LDHP: Experimental Evaluation Of A Secured Blockchain Based Data Management Framework Using Lightweight Document Handling Principle
P Sudheer, Praveen Talari, S.K. Prabhakar, Monika Sirigiri, S. Saravanan, Muniyappa Nanjundaiah Dinesh · 2024
One of the most important technologies that will drive the shift from the Information Internet to the Value Internet is blockchain. How to utilize blockchain for data management is becoming a hot topic as more and more companies investigate block-chain’s potential industrial uses. Blockchain technology's intrinsic scalability issues become apparent, however, while dealing with an enormous amount of IoT devices as well as the vast volumes of data created by these networks. Consequently, to address these issues, this study employs a Lightweight Document Handling Principle (LDHP). To manage data from the Internet of Things (IoT), we provide a blockchain-based platform that can scale to accommodate many devices. The suggested scheme's efficacy is assessed by cross-validating this method with the traditional model known as Decentralized Data Security (DDS). The authors of this work presented a solid method for checking database consistency and tracking down errors. To do this, the suggested LDHP is used in a secondary consensus. This method greatly improves the reliability and accuracy of data management by solving the common problem of database mismatches and excelling in other critical areas including data security, verification of information, and error tracing. In order to facilitate future developments in safe and effective data handling, we provide a robust solution through. Modernizing data management using blockchain technology may boost efficiency, enhance data quality, and foster an atmosphere conducive to exchanging information.