trust-wallet-english[.]pages[.]dev

PhishDestroy identifies trust-wallet-english.pages.dev as an active brand impersonation domain targeting Trust Wallet users. The page is designed to deceive visitors into entering wallet credentials or connecting crypto wallets by masquerading as the official Trust Wallet infrastructure. No crypto drainer kit signatures were observed in static analysis, but the threat actor’s infrastructure suggests live kit deployment is probable. The domain leverages Cloudflare’s pages.dev subdomain service to host a convincing replica of Trust Wallet’s interface, increasing the risk of credential theft and fund misappropriation if users interact with it. The threat level is elevated due to the high fidelity of the impersonation and the use of a legitimate hosting provider to obscure malicious intent.

Technical indicators confirm the domain’s malicious nature with high confidence. VirusTotal reports a detection score of 3/95 security vendors as of the latest scan. The domain is registered through Cloudflare, Inc., which also provides the SSL certificate via Google Trust Services, further complicating takedown efforts by concealing the origin registrar’s details. The assigned IP address is 188.114.96.3, linked to Cloudflare’s network in multiple regions. While the exact creation date is not publicly available, the domain’s presence on active blocklists and its current status suggest recent deployment. The domain is not flagged in Google Safe Browsing, which is expected given the use of a reputable subdomain service. The low VirusTotal detection rate may indicate evasion via dynamic content delivery, emphasizing the need for real-time behavioral analysis.

The domain remains active and accessible at the time of analysis, with no indication of immediate deactivation by hosting providers. PhishDestroy recommends immediate blocking of the domain and IP at the network perimeter to prevent access. Users should avoid interacting with this domain and report it to Trust Wallet’s official fraud channels if encountered. The elevated risk stems from the combination of brand impersonation, low initial detection rate, and the use of legitimate infrastructure. While the threat actor has not yet escalated to more sophisticated methods such as JavaScript-based crypto drainers, the potential for such evolution remains significant. Remaining risk is classified as elevated due to the high likelihood of continued operation despite reporting efforts.