Blockchain-Powered Certificate Authentication: Enhancing Trust and Transparency

Abstract

In this study, a blockchain-based Decentralized Application (DApp) for certificate authentication and verification from accredited colleges or certification bodies is presented. The DApp uses decentralized ledger technology, built on the Ethereum blockchain and smart contracts, to guarantee the integrity and authenticity of digital certificates. It uses a number of technologies, including Streamlit, Ganache-cli, Truffle, Pinata (for IPFS), and Docker, to expedite the certificate validation process and lower the risk of manipulation and forgery. The Institute, which is in charge of awarding certifications, and the Verifier, which is in charge of providing strong verification procedures, are the two primary players in the system. By utilizing Pinata, IPFS improves certificate permanence and accessibility without depending on centralized data storage. The advantages of blockchain attributes such as immutability, transparency, and decentralization in building confidence in the certification and education domains are empirically demonstrated. Future studies will concentrate on compatibility with other blockchain ecosystems, scalability, and smart contract efficiency. All things considered, this work provides a framework for safe document verification and recommends blockchain-based DApps as a remedy for data security and integrity in a variety of industries.