Ransomware Group: KILLSEC

VICTIM NAME: Doctor24x7

NOTE: No files or stolen information are [exfiltrated/downloaded/taken/hosted/seen/reposted/disclosed] by RedPacket Security. Any legal issues relating to the content of the files should be directed at the attackers directly, not RedPacket Security. This blog is simply posting an editorial news post informing that a company has fallen victim to a ransomware attack. RedPacket Security is in no way affiliated or aligned with any ransomware threat actors or groups and will not host infringing content. The information on this page is fully automated and redacted whilst being scraped directly from the KILLSEC Onion Dark Web Tor Blog page.

AI Generated Summary of the Ransomware Leak Page

The ransomware leak page related to the victim identified as Doctor24x7 provides insight into a significant cybersecurity incident that has impacted the healthcare sector in India. The leak was associated with the group known as “killsec,” and the content was discovered on October 25, 2024. Although specific details about the compromise date were not indicated, the published date aligns with the discovery, highlighting the timeliness of the information. The healthcare organization appears to have experienced a breach that may potentially expose sensitive data, although the specifics of the data or the breach’s scale have not been clearly defined in the summary retrieved from the dark web.

In the posted content, there is a mention of related infostealer activity, with no current counts reported for employees, users, or third parties involved. The leak page includes a screenshot showing apparent internal documents; however, the contents of these documents were not disclosed in the report. The webpage hints at possible download links for leaked data, although specific URLs or details are intentionally excluded to maintain confidentiality and adhere to PII regulations. This incident underscores the growing threats facing the healthcare industry and the critical importance of robust security measures to protect sensitive information, especially in light of increasing cyberattack trends.