Implementation of Smart Contracts for E-Certificate as Non-Fungible Token using Solana Network

Abstract

The use of blockchain technology and the use of non-fungible tokens has seen a significant uptick this year. As a consequence of this, the author intends to implement the usage of blockchain technology as a method that is capable of preserving the authenticity value of a certificate and preventing harmful things from being associated with certifications. The author offers solutions by utilizing the blockchain system, specifically by utilizing smart contracts and the Solana network. Specifically, the author offers these solutions. This research intends to provide a solution for the problem of certificate packaging by combining three technologies-specifically, blockchain, Smart-Contracts, and Non-Fungible Tokens-so that certificates can be converted into e-certificates, which then qualify as NFTs. Specifically, blockchain is the technology that will be combined with Smart-Contracts and Non-Fungible Tokens to achieve this goal. In particular, the technology that will be integrated with Smart-Contracts and Non-Fungible Tokens is called blockchain. To be more explicit, the goal is to work toward the realization of these certificates’ potential as a method of monetary exchange. This will be accomplished by working toward the realization of this potential.