f4uc3tz[.]pages[.]dev

This domain, f4uc3tz.pages.dev, is actively engaged in brand impersonation targeting Monad, a blockchain protocol, under the guise of a liquid staking service named Kintsu. The threat type is classified as high-risk brand impersonation, designed to deceive users into interacting with fraudulent financial infrastructure. The domain remains operational as of the latest verification, posing an ongoing risk to potential victims. Analysis indicates that f4uc3tz.pages.dev is flagged by 4 of 95 security vendors on VirusTotal, a relatively low but notable detection rate that suggests emerging or evasive tactics. The domain was registered through Cloudflare Pages on April 17, 2026, and resolves to the IP address 188.114.97.3, which is associated with Cloudflare, Inc. in Canada. Infrastructure analysis reveals the domain appears on two security blocklists, including PhishDestroy and ScamSniffer, further corroborating its malicious classification. The SSL certificate is issued by Google Trust Services (WE1), a legitimate provider, which may lend an appearance of authenticity to unsuspecting users. The page title, 'Kintsu Staking Next Generation Liquid Staking Protocol on Monad | Kintsu – Innovating Liquid Staking on Monad,' directly mimics the branding and terminology of legitimate staking services, increasing the likelihood of successful deception. The current status of f4uc3tz.pages.dev remains active, with no indications of takedown or mitigation at this time. Organizations and individuals are advised to block the domain and its associated IP address (188.114.97.3) at the network level to prevent access. End-users should be educated on the risks of interacting with unsolicited staking or financial protocols, particularly those promoted through unofficial channels. Verification of liquid staking services should be conducted exclusively through Monad’s official communication platforms or verified third-party auditors. Monitoring for similar domains registered through Cloudflare Pages or other content delivery networks may aid in early detection of related threats.