Integrated Framework for Industrial Internet of Things Authentication Leveraging Block chain, Proxy Re-encryption, and AI Techniques

Abstract

The digital evolution has fostered the rise of the Internet of
Things (IoT) and its industrial counterpart, the Industrial
Internet of Things (IIoT). While IoT is used to connect
everyday devices for daily use, IIoT is responsible on
optimizing the industrial processes. This paper first explores
blockchain-enhanced authentication mechanisms in industrial
settings, highlighting their benefits, challenges, and practical
applications. In response to the challenges faced, we propose a
novel framework that integrates and enhances upon the leading
solutions. Our proposed solution is integrated with block chain
and RFID technologies, proxy re-encryption, and a block chain
authentication mechanism empowered with Transfer Learning
(TL). This integrated approach aims to enhance security,
efficiency, and adaptability in IIoT environments. Through
comprehensive analysis, the paper aims to provide in-depth
review into the potential applications and future directions of
blockchain-enabled authentication methods in IIoT,
contributing to the advancement of secure and efficient
industrial operations.