Mengers Authentication for efficient security system using Blockchain technology for Industrial IoT(IIOT) systems
Daxa Vekariya, Ajay Rastogi, R. Priyadarshini, Manoj Patil, M. Sunil Kumar, Bhasker Pant
Abstract
The Internet of Things (IoT), which allows computers from different settings to connect and cooperate on a same activity while ensuring better levels of privacy and safety for some of the connected equipment, must manage the whole process as manufacturing procedures grow considerably more complex. Some well-liked things that solve important issues and provide third-party security. Since the problem is still open, privacy and security must come first. According to this research, Mengers identification, a unique and potent security technique made possible by blockchain, would foster confidence in a variety of industries. In this instance, access control carries out security. To allow authentication across linked devices while protecting device privacy, the Mengers authenticating mechanism is defined. Before delivering keys to linked parties, an appropriate path must first be established. The findings show improved performance during the verification process when the simulation is run in the simulation environment.