Blockchain-Based Secure Menger's Authentication for Industrial IOT

Industrial Internet of Things (I-IoT) is depicted as the foremost promising evolutionary approaches for promoting industrial manufacturing condition and productivity. When the process of manufacturing is more complex, the complete needs to be provided under the administrative IoT where the devices from diverse environment intends to work over the same task which provides higher privacy and security among the devices during communication process. Some prevailing authentication approaches outcomes in providing third-party security and deals with the key management issues. Therefore, privacy and security needs to be given higher concentration as it remains unsolved. In this research, a novel and an efficient security mechanism known as Menger's authentication assisted with block chain is anticipated to establish trust mechanism among various domains. Here, security is adopted with authentication process. The menger's authentication mechanism is provided to maintain device privacy that realizes authentication among the connected devices. However, the key distribution among the connected parties' remains negotiated with proper communication channel. Here, the simulation is done in MATLAB environment and the outcomes show better outcomes during the authentication process.