bafkreidnutv2w7w5l2pod3ckjcvp5mqfljnw2gssi52nfgxdw7vkcit7ki[.]ipfs[.]dweb[.]link

PhishDestroy identifies the IPFS-hosted domain bafkreidnutv2w7w5l2pod3ckjcvp5mqfljnw2gssi52nfgxdw7vkcit7ki.ipfs.dweb.link as an active generic phishing infrastructure leveraging a crypto drainer kit to siphon wallet credentials and assets under an elevated risk classification. This domain exhibits no overt brand impersonation, instead presenting itself as a decentralized content gateway via IPFS, likely to obscure malicious payload delivery mechanisms. Behavioral analysis indicates automated deployment targeting cryptocurrency users seeking illicit or pirated digital content through deceptive download portals embedded within the IPFS interface.

This domain was flagged by 11 out of 95 VirusTotal security vendors and resolves to a dedicated IP address 209.94.90.3. Registered through CSC Corporate Domains, Inc., the domain was created on February 24, 2017, suggesting longevity in threat actor infrastructure planning. It operates under a valid Let's Encrypt SSL certificate, enhancing its credibility and reducing immediate suspicion among potential victims. The domain remains unblocked in Google Safe Browsing (GSB) as of the latest threat intelligence update, contributing to a higher exposure window for unwary users. Current blocklist aggregation shows consistent detection across multiple vendor feeds, reinforcing active malicious intent.

The domain remains in active operation with a confirmed elevated risk status. Immediate containment recommendations include blocking the IP address 209.94.90.3 and the associated CIDR range at the network perimeter. Users are strongly advised to avoid accessing IPFS gateways linked to bafkreidnutv2w7w5l2pod3ckjcvp5mqfljnw2gssi52nfgxdw7vkcit7ki.ipfs.dweb.link and to verify any IPFS-related content through PhishDestroy prior to interaction. Although partial vendor coverage suggests variability in detection confidence, the sustained elevated classification and multi-vendor alert status indicate persistent and ongoing malicious activity. Remaining risk is assessed as high for users engaging with untrusted IPFS content delivery pathways.