Elevated Risk
IP 137.184.112.192 is a high-risk address with a threat level of 8 out of 10, linked to sustained hacking activity that has generated 2,333 reports from automated honeypot sensors between September 2025 and August 2026.
Analysis of the available data reveals a substantial abuse history for this DigitalOcean-operated endpoint in the United States (ASN AS14061). The IP has accumulated a confidence score of 87% across all reported incidents, with an activity frequency rating of 8 out of 10 indicating consistent malicious behavior over an eleven-month observation window. Every one of the most recent 20 reports categorizes the observed activity as hacking-related intrusion attempts, with all detections originating from automated honeypot infrastructure rather than community-submitted reports. This concentration of categorically consistent detections over an extended period significantly strengthens confidence in the assessment that this address is engaged in deliberate hostile activity rather than incidental or misclassified traffic.
Hacking activity, as categorized in these reports, encompasses a broad spectrum of intrusion tradecraft including exploitation attempts against vulnerable services, credential-based attack vectors, and unauthorized access probes. The sustained nature of the activity detected on this address suggests an automated attack campaign rather than opportunistic scanning, likely employing systematic methods to identify and compromise exposed attack surface. For any organization running accessible network services, such an IP represents a concrete threat vector where repeated probing can eventually expose configuration weaknesses or unpatched vulnerabilities if defensive controls are insufficient.
Site operators encountering this address should treat it as actively hostile and implement immediate countermeasures. Implementing block rules at the firewall or network edge based on source IP reputation provides the most effective first line of defense. Deploying authentication hardening measures such as rate-limiting failed login attempts, enforcing strong credential requirements, and utilizing automated dynamic blocking tools can substantially reduce exposure to the intrusion techniques likely being employed. Regular patching cycles and real-time monitoring of authentication logs for patterns associated with brute-force or credential-stuffing campaigns will further reduce susceptibility to this class of threat.
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