pbskids.org Domain Breach Exposure Report

The domain pbskids.org has experienced a significant number of events, with 6,658 total occurrences recorded between July 2025 and June 2026. The majority of these events, 85%, are classified as historical data breaches, totaling 5,659 incidents. Additionally, 15% of the events, or 999 incidents, are identified as active infostealer logs. The data indicates a substantial exposure of client information, with 6,467 client-related events, and a lesser, but still concerning, number of employee-related events at 191. The primary malware families associated with these infostealer logs are Rhadamanthys (23.4%), Redline (17.5%), and LummaC2 (17%), all of which are known for credential harvesting. The majority of the data breach evidence originates from "Combolist sources" (99.3%), suggesting compromised credentials from previous breaches are being leveraged. The targeted services are primarily related to authentication endpoints for pbskids.org, including login pages for applications and the main domain itself, indicating a focus on account takeover. The geographical distribution shows a strong concentration of events in the United States (95.7%), with smaller numbers in Trinidad & Tobago, Canada, and Latvia. This exposure presents a high risk due to the volume of historical data breaches and active infostealer activity, directly impacting client trust and potentially leading to further account compromises and financial losses. The prevalence of credential-stuffing attacks, evidenced by the "Combolist sources" and the targeting of login services, necessitates immediate attention to credential management and security hygiene for both clients and employees. Prioritization should focus on mitigating the impact of credential compromise by implementing robust multi-factor authentication, enhancing monitoring for suspicious login activity, and conducting thorough security awareness training for employees. Remediation efforts should also include a review of data handling practices to prevent future breaches and a proactive approach to identifying and neutralizing infostealer threats.