Public data security using Ethereum Smart Contract

Abstract

Smart contracts, a unique form of blockchain technology, enable financial transactions on the Ethereum blockchain. However, the blockchain paradigm's decentralized structure raises security concerns and has been linked to significant financial losses. Contrary to typical financial entities, Ethereum lacks centralized controls to solve these challenges. These problems have been addressed and Ethereum's security has been enhanced by symbolic execution, which has grown to be a well-known technique for guaranteeing programme integrity. The security of the blockchain can be improved more efficiently by using this method to assess Ethereum's security and identify areas that require the attention of security experts.