance of the scheme is validated by measuring the parameters such as throughput, residual energy, packet dropping rate and delay analysis and it is found that the proposed scheme is superior compared with existing schemes.
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