Trusty authentication of devices using blockchain-cloud of things (B-CoT) for fulfilling commercial services

【Author】 Senthilkumar, G.; Tamilarasi, K.; Kaviarasan, S.; Arun, M.

【Source】INTERNATIONAL JOURNAL OF SYSTEM ASSURANCE ENGINEERING AND MANAGEMENT

【影响因子】0.000

【Abstract】Blockchain cloud of Things (B-CoT) network significantly supports to launch of industrial 4.0 environments in which quality paradigm of analyzing machinery data for smart production growth. Moreover, it provides a rapid circulation of real-time sensed data (machine) for effective analysis and prediction of system accuracy which improves the product visibility and security aspects for vulnerability. Subsequently, it gives easy accessibility of data for product traceability and transparency. However, malicious interference is come into play due to a large number of active interconnections of IoT devices. It is very much indeed to have product boosting capability, high-level security protection, and to accommodate artificial intelligence for soft decision making before and after the product is developed. In this research work, a flexible blockchain configuration model is developed and superimposed on rapidly secured transactions after a trusty authenticated device for B-CoT networks. It retains a collection of a maximum number of sensitive data and induces high-security protocol in presence of unauthenticated interference. It gives high prediction accuracy and significantly reduces the number of unwanted data in the cloud. In-built security defender for giving proper authentication before enters data in the cloud unit. It influences an efficient machine learning algorithm, thus, supports the high prediction of earlier product fault and control decisions about uncertainty conditions. The data processing function is minimized by establishing two separate layers maintained between the local sensing unit and the global cloud. The flexible blockchain configuration model and superimposed rapid secured transaction technique give maximize performance accuracy for B-CoT networks which support secured data storage and accessibility. Thus, create real-time data monitoring and maximizing the indoor user's comfort.

【Keywords】Blockchain cloud of Things (B-CoT); Trusty authentication; Commercial application; Product supply chain; Transaction

【发表时间】

【收录时间】2022-10-05

【文献类型】实验仿真

【主题类别】

区块链技术-协同技术-物联网