China's AI-Enabled APT Operations Are Getting Interesting
Bitdefender links seven RAT families, five previously undocumented, to China-nexus espionage actor SilkParasite using AI-assisted malware development against Central Asian governments.
A Bitdefender report attributes seven remote access tool families to a single actor dubbed SilkParasite, with medium confidence a China-nexus group targeting governments in Uzbekistan, Turkmenistan and Kazakhstan. The RATs are written in .NET, C++, Go and JavaScript, use C2 via Google Drive and protocols like HTTP, DNS and TCP, and employ modular plugin architectures with regular rotation of infrastructure, encryption material and persistence artifacts. Evidence of AI-assisted development includes leftover test functions, placeholder encryption keys, and GoginRAT and NomadRAT sharing a high-level architecture despite different languages, suggesting a specification implemented twice with AI. The newsletter also covers the US Operation Economic Outcast sanctioning six MOIS-linked Iranian hackers, including hands-on-keyboard operators who targeted US critical infrastructure.
China’s ‘SilkParasite’ espionage operation targeting Central Asia with AI
Bitdefender attributes the SilkParasite espionage campaign to China-linked actors using five new malware strains and AI-assisted development to target Central Asian governments.
Bitdefender researchers uncovered a nearly year-long espionage operation dubbed SilkParasite targeting government economic institutions in Central Asia and the South Caucasus. The campaign uses seven malware families, five previously undocumented, including DriveSilkRAT, which communicates through a shared Google Drive folder instead of a dedicated C2 server. The attackers gained access via malicious Microsoft Office documents delivered through spearphishing emails packaged in archives. Bitdefender found evidence of AI-generated lures and AI-assisted malware development, tied the campaign to China via infrastructure and malware overlaps, and observed 65 infections across targeted countries.