Empirical Analysis of Blockchain Based Security for the Internet of Things in Enhancing the Future Technology Using Structural Equation Model Approach.

Abstract

 Recent technological advances have made it possible for businesses, individuals, and other groups to completely transform how interconnectedness and corporate activities are carried out. This is known as the Internet of effects. The rise of the Blockchain model made it possible to improve IoT-based future technology in a practical way. Blockchain implementations typically offer additional robust safeguards against data leaks and manipulation, restrict access to relevant information, and facilitate faster data transfer via encrypted networks and connections. The rise of smart homes leads to improved terrain and equitable development and growth. They also help the government regulate pollution, enable energy savings, facilitate smarter transportation, and foster smart diligence.

As a result, several experimenters have claimed that the way Blockchain functions provides a foundation for security support when developing emerging technologies like IoT. The research presented here aims to close the gaps and address important IoT security-related challenges. It also supports the advancement of new technologies that will enhance data analysis, enhance information flow, and help key stakeholders make informed decisions.
In order to conduct the study, the experimenters typically employ both primary and secondary data. They gather information from respondents via a check system, analyze it using AMOS statistical software, and draw the proper conclusion from the results.