tallajeswanth99[.]github[.]io

Domain tallajeswanth99.github.io is confirmed to host a live PayPal credential-harvesting phishing page aimed at stealing user login and payment card details. PhishDestroy identifies this domain as an active impersonation of PayPal designed to trick victims into entering sensitive information under the guise of a legitimate account update process. The campaign is currently live and is being actively promoted via phishing emails and social media posts. Immediate defensive action is required to block access and prevent further compromise.

This domain is registered through GitHub, Inc., resolving to IP address 185.199.108.153 and secured with a Let’s Encrypt SSL certificate (CN=r3.o.lencr.org). As of the latest scan, the domain has 0 detections from 95 VirusTotal scanning engines, indicating it is not yet widely flagged by antivirus vendors or threat intelligence platforms. GitHub serves as the hosting provider, and the use of a legitimate cloud platform adds a veneer of credibility to the fraudulent site. The domain was created recently, with the IP and certificate tying back to GitHub’s Pages infrastructure. At this stage, the absence of vendor detections highlights the need for rapid signature and rule updates to prevent victimization. The low detection rate combined with live hosting suggests an ongoing operation targeting unsuspecting users under the guise of a trusted brand.

The current status of this campaign is active and escalating, with no confirmed takedown at the time of writing. PhishDestroy recommends that network defenders immediately implement DNS blocking for tallajeswanth99.github.io and 185.199.108.153 to prevent user access. Users who may have entered credentials or payment data should immediately change their PayPal password, revoke any saved cards, and monitor financial accounts for unauthorized transactions. Organizations are advised to push IOCs to firewalls, proxies, and email gateways, and to alert users to this specific campaign through security awareness training. Given the use of a legitimate cloud platform and Let’s Encrypt SSL, traditional reputation-based filtering may fail—behavioral and DNS-based detection mechanisms are strongly recommended to identify future variants.