mehakrathoure[.]github[.]io

PhishDestroy identifies mehakrathoure.github.io, a GitHub Pages domain, hosting a generic crypto drainer kit masquerading as a legitimate service. This domain was flagged as an elevated-risk threat due to its active role in draining cryptocurrency wallet funds via deceptive web interfaces designed to trick users into authorizing fraudulent transactions. The payload appears to be a simple but effective drainer script that prompts wallet connections and initiates unauthorized transfers once permissions are granted. GitHub Pages is a legitimate hosting platform, but threat actors frequently abuse it to serve malicious scripts under the guise of benign projects, leveraging the platform’s trustworthiness to evade detection.

Technical indicators confirm this domain’s malicious nature. mehakrathoure.github.io resolves to IP address 185.199.108.153 and is registered through GitHub, Inc., utilizing a Let's Encrypt SSL certificate to appear legitimate. VirusTotal analysis shows 5 out of 95 security vendors flagged this domain as malicious. The domain is hosted on GitHub’s infrastructure, which may complicate takedown efforts due to platform policies and abuse-handling mechanisms. Additional forensic analysis indicates active hosting with no known blocklist presence as of the latest scan, though this may change as intelligence is updated. The combination of a high-reputation host, low detection rate, and immediate operational status suggests a recently deployed or stealthily maintained threat.

As of the latest assessment, mehakrathoure.github.io remains active and poses an elevated risk to cryptocurrency users. No takedown actions have been publicly confirmed, and the domain continues to serve the drainer payload. Users are advised to block this domain at the network level and avoid interacting with any website hosted on this subdomain. Security teams should monitor for related wallet drainer signatures and update firewall rules to prevent outbound connections to 185.199.108.153. While GitHub has mechanisms to address abuse, the transient nature of such campaigns means proactive blocking and user education remain the most effective defenses against this evolving threat. Remaining risk is elevated due to ongoing availability and the potential for rapid lateral movement to new subdomains or related domains.