Cyber Incident Victim: Iomart Cloud Services Limited
Date:
Jan 2020
Location:
United Kingdom
Summary
A Hezbollah-affiliated threat actor known as Lebanese Cedar compromised Iomart Cloud Services Limited by exploiting vulnerabilities in internet-facing Atlassian and Oracle servers, deploying web shells to establish persistent access. The attackers infiltrated internal networks using the Explosive RAT malware, exfiltrating sensitive databases containing client call records and private information. This campaign, part of broader intrusions targeting global telecommunications providers, leveraged unpatched systems and reused attack infrastructure, enabling security researchers to attribute the activity to the group based on tooling and operational patterns.
| CIA Posture | Motives | Tactics, Techniques & Procedures |
|---|---|---|
| Available to members | 1 motive | 1 technique |
| Threat Actor | Type | Location |
|---|---|---|
| 1 actor | Available to members | Available to members |
Description
A significant cyber incident was carried out by a Hezbollah-affiliated threat actor, known as Lebanese Cedar, targeting telecommunications operators and internet service providers globally. The attackers employed a range of tactics, techniques, and procedures to gain unauthorized access to the networks of their victims, with the ultimate goal of exfiltrating sensitive data.

The attackers began by scanning the internet for unpatched Atlassian and Oracle servers, which they could exploit to gain initial access to the targeted networks. Once they had identified vulnerable servers, they deployed web shells to maintain persistence and facilitate further exploitation. The web shells used by the attackers included ASPXSpy, Caterpillar 2, and Mamad Warning, as well as an open-source tool known as JSP file browser.
With a foothold established in the targeted networks, the attackers proceeded to move laterally and gain access to sensitive areas, including databases containing call records and private client information. They used a remote access trojan, known as Explosive RAT, to exfiltrate data from the compromised networks. The use of Explosive RAT was a key factor in attributing the attacks to Lebanese Cedar, as it is a tool that has been exclusively used by this threat actor in the past.
The attacks carried out by Lebanese Cedar were notable not only for their sophistication but also for their brazen nature. The attackers made mistakes during the operation, reusing files and infrastructure across multiple intrusions, which ultimately allowed researchers to track the attacks and link them to the threat actor. Despite these mistakes, the attackers were able to successfully exfiltrate sensitive data from a number of high-profile targets, including telecommunications operators in the United States, the United Kingdom, and the Middle East.
The motivations behind the attacks carried out by Lebanese Cedar are believed to be rooted in a desire to gather intelligence and disrupt the operations of targeted organizations. The threat actor's affiliation with Hezbollah, a militant group based in Lebanon, suggests that the attacks may have been driven by a desire to further the group's ideological or strategic objectives. However, the exact motivations behind the attacks are not publicly known and may never be fully understood.
The attacks carried out by Lebanese Cedar highlight the ongoing threat posed by state-sponsored and affiliated threat actors to organizations globally. These threat actors often possess significant resources and capabilities, which they use to carry out sophisticated and targeted attacks. The fact that Lebanese Cedar was able to successfully exfiltrate sensitive data from a number of high-profile targets underscores the need for organizations to prioritize cybersecurity and implement effective measures to detect and prevent such attacks.
The incident also highlights the importance of collaboration and information sharing between researchers and organizations in the cybersecurity community. By sharing information and coordinating efforts, researchers were able to track the attacks and attribute them to Lebanese Cedar, providing valuable insights into the threat actor's tactics, techniques, and procedures. This information can be used to inform the development of effective countermeasures and improve the overall security posture of organizations globally.
The attacks carried out by Lebanese Cedar are a sobering reminder of the risks and challenges associated with cybersecurity in the modern era. As organizations continue to rely on complex networks and systems to support their operations, they must also contend with an increasingly sophisticated and dynamic threat landscape. By prioritizing cybersecurity and staying informed about the latest threats and trends, organizations can reduce their risk exposure and improve their overall security posture.
