BPFDoor, the infamous kernel-level backdoor, has evolved with new variants that hide in plain sight, use advanced command and control routing, and target critical telecom hardware. Security teams must adapt to detect these nearly invisible threats.
BPFDoor’s latest Linux malware variants use advanced kernel-level techniques, stateless command-and-control, and ICMP tunneling to evade detection and maintain long-term access in telecom environments.
China’s Red Menshen hacking group has upgraded its BPFdoor malware, making it nearly invisible as it infiltrates global telecom and government networks. Discover how this advanced backdoor works, and why most organizations don’t even know it’s there.
Hackers linked to China are deploying highly covert BPFdoor backdoors in telecom networks, enabling unprecedented espionage and real-time tracking. Discover how this campaign exploits Linux systems and evades detection.
A new wave of cyber-attacks is targeting the core of global telecom networks. Using BPFdoor malware, threat actors are gaining persistent, undetectable access to critical infrastructure, raising the stakes for digital privacy and national security.
A Chinese threat group known as Red Menshen is quietly infiltrating global telecom networks with BPFDoor, a stealthy Linux backdoor that hides in the kernel, evades detection, and enables long-term espionage.