zuvpuke[.]cfd

This domain, zuvpuke.cfd, is currently active and confirmed to be engaged in credential theft targeting users of Facebook Messenger. Analysis indicates the site presents itself as a legitimate Messenger login portal, likely designed to harvest user credentials, including usernames, passwords, and potentially two-factor authentication codes. The threat is classified as elevated due to its active status and the specific targeting of a widely used communication platform with over 1.3 billion monthly users. Infrastructure analysis reveals the domain was registered on June 27, 2026, through NICENIC INTERNATIONAL GROUP CO., LIMITED, a registrar frequently associated with high-risk domains. The site resolves to the IP address 188.114.96.3, which has been linked to other malicious activities in recent threat intelligence reports. The SSL certificate is issued by Google Trust Services, a common tactic to lend an appearance of legitimacy. As of the latest scan, 14 of 95 security vendors on VirusTotal have flagged zuvpuke.cfd as malicious, with detections including phishing, credential harvesting, and fraudulent login portal classifications. The page title explicitly displays 'Messenger,' further corroborating the impersonation of the Facebook-owned platform. The domain remains active and poses a significant risk to users who may be deceived by its authentic appearance. Organizations and individuals are advised to block access to zuvpuke.cfd at the network level and update endpoint protection rules to include this domain. Users who may have interacted with the site should immediately change their Facebook credentials and enable multi-factor authentication if not already active. Security teams are encouraged to monitor for indicators of compromise, including the domain, IP address, and associated SSL certificate thumbprint. Proactive threat hunting for related infrastructure, such as domains registered through the same registrar or resolving to the same IP, is recommended to identify and mitigate potential follow-up attacks.