over 31,000
A class-action lawsuit has been filed against Lexington-Richland School District 5 (LR5) in South Carolina, stemming from a ransomware attack that occurred in June 2025. The attack resulted in a data breach that exposed the sensitive personal information of more than 31,000 individuals, including students, parents, and staff. The lawsuit accuses the district of negligence in its cybersecurity practices and of violating South Carolina's Data Breach Notification Laws. The plaintiffs claim the district's notification to affected families was both delayed and insufficient, leaving them vulnerable. The suit seeks monetary damages and court-mandated improvements to the district's data security.
The lawsuit centers on alleged negligence and violations of the South Carolina Data Breach Notification Law (S.C. Code § 39-1-90). This law requires organizations to notify affected state residents of a breach of personal information 'in the most expedient time possible and without unreasonable delay.' The lawsuit contends that LR5's notification efforts did not meet this standard.
The lawsuit highlights several key compliance and security obligations for organizations handling sensitive data, particularly in the education sector:
Under South Carolina law, while the Attorney General can bring an action and seek fines, this class-action lawsuit represents a civil action brought by the victims themselves. If successful, the court could award actual damages to the plaintiffs. The primary 'penalty' sought is financial compensation for the harm caused by the data exposure and the cost of mitigating future identity theft risks. The suit also seeks injunctive relief, forcing the district to implement better security practices.
This incident serves as a critical lesson for all organizations, especially in the public and education sectors:
Having tested backups is crucial for restoring services after a ransomware attack without paying the ransom.
Encrypting sensitive PII at rest can prevent it from being usable by attackers even if exfiltrated.
A DLP solution could have detected and blocked the exfiltration of 31,000+ records containing PII.
The lawsuit against LR5 highlights a critical failure in incident response, specifically in communication and notification. Every organization, especially a public entity like a school district, must have a comprehensive and tested Incident Response Plan. This plan must include a dedicated section on data breach notification that is aligned with all applicable state laws (in this case, South Carolina's). The plan should pre-define roles and responsibilities, include pre-drafted notification templates, and establish clear triggers for when to engage external legal counsel and forensic investigators. Regular tabletop exercises simulating a ransomware attack would have prepared the district to respond in a timely and compliant manner, potentially mitigating the legal and reputational damage that led to this lawsuit.
A core allegation in the lawsuit is negligence in protecting data. A Data Security Posture Management (DSPM) approach could have demonstrated due care. This involves continuously discovering, classifying, and securing sensitive data like the student and staff PII that was stolen. For LR5, this would mean using tools to automatically find where all SSNs, birthdates, and other PII are stored, whether on servers, endpoints, or in the cloud. Once found, the system should assess the security posture of that data—is it encrypted? Who has access? Are there excessive permissions? By proactively identifying and remediating these risks, the district could have either prevented the breach or demonstrated to the court that it had taken reasonable steps to protect its data.

Cybersecurity professional with over 10 years of specialized experience in security operations, threat intelligence, incident response, and security automation. Expertise spans SOAR/XSOAR orchestration, threat intelligence platforms, SIEM/UEBA analytics, and building cyber fusion centers. Background includes technical enablement, solution architecture for enterprise and government clients, and implementing security automation workflows across IR, TIP, and SOC use cases.
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