Elevated Risk
IP 205.210.31.48, a Google Cloud Platform address registered to the United States, presents a high-risk threat profile with an 8/10 threat level and 79% confidence based on 224 total abuse reports. Automated honeypot sensors have flagged this address repeatedly over approximately nine months, detecting general hacking activity—including intrusion attempts, exploitation attempts, and unauthorized access probing—as the dominant threat vector across recent reports. The IP has demonstrated consistent malicious engagement since August 2025 through May 2026, with secondary Fraud VoIP and IoT targeting incidents indicating a broad attack methodology.
Analysis of the available detection data shows 20 distinct automated honeypot sensors reporting on this address, generating 224 total abuse reports with a 5/10 activity frequency rating. Suricata intrusion detection systems flagged anomalous TLS traffic involving invalid record types, suggesting automated exploitation toolkits probing for implementation weaknesses. Additional patterns include honeypot-triggered events, VoIP fraud indicators, and specific IoT/ICS targeting activity, collectively painting the picture of a methodical reconnaissance and exploitation platform operating from cloud infrastructure.
The dominant hacking activity encompasses various intrusion techniques: scanning for exposed services, attempting to leverage known vulnerabilities, probing protocol implementations, and conducting reconnaissance against connected devices. The detected malformed TLS records indicate the use of standardized exploitation frameworks designed to identify vulnerable server configurations. Cloud-hosted infrastructure amplifies the threat by providing geographic legitimacy and enabling rapid pivoting between targets while maintaining a seemingly reputable network reputation.
Site operators should implement automated blocking mechanisms such as fail2ban to detect and neutralize repeated connection attempts from this address. Network segmentation isolating IoT devices and industrial control systems prevents lateral movement if initial probing succeeds. Enabling intrusion detection rules that flag anomalous TLS patterns and maintaining strict access controls on publicly exposed services will reduce vulnerability to the exploitation techniques this IP employs.
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