Ransomware Group: ANUBIS

VICTIM NAME: First Defense Fire Protection

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 ANUBIS Onion Dark Web Tor Blog page.

AI Generated Summary of the Ransomware Leak Page

The ransomware leak page associated with First Defense Fire Protection has come to light, revealing significant data compromises involving intricate blueprints for various infrastructures, including casinos and airports, along with sensitive information related to hundreds of other entities. While the precise compromise date remains unspecified, the data was published on February 25, 2025. The leak indicates serious implications for numerous businesses, showcasing the potential depth of the information intercepted by the threat group known as Anubis.

The disclosed information suggests a serious breach in data security within the business services sector, specifically within the United States. The page also contains a screenshot depicting a summary of the leaked materials, offering a glimpse into the scale of the breach without revealing specific details. Notably, while the leak highlights the presence of vulnerable data, there are no specific user or employee counts mentioned, and no third-party information has been disclosed. Additionally, while there appear to be download links present, no specific URLs have been provided. This situation underscores the ongoing risks faced by businesses in safeguarding sensitive information and the potential for serious operational disturbances resulting from such cyber incidents.