Crime opportunities in decentralized finance: how actor attributes shape target attractiveness

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Authors: Catherine Carpentier-Desjardins, Masarah Paquet-Clouston
Cited by: 0
References: 39

Abstract

Abstract Decentralized finance (DeFi) platforms have gained in popularity over the last few years, as they offer a wide range of accessible, innovative, and complex financial services. Because they evolve quickly under limited regulation, it is easy for malicious parties to target them for profit when they notice a vulnerability in these emergent protocols. Existing work has focused on understanding typical attack flows and securing the technology to alleviate crime. However, little is known about what other attributes, beyond technical vulnerabilities, may put DeFi actors at risk. Drawing on Cook’s (Crime Justice 7:1–27, 1986) crime opportunity framework of target attractiveness, this study investigates which attributes are associated with an increase or a decrease in the likelihood of DeFi victimization. We compare actors victimized in 2022 with those that were not across several target dimensions: propinquity, vulnerability, potential payoff, main area of operation, and self-protection activities. Results show that being listed on a popular centralized exchange, operating on a layer-2 blockchain, offering lending services, and having high trading volumes are associated with an increased likelihood of victimization, while operating a dApp and having experienced past victimization are associated with a decrease. By contrast, self-protection measures such as publicly disclosed audits, and bug bounty programs show no measurable effect, likely reflecting variation in their quality and implementation or the fact that undisclosed audits could not be observed. By integrating criminological theory into DeFi security research, this study provides a holistic framework for understanding crime opportunities in this novel ecosystem, while informing potential prevention strategies to reduce associated harms.

Fields of Study & Subjects

Cybercrime and Law Enforcement Studies Blockchain Technology Applications and Security Information and Cyber Security

Publication details

Journal / source
Crime Science
Volume
15
Issue
1
Publication date
11 March 2026
Language
EN