Blockchain-based Secure Land Registry System using Efficient Smart Contract
Atul Lal Shrivastava, Rajendra Kumar Dwivedi
Abstract
Given the current situation, A great number of reports about forged titles to real estate, fake land registries, undue transferring of delayed ownership, and government officials' involvement in deceptive practices are regularly being reported. On the other hand, this suggests that the current system for registering land deeds is inefficient and cannot reliably guarantee the safety of transactions between buyers and sellers or ensure that they are settled in a timely manner. To find a solution to this issue. In this paper, we suggested utilizing blockchain technology to create a land register system. The uniqueness and appeal of blockchain technology are its transparency and security. Persistence, immutability, and decentralization are qualities that blockchain is inculcating. its ascension to new opportunities for efficiency and cost savings. A decentralized application was suggested in this article. We used the Ethereum network specifically to build and deploy the smart contract. Through frontend web pages, interactions with the deployed contracts are possible. When creating websites, React is employed. Next.js is utilized for the server and routing. The analysis and findings demonstrate the viability and effectiveness of the suggested methodology.