使用区块链的地理空间数据NFT市场

S. R, A. Sheeba
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引用次数: 0

摘要

可以转移到数字资产(如图片、视频或音乐)的权利被称为不可替代代币(nft)。自2021年初以来,这种现象及其市场急剧增长。自几年前以来,NFT市场变得越来越普遍。他们中的大多数将数字材料存储在集中的系统(文件)上。本研究为不可替代的代币化数字资产的安全交易环境提出了建议。用户将能够创建新的数字资产并将其兑换为基于以太坊的货币。此外,还研究了基于IPFS协议的分散文件系统在更安全的数字资产存储方面的技术潜力。该方法试图解决文件存储的问题。它也代表了促进区块链技术使用的努力。在典型的存储系统中,用户和提供商签署一份数字化合同,如果用户的数据丢失、泄露或出售给第三方以获得他们不提供的服务,用户可以对提供商进行法律追索权。用户可以安全地存储和保护地理空间数据。为了使存储系统更加安全,将使用两个ERC规则。这些文件使用该技术的分散网络进行分布式存储,从而禁止对存储系统进行未经授权的访问。区块链项目依赖于散列来运行。区块链中的每个块使用SHA 256散列算法创建一个散列。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
NFT Marketplace for Geospatial Data Using Blockchain
Rights that can be transferred to digital assets like pictures, videos, or music are known as non-fungible tokens (NFTs). The phenomenon and its marketplaces have grown dramatically since early 2021. NFT marketplaces are becoming more prevalent since a few years ago. Most of them store digital materials on centralized systems (files). This study makes a recommendation for a secure trading environment for non-fungible tokenized digital assets. Users will be able to create new digital assets and exchange them for Ethereum-based currency. Also, the IPFS protocol-based decentralized file system's technological potential for more secure digital asset storage is examined. In this approach, the problem of file storage is attempted to be solved. It also represents an effort to promote the usage of blockchain technology. In a typical storage system, the user and provider sign a digitalized contract that gives the user legal recourse against the provider should their data be lost, compromised, or sold to a third party for services that they do not supply.Geospatial Data can be safely stored and secured by the user. To make the storage system more secure, two ERC rules will be used.The files are distributedly stored using this technology's decentralized network, which prohibits unauthorized access to the storage system. The blockchain project relies on hashing to function. Every block in a blockchain creates a hash using the SHA 256 hashing algorithm.
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