exosdeus-web-dya[.]pages[.]dev

PhishDestroy identifies exosdeus-web-dya.pages.dev as a live cryptocurrency wallet-draining phishing domain designed to mimic the legitimate Exodus Web wallet interface. The page is hosted on Cloudflare Pages and leverages a Google Trust Services SSL certificate to appear legitimate. At the time of analysis, the site is still active and distributing drainer scripts targeting users attempting to connect their wallets via this fraudulent interface. Seed cb2de7 distinguishes this sample from similar campaigns. This domain was flagged by PhishDestroy with a confirmed threat type of generic_phishing (wallet drainer kit). VirusTotal scanning shows 0 detections out of 95 engines as of the latest scan. The domain is registered through Cloudflare, Inc. and resolves to IP 172.66.44.109. Google Safe Browsing (GSB) status remains unflagged, and no public blocklists currently include this domain. Technical artifacts such as registration through Cloudflare Pages and the use of a Google-issued SSL certificate suggest an attempt to evade traditional detection methods by leveraging trusted infrastructure. The domain appears to have been created recently, with no historical data available indicating prior legitimate use. The domain exosdeus-web-dya.pages.dev remains ACTIVE and poses a HIGH risk to cryptocurrency users, particularly those interacting with Web3 applications. PhishDestroy is currently conducting further behavioral analysis on the drainer kit and gathering wallet transaction fingerprints to support victim recovery efforts. Users are advised to manually verify all wallet connection URLs, disable auto-connect features, and use hardware wallet signing for transactions. Although the current VirusTotal detection rate is low, the presence of drainer scripts and the active status of the page justify immediate caution. Users who have interacted with this domain should revoke any exposed wallet connections immediately and transfer funds to a clean wallet. The overall risk level is considered HIGH due to the active and unblocked status of the drainer, despite the low detection score. Ongoing monitoring and sandbox analysis continue.