A Non-Fungible Tokens with Solidity Blockchain
Abstract
This paper presents a concept of a Blockchain innovative contract system for NFT (non-fungible token). For that purpose, we created a website for buying and selling digital assets such as arts, music, social, and game. They are supported by an authentic certificate provided by cryptocurrency supporting Blockchain technology. To mint the NFT on this website, we need a digital wallet that uses the Solana Blockchain technology and connects to a smart contract from Phantom Wallet. This reference implementation is easy to use and makes it easy for artists and people who don't know much about technology to tokenize their visual arts to make collectibles. The primary delivery is a website that allows you to see art and collectibles on a phantom wallet in a visual way. This website will be able to show NFT transactions and balances.
As a website, a reference GUI is implemented for end users. The interface makes it simple to mint and transfer tokens, and users can easily see the assets and collectibles they own across all compatible devices. Without technical expertise, artists can upload, issue, and bind their works to tokens. We are making smart contracts by using Blockchain. This paper extends React.JS tokenization capabilities. The purpose is to make it easier to issue, query, and send tokenized assets, often known as NFTs, in the Blockchain industry. Within the scope of this proposal (Milestone 1), we will provide a visual NFT gallery where users will be able to view their collectibles, as well as metadata associated with tokens, visually. Because the program will be open source, anyone can create their own gallery.
This paper presents the current context of the entire NFT strategy for deploying an NFT chain and functionality. This technique intends to expand on the existing functionality in the Solana wallet. This paper aims to provide a library for asset tokenization features (NFTs) that is React.JS peer dependent. The goal is to make issuing, querying, and sending tokenized assets, also known as NFTs in the Blockchain world, more accessible. A Typescript (JavaScript) library for games and a user-friendly reference implementation allowing artists and non-technical users to tokenize their visual arts to produce collectibles quickly are among the paper's outputs. Because the substrate is so adaptable, react Asset abstracts the concept of a token across numerous asset pallets and possible token contract formats. They allow the developer to deal with various contract types on different nodes while maintaining a consistent process. For content developers, development time and complexity decreased. It also makes NFTs and content transfer from a Blockchain easier, as well as the contract standard.
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