Clop ransomware group lists FORBESMARSHALL.COM on its leak site

• Ransomware group: Clop
• Country: India
• Sector: Manufacturing
• Announcement date: November 13, 2025

Clop ransomware group targets Forbes Marshall

The Clop ransomware group has listed the Indian engineering firm FORBESMARSHALL.COM on its dedicated leak site, alleging that the organization has suffered a data breach. The announcement, which was added to the group's portal on November 13, 2025, marks a new potential incident involving the prominent engineering entity. While the listing confirms the group's claim of a breach, the specific details regarding the scope of the incident remain limited to the group's public statements on their platform.

Claims made by the threat actor

In the announcement published on their leak portal, the threat actor known as Clop has made several disparaging claims regarding the organization's internal practices. The group alleges that FORBESMARSHALL.COM does not care about its customers and has failed to maintain adequate security measures to protect its environment. This rhetoric is common in modern ransomware campaigns, where threat actors attempt to pressure organizations by undermining their reputation and suggesting a lack of diligence in protecting stakeholder interests.

The group's claims focus on the perceived negligence of the organization's security posture. By publicly accusing the company of ignoring security measures, the attackers aim to maximize the reputational damage caused by the alleged breach. This tactic is a hallmark of modern extortion strategies, where the psychological and reputational impact is used as leverage alongside the technical impact of the attack.

Details regarding the allegedly leaked data

At this stage of the investigation, there is no specific information regarding the nature or content of the allegedly leaked data in the provided record or screenshot. The listing does not specify the types of files, the volume of information, or the specific databases that may have been compromised during the alleged intrusion.

About Forbes Marshall

Forbes Marshall is an Indian engineering company specializing in energy efficiency and process automation solutions. The organization operates extensively in the fields of steam engineering and control instrumentation, providing critical technical solutions for industrial processes. As a major player in the manufacturing and engineering sector, the company's operations are integral to various industrial supply chains.

Analysis and potential risks

The past activities of the Clop group suggest a tendency to engage in large-scale data theft by exploiting vulnerabilities in file transfer software. Their methodology typically involves campaigns that target a large number of organizations simultaneously, often utilizing automated exploitation of known vulnerabilities to gain access to sensitive environments. This pattern of behavior indicates a highly organized approach to cyber extortion.

This situation may bring the risk of disclosure of the organization's trade secrets or employee information. For an India-based organization, a potential data breach may be subject to local data protection regulations. Furthermore, the organization may face secondary risks, such as targeted phishing attacks or secondary extortion attempts directed against the organization's customers. The threat of such campaigns often necessitates a robust response to prevent the exploitation of stolen credentials or sensitive business intelligence.

In the broader context of ransomware, organizations in the manufacturing and engineering sectors often face heightened risks due to the high value of their intellectual property and technical specifications. To defend against such threats, organizations typically implement layered security strategies. These include rigorous patch management to close vulnerabilities in file transfer and remote access software, continuous monitoring of network traffic for anomalous behavior, and comprehensive employee training to mitigate the risk of phishing. Additionally, implementing strict access controls and data encryption can help limit the impact of a potential breach by ensuring that even if data is exfiltrated, its utility to the attacker is significantly reduced.