Notable Threat
165.227.172.206, a DigitalOcean-hosted IP address operating through AS14061 and geolocated in Germany, represents a high-risk threat with a threat level rating of 8 out of 10 and an 85% confidence score. This address has generated 4525 total abuse reports with an activity frequency rated 8 out of 10, indicating sustained and repeated hostile behavior across approximately nine months of observed activity from September 2025 through June 2026.
The volume and persistence of reports separate this IP from transient or one-off threats. All 20 most recent reports specifically cite hacking activity, with detection entirely attributed to automated honeypot sensors monitoring for unauthorized access attempts. The concentration of reporting on a single threat category, combined with the extraordinarily high cumulative report volume, suggests a systematically deployed scanning or intrusion operation rather than opportunistic probing. DigitalOcean's cloud infrastructure is frequently leveraged for both legitimate hosting and malicious campaigns, making this IP particularly significant for operators maintaining publicly accessible services.
The dominant hacking classification encompasses diverse intrusion methodologies, including vulnerability exploitation, credential abuse, and sustained unauthorized access attempts against exposed entry points. A threat actor operating from a cloud-hosted IP with consistent, high-frequency activity likely conducts automated scanning across numerous targets simultaneously. Real-world risk includes compromised systems, data exfiltration, lateral movement within networks, and secondary exploitation through captured credentials obtained via brute-force or credential-stuffing techniques.
Site operators should block 165.227.172.206 at the firewall or network edge to terminate malicious connection attempts immediately. Deploying automated abuse-detection tools such as fail2ban can identify and ban repeating offenders autonomously. Rate-limiting authentication endpoints, disabling default credentials, and maintaining prompt patch cycles for exposed services substantially reduce successful exploitation. Continuous traffic monitoring for unusual authentication patterns and enforcement of strong, unique credentials with multi-factor authentication on all accessible services further mitigates risk from credential-based attacks originating from this address.
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