#EthereumSecurityInitiative
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The main contributions of this paper are as follows:
ā¢ Systematically classify and analyze the vulnerabilities of Ethereum smart contracts: This study comprehensively categorizes the security vulnerabilities of Ethereum smart contracts and analyzes their causes based on this study.
ā¢ Empirical reproduction of relevant attack scenarios: This study utilizes the Remix platform and Solidity code snippets to empirically reproduce attack scenarios, confirming the feasibility of the vulnerabilities and deepening the understanding of vulnerability attacks.
ā¢ Multi-dimensional solutions for identified vulnerabilities: SafeMath library, checks-effects-interactions, and access control modifiers are used for code-level remediation. Emphasis is placed on code auditing, Gas optimization, and adherence to standards such as ERC-20.
This study aims to provide actionable insights for vulnerability detection and forensic analysis and to provide a reference for research in related fields.