Advanced Anubis Backdoor Allows Full System Control on Windows

Wednesday 2nd of April 2025 21:38:24

New Advanced FIN7's Anubis Backdoor Allows to Gain Full System Control on Windows

Security researchers have discovered a new advanced backdoor, dubbed Anubis, which is linked to the infamous FIN7 cybercriminal group. The Anubis backdoor allows attackers to gain full system control on Windows devices, making it a highly dangerous and sophisticated threat.

According to a report by Cybereason, the Anubis backdoor was first detected in January 2022 and has since been used in several targeted attacks. The malware is designed to evade detection by traditional security tools and can remain undetected on a system for an extended period.

Once installed, the Anubis backdoor allows attackers to execute arbitrary code, steal sensitive data, and gain full control over the infected system. The malware also includes a number of features that make it difficult to detect, including the ability to communicate with its command and control (C2) server using a custom protocol.

The Anubis backdoor is particularly dangerous because it can be used to launch a wide range of attacks, including data theft, ransomware attacks, and even the ability to take control of industrial control systems (ICS).

FIN7 is a highly sophisticated cybercriminal group that has been linked to a number of high-profile attacks in recent years. The group is known for its ability to evade detection and its use of advanced malware tools.

The discovery of the Anubis backdoor highlights the need for organizations to remain vigilant and to implement robust security measures to protect against advanced threats. This includes keeping software up to date, implementing robust threat detection tools, and conducting regular security audits.

In a statement, Cybereason said, "The Anubis backdoor is a highly sophisticated and dangerous threat that highlights the need for organizations to remain vigilant and to implement robust security measures to protect against advanced threats."