A Future Cyber Security For Secured Smart Home Applications Using The Internet of Things and Blockchain Technology
V. Arulkumar, Marlapalli Krishna, S. Jayachitra, A. Prasanth · Apple Academic Press eBooks · 2025
The increasing demand for comfortable and human living has enhanced smart home development. The Internet creates processes and huge amounts of data to handle user’s demands effectively, including many highly intelligent homes. This increased demand gives rise to a great deal of concern regarding scalability, efficiency, and safety for a smart home system. These are all tedious questions, and there are no granular studies to overcome them. Detailed data, or the lowest levels that can be in a target set, are Granular Data. It refers to the size of the data fields, in short, to how specific a single 178 field is. The more subdivided and more specific data, the more granular is also considered. Given that safety and efficiency are necessary as a challenge, this chapter is presented with the combination of integrating blockchain (BC) technology and cloud computing in an effective manner. BC technology is decentralized because it can serve processing services and copy sensitive user data from smart home. Our model uses a multivariate correlation analysis and identification of correlations between traffic functions to guarantee the safety of the smart home network. The performance of our architecture was evaluated with various performance parameters, and BC was found to be an effective security solution for future networks on the Internet.