---
title: "Cybercrime Jurisprudence: Statutory Analysis of the CFAA and Wire Fraud Act"
date: 2025-06-28
canonical: "https://codeandcypher.com/papers/csol540-cybercrime-analysis/"
author: "Joshua A. Wortz"
institution: "University of San Diego"

report_type: "Academic Research Paper / CSOL540"
doi: "10.5281/zenodo.22287603"
pdf_url: "https://codeandcypher.com/papers/csol540-cybercrime-analysis.pdf"
description: "Case study of Roman Seleznev's card theft ring, examining point-of-sale SQL injection exploits, foreign extradition, and federal cyber fraud prosecution."
---

# Cybercrime Jurisprudence: Statutory Analysis of the CFAA and Wire Fraud Act

**Author:** Joshua A. Wortz, MSCOL, CISSP ([ORCID: 0009-0003-6722-1019](https://orcid.org/0009-0003-6722-1019))  
**Institution:** University of San Diego  
**Publication Date:** June 28, 2025  
**DOI:** [10.5281/zenodo.22287603](https://doi.org/10.5281/zenodo.22287603)  
**PDF Download:** [Full Research Paper PDF](https://codeandcypher.com/papers/csol540-cybercrime-analysis.pdf)  

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## Abstract

Roman Valeryevich Seleznev, the son of a prominent Russian lawmaker, orchestrated one of the most financially damaging cyberattacks against American businesses. Using the alias “Track2,” Seleznev operated an international credit card theft ring that compromised over 1.7 million payment card numbers and targeted more than 4,000 small businesses between 2009 and 2013 (Perlroth, 2017). These attacks caused an estimated $169 million in losses to merchants and financial institutions.

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## Research Paper Body

Case Overview – The 5Ws and Context
Roman Valeryevich Seleznev, the son of a prominent Russian lawmaker, orchestrated 
one of the most financially damaging cyberattacks against American businesses. Using the alias 
“Track2,” Seleznev operated an international credit card theft ring that compromised over 1.7 
million payment card numbers and targeted more than 4,000 small businesses between 2009 and 
2013 (Perlroth, 2017). These attacks caused an estimated $169 million in losses to merchants and 
financial institutions.
Seleznev employed SQL injection attacks to exploit vulnerabilities in point-of-sale (POS) 
systems. These attacks enabled unauthorized access to databases containing sensitive cardholder 
data. The stolen data was then sold on darknet forums and carding marketplaces. Although based 
in Russia, Seleznev was arrested in 2014 while vacationing in the Maldives. He was extradited to 
the United States, tried in federal court, and sentenced in 2017.
His case illustrates several key cybersecurity themes: the vulnerability of small 
businesses with minimal defenses, the globalization of cybercrime, and the increasing 
willingness of U.S. courts to assert jurisdiction over foreign nationals who commit cybercrimes 
against American interests.
Applicable Laws – Criminal and Civil Aspects
Seleznev was prosecuted under several U.S. federal statutes addressing fraud and 
computer crime:
● 18 U.S.C. § 1029 – Fraud and related activity in connection with access devices

● 18 U.S.C. § 1030 – Computer Fraud and Abuse Act (CFAA)
● 18 U.S.C. § 1343 – Wire fraud
● 18 U.S.C. § 1956 – Money laundering
He was convicted on 38 counts and found responsible for more than $169 million in 
damages. The U.S. Department of Justice noted this was the longest sentence handed down for 
cybercrime at the time (U.S. Department of Justice, 2017).
In addition to criminal proceedings, Seleznev’s attacks triggered civil litigation and 
regulatory scrutiny for the affected businesses. While few pursued direct legal action against 
Seleznev due to jurisdictional limitations, many businesses faced downstream liability. Several 
were fined by payment card brands for non-compliance with the Payment Card Industry Data 
Security Standard (PCI DSS) and exposed to lawsuits for failure to implement “reasonable 
security measures” (Solove & Citron, 2023). These events exemplify how data breaches often 
reveal latent violations of state privacy laws and security obligations.
Leadership Lessons – Preventing Crime and Mitigating Legal Risk
In a cybersecurity leadership position at one of the targeted businesses, several critical 
actions could have been implemented to mitigate both the incident and the resulting liability. 
According to Solove and Citron (2023), the legal standard for cybersecurity negligence 
frequently revolves around the implementation of “reasonable security measures.” This standard

is evolving and is often evaluated by courts through expert testimony based on the specific 
technologies and threats at issue.
To mitigate both technical and legal exposure, organizations should implement a layered 
approach to technical controls, including web application firewalls (WAFs), endpoint protection, 
network segmentation, and encryption. Vulnerability scans and regular patching cycles are 
critical. As noted by Kerr and Solove (2023), even highly skilled developers cannot prevent 
every flaw in large codebases, and unpatched systems are frequently the initial vector for 
breaches.
The organizations affected by Seleznev also failed in maintaining basic cyber hygiene. 
Many used outdated POS software with known vulnerabilities. The lack of system updates 
allowed SQL injection attacks to succeed. As emphasized in Principles of Cybersecurity Law, 
these types of omissions often become central to litigation and agency investigations once 
breaches are reported (Schreider, 2020).
Beyond technical safeguards, a cybersecurity leader must ensure that incident response 
plans, third-party risk assessments, and cyber liability insurance are in place. Legal counsel 
should review contracts with vendors and ensure compliance with state breach notification laws. 
These preparations not only protect sensitive data but also demonstrate due diligence, a crucial 
factor in regulatory and civil evaluations following an incident.
Finally, cybersecurity awareness must be embedded into the organizational culture. 
Although Seleznev’s attack vector was technical, many data breaches also involve social 
engineering or internal negligence. Employee training, phishing simulations, and clear data

handling policies help reduce the likelihood of human error, which remains a major contributor 
to cyber incidents.
### Conclusion
The case of Roman Seleznev highlights the intersection of cybersecurity failure, criminal 
prosecution, and organizational liability. Although Seleznev was the primary actor, the scope of 
damage was magnified by inadequate security practices among his targets. U.S. law provides 
robust tools for prosecuting cybercrime, but preventing these crimes requires proactive 
leadership. By enforcing reasonable security standards, patching known vulnerabilities, and 
building a culture of cybersecurity awareness, organizations can significantly reduce both the 
risk of attack and their exposure to regulatory or civil action. As the legal and threat landscape 
continues to evolve, strong cybersecurity leadership remains essential.

### References
Kerr, O. S., & Solove, D. J. (2023). Cybersecurity law: Technology and actors (Ch. 2). West 
Academic Publishing.
Perlroth, N. (2017, April 21). Russian man sentenced to 27 years for hacking scheme. The New 
York Times. https://www.nytimes.com/2017/04/21/technology/russian-hacker-sentenced.html
Schreider, T. (2020). Building an effective cybersecurity program (2nd ed.). CRC Press.
Solove, D. J., & Citron, D. K. (2023). Principles of cybersecurity law (2nd ed.). West Academic 
Publishing.
U.S. Department of Justice. (2017, April 21). Russian cyber-criminal sentenced to 27 years in 
prison for hacking and credit card fraud scheme. https://www.justice.gov/opa/pr/russian-cyber-
criminal-sentenced-27-years-prison-hacking-and-credit-card-fraud-scheme


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> **Archival Artifact:** The complete, formatted research publication can be accessed directly as a PDF at [https://codeandcypher.com/papers/csol540-cybercrime-analysis.pdf](https://codeandcypher.com/papers/csol540-cybercrime-analysis.pdf).


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## Citation (APA 7th Edition)
Wortz, J. A. (2025). *Cybercrime Jurisprudence: Statutory Analysis of the CFAA and Wire Fraud Act*. Code and Cypher. https://doi.org/10.5281/zenodo.22287603
