pannkook77rizz[.]github[.]io

PhishDestroy has identified pannkook77rizz.github.io as an active credential-harvesting phishing domain. This fraudulent site is designed to mimic legitimate login portals and trick users into submitting usernames, passwords, and other sensitive information. The threat actor employs social engineering tactics to exploit user trust, often distributing the link through spam emails, fake advertisements, or impersonation of trusted brands. Once harvested, the stolen credentials are likely used for account takeovers, financial fraud, or further phishing campaigns targeting the victim’s contacts. Given the high-risk nature of this domain, immediate user caution is warranted to prevent account compromise and data breaches. This domain was flagged by multiple threat intelligence sources, including Google Safe Browsing, which categorized it under SOCIAL_ENGINEERING—a clear indicator of deceptive content. VirusTotal analysis confirms that 19 out of 95 security vendors detected malicious activity associated with this domain. The site is registered through GitHub, Inc., leveraging the platform’s trusted infrastructure to evade initial suspicion. The domain resolves to IP address 185.199.108.153, which is part of GitHub’s Pages hosting infrastructure, further complicating detection for users who may assume the site is legitimate due to its use of HTTPS and a valid Let’s Encrypt SSL certificate. If you have visited pannkook77rizz.github.io, immediately change the passwords for any accounts where you entered credentials. Enable multi-factor authentication (MFA) on all critical accounts to add an additional layer of security. Scan your devices for malware using reputable antivirus software, as credential-stealing malware may have been installed. Report the domain to your email provider or IT security team to help block future attempts. Avoid interacting with unsolicited links and verify the authenticity of websites before submitting sensitive information. Stay vigilant to prevent falling victim to credential harvesting attacks.