About This Report

Civil Cyber-Infrastructure Disruption Litigation: Historical Development, Operational Durability, Adversarial Adaptation, and the Integrity of Trusted Legal-Technical Control Planes examines the development of civil litigation as an operational tool for disrupting malicious cyber infrastructure through emergency judicial process.

The report traces that development across thirty-five representative matters, from early botnet and domain-control cases through nation-state operations, cracked Cobalt Strike, phishing-as-a-service, infostealers, identity-based attacks, and modern cybercrime service infrastructure. It distinguishes four separate measures of operational success: Judicial Authority, Technical Execution, Durable Remedy, and Continuing Enforcement / Later-Victim Access.

The analysis also examines what happens when the legal and technical architecture used to obtain cyber-disruption relief becomes a target surface itself. It addresses trusted control planes involving identity, credentials, DNS and mail routing, cloud administration, court portals, electronic filing and service, docket and publication systems, professional personas, and successor infrastructure.

A central case study is Microsoft Corporation, Fortra, LLC, and Health-ISAC, Inc. v. John Does 1-16, No. 1:23-cv-02447 (E.D.N.Y.), including its emergency disruption architecture, September 2025 permanent injunction, Court Monitor and successor-infrastructure provisions, and later efforts to invoke that standing remedial structure.

The report concludes with recommendations for resilient cyber-disruption enforcement and a Clean Adjudicative Environment: an independently auditable integrity path for exceptional matters in which filing, service, identity, routing, communications, record custody, or another adjudicative channel is itself materially disputed.

About the Author

Jay Lewis Farrow is a lawyer, legal-sector cybersecurity researcher, author, and investigative analyst whose work focuses on advanced persistent threats, civil cybercrime litigation, digital evidence, judicial-system cybersecurity, and trusted legal-technical control planes.

His research integrates legal analysis with forensic examination of endpoint activity, credential and session abuse, DNS and cloud infrastructure, electronic communications, court-facing systems, professional identity, evidence custody, and the legal mechanisms used to disrupt malicious cyber infrastructure.

Farrow is the founder and Chair of the National Attorneys Cybersecurity Association (NACABAR) and develops legal-sector cybersecurity research and Florida Bar-accredited technology CLE programming concerning cyber threats affecting attorneys and the administration of justice.