Attacker Traceability on Ethereum through Graph Analysis

【Author】 Zhu, Hang; Niu, Weina; Liao, Xuhan; Zhang, Xiaosong; Wang, Xiaofen; Li, Beibei; He, Zheyuan

【Source】SECURITY AND COMMUNICATION NETWORKS

【影响因子】1.968

【Abstract】Since the Ethereum virtual machine is Turing complete, Ethereum can implement various complex logics such as mutual calls and nested calls between functions. Therefore, Ethereum has suffered a lot of attacks since its birth, and there are still many attackers active in Ethereum transactions. To this end, we propose a traceability method on Ethereum, using graph analysis to track attackers. We collected complete user transaction data to construct the graph and analyzed data on several harmful attacks, including reentry attacks, short address attacks, DDoS attacks, and Ponzi contracts. Through graph analysis, we found accounts that are strongly associated with these attacks and are still active. We have done a systematic analysis of these accounts to analyze their threats. Finally, we also analyzed the correlation between the information collected through RPC and these accounts and finally found that some accounts can find their IP addresses.

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【发表时间】2022 JAN 27

【收录时间】2022-07-19

【文献类型】期刊

【主题类别】

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