Turner Discloses Data Breach Compromising Employee Salary Data and SSNs

Industry Pulse News Desk · 2026-08-21

Turner has reported a cybersecurity breach involving employee financial details, while a ransomware group claims to have stolen military engineering files.

Turner has disclosed a significant cybersecurity incident that resulted in the unauthorized access of sensitive personal information, including employee salary figures, direct deposit bank account details, and Social Security numbers.

The company confirmed that unauthorized third parties breached internal corporate networks housing confidential personnel records and administrative data. Upon discovering the intrusion, security teams immediately executed containment protocols, launched an internal forensic investigation, and began issuing formal notifications to individuals whose data was exposed.

A ransomware organization operating under the name Payouts King has claimed responsibility for the cyberattack. In addition to compromising financial and personal data, the threat group alleged it exfiltrated proprietary engineering documents and sensitive blueprints associated with active military construction projects.

Cybersecurity specialists and forensic investigators are currently working to verify the scope of the ransomware group's claims regarding the stolen military files. The ongoing assessment aims to determine whether defense-related documentation or proprietary project files were fully accessed or downloaded during the breach.

The incident highlights growing cybersecurity challenges for large-scale construction firms and government contractors responsible for managing critical infrastructure projects. Organizations in the sector have increasingly become targets for extortion-focused cybercrime groups seeking financial payouts.

Turner has not publicly confirmed the exact number of individuals affected by the breach or disclosed whether ransom demands were made. Remediation efforts and system enhancements remain underway to secure affected network segments.