FINDING NFTS (NON-FUNGIABLE TOKENS) USING A GIVEN ETHEREUM WALLET ADDRESS AN OPEN SEA STUDY
ASHLIN DARIUS GOVINDASAMY *
Department of Computer Science, University of South Africa, South Africa.
JAVERIA UMBER
Government College University Faisalabad, Pakistan.
*Author to whom correspondence should be addressed.
Abstract
Block-chain- is a database that stores information in blocks or small segments. The current example of this method is about the newly digitalized form of currency called crypto-currency e.g., Bitcoin. In Bitcoin Blockchain plays a significant role by making transections in an extremely secure way. Blockchain eliminated the need for 3rd party and secure the data and other related information of the transaction. Blockchain makes the world less vulnerable to fraud by tokenizing the world. NFTs are the tokens of Blockchain which cannot b replicated. Tokens of Blockchain provide the service in the domain of real estate and artwork thus the art of selling, buying, and trading is accessible to all world.
This paper aims to demonstrate how NFTs are stored on the Ethereum blockchain and how we can access/view it for any given Ethereum address. For my research on NFTs, we will use OpenSea a gas-free marketplace for NFTs on Polygon. On OpenSea we can create, buy, sell, and auction NFTs on the Polygon blockchain without paying any gas fees. The software I created will render the NFTs from extracting the media from OpenSea servers which are hosted on Google server farms, which ultimately will extract the NFTs for any given Ethereum blockchain wallet Address.
Keywords: Elevation of temperature, Blockchain, female gonad, decentralized, changes in oocytes, NFTs, bivalve molluscs, cryptographic, Godavari river,, tokenizing, different seasons., gas fees