signin-coinbase[.]netlify[.]app

PhishDestroy identifies signin-coinbase.netlify.app as an active brand impersonation site masquerading as a Coinbase login portal. This domain is designed to deceive users into entering their Coinbase credentials, which are then harvested by threat actors for unauthorized access to cryptocurrency accounts. The site leverages the trusted Coinbase brand to lower user suspicion, a common tactic in crypto drainer campaigns targeting digital asset holders. Once credentials are stolen, attackers can initiate fraudulent transactions, drain wallets, or pivot to other linked accounts. Users who enter sensitive information risk immediate financial loss and potential secondary compromises.

This domain was flagged by 7 out of 95 security vendors on VirusTotal and has been added to 2 known blocklists, including protections from MetaMask and SEAL. It resolves to IP address 63.176.8.218 and operates under a DigiCert Inc SSL certificate, which may further convince users of its legitimacy. Registered through Netlify, the domain’s infrastructure is hosted on a reputable platform, though threat actors frequently exploit such services to host malicious content due to their low barrier to entry. The combination of a convincing brand impersonation, partial detection rates, and hosting on a trusted platform creates a deceptive and dangerous threat.

If you visited signin-coinbase.netlify.app, do not enter any credentials or sensitive information. Assume your Coinbase account may be compromised and enable two-factor authentication (2FA) immediately. If you reused the same password elsewhere, change it on those accounts as well. Report the domain to Coinbase’s security team and consider revoking any API keys or third-party connections linked to your account. For a thorough investigation, use PhishDestroy’s verification tool to confirm the site’s legitimacy before interacting with it. Always navigate to Coinbase’s official website (coinbase.com) directly via a trusted bookmark or search engine to avoid falling victim to similar impersonation attempts.