Verticals Targeted: Gaming, Cryptocurrency
Regions Targeted: US, Germany, India, UK, Italy, Vietnam, Canada, Norway, Sweden, Finland, Spain
Related Families: Weedhack
From Minecraft Mods to Malware-as-a-Service: Inside the Weedhack Ecosystem
Jun 8, 2026 2:09:51 PM / by The Hivemind posted in Threat Bulletin, Malware-As-A-Service, MaaS, credential stealers, Weedhack, Minecraft Malware, Minecraft RAT, Ethereum Malware, EtherHiding, Gaming Cybercrime
MuddyWater Targets MENA Governments With Phoenix Backdoor
Nov 3, 2025 2:09:14 PM / by The Hivemind posted in Threat Bulletin, MuddyWater, Phishing Campaign, credential stealers, cyber espionage, Middle East targeting, VBA macros, FakeUpdate injector, Iran APT, Phoenix Backdoor, RMM tools
Verticals Targeted: Government
Regions Targeted: Middle East, North Africa
Related Families: Phoenix, FakeUpdate
Executive Summary
A sophisticated phishing operation has been attributed to the Iran-linked APT MuddyWater, deploying an updated Phoenix backdoor to conduct espionage against government and international entities. The campaign leverages compromised mailboxes and macro-enabled Word documents to deliver custom injectors and persistence mechanisms, highlighting the group's reliance on trusted channels for initial access.
EvilAI
Oct 14, 2025 1:18:06 PM / by The Hivemind posted in EvilAI malware, AI-generated trojans, Node.js malware, credential stealers, AES-256-CBC encryption, social engineering attacks, infostealer payloads
Verticals Targeted: Manufacturing, Government, Healthcare, Technology, Retail, Education, Financial, Construction
Regions Targeted: India, US, Europe, Brazil, Canada
Related Families: None
Executive Summary
The EvilAI malware campaign leverages AI-generated code and deceptive applications with valid digital signatures to infiltrate systems globally, targeting critical industries like manufacturing, government, and healthcare. By mimicking legitimate software and employing sophisticated obfuscation, EvilAI evades detection, exfiltrates sensitive data, and maintains persistent control via encrypted C2 communications, posing a significant threat to organizations worldwide.