Ransomware Group: LYNX

VICTIM NAME: Tri-Sen Systems

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 LYNX Onion Dark Web Tor Blog page.

AI Generated Summary of the Ransomware Leak Page

The ransomware leak page associated with Tri-Sen Systems Corporation highlights a data breach involving the organization that specializes in turbomachinery controls for the power and process industries. Established in 1976 and located in Houston, Texas, the company focuses on providing innovative control solutions for turbines, compressors, and generators. As of the reported breach on January 30, 2025, no specific compromise date was disclosed; thus, the discovery date serves as the framework for the incident’s context. The leaked content may contain sensitive information about the company’s operations and could potentially impact its reputation within the technology sector.

The report on the leak page suggests the presence of download links, indicating that potentially sensitive data could be accessed through these channels. Additionally, a screenshot accompanying the post provides a visual representation of the leak’s contents, although explicit information from the screenshot is not disclosed to maintain confidentiality. Given the nature of the breach and the industry involved, this incident will likely draw attention from cybersecurity professionals and industry stakeholders, as it underscores ongoing vulnerabilities within the technology sector, particularly for companies handling critical machinery control systems.