hquzzz22[.]github[.]io

This domain is identified as an active credential harvesting phishing site targeting users through social engineering tactics. The site mimics legitimate login portals to capture sensitive information such as usernames, passwords, and potentially multi-factor authentication codes. Analysis indicates the domain is designed to deceive users into entering credentials under false pretenses, likely for subsequent unauthorized access to accounts or financial exploitation. The threat is classified as high-risk due to its active status and the potential for significant data compromise. Infrastructure analysis reveals the domain is hosted on GitHub Pages, a platform frequently exploited for phishing due to its free hosting and SSL certificates. The domain resolves to the IP address 185.199.108.153, a known GitHub Pages endpoint. Despite its malicious intent, the domain currently shows 0 detections out of 95 security engines on VirusTotal, suggesting it has not yet been widely flagged by antivirus or threat intelligence platforms. However, Google Safe Browsing has explicitly flagged it for social engineering. The SSL certificate is issued by Let’s Encrypt, a common feature in phishing campaigns to lend an appearance of legitimacy. Registration details confirm the domain is managed through GitHub, Inc., with no additional public registration data available. Users who have visited hquzzz22.github.io or entered credentials on the site should take immediate action to mitigate potential risks. First, all credentials entered on the site should be considered compromised and changed immediately across all platforms where they were reused. Enable multi-factor authentication on critical accounts to add an additional layer of security. Monitor accounts for unauthorized activity, such as unfamiliar logins or transactions, and report any suspicious behavior to the relevant service providers. If financial information was entered, contact the associated financial institution to alert them of potential fraud. Additionally, scan local devices for malware using updated security tools to ensure no secondary infections occurred. Organizations should block the domain and IP address at the network level to prevent further access by employees or users.