Notable Threat
IP 147.185.132.48 is a high-risk address operating from Google's cloud infrastructure in the United States that has generated 168 abuse reports over roughly eleven months, with automated honeypot sensors consistently detecting hacking activity including exploitation attempts and IoT-targeted operations. This IP deserves immediate attention from security teams maintaining internet-facing services.
The address routes through AS396982 (GOOGLE-CLOUD-PLATFORM) and carries a maximum threat score of 10 out of 10, supported by a confidence rating of 81 percent. Automated honeypot detection systems filed 20 distinct reports linking this IP to general hacking activity, while single reports flagged it as an exploited host and an IoT targeting platform. Network-layer analysis revealed Suricata stream anomaly signatures consistent with malformed acknowledgment packets, a technique frequently employed during reconnaissance and session hijacking attempts. The activity frequency rating of 6 out of 10 indicates sustained, deliberate engagement rather than opportunistic scanning, with reports spanning from August 2025 through June 2026.
The dominant threat category of hacking encompasses unauthorized access attempts, vulnerability exploitation and intrusion activity that poses direct risk to unpatched services. The presence of stream-level packet anomalies suggests this IP participates in protocol-level manipulation designed to circumvent stateful inspection or establish footholds within target networks. Combined with IoT targeting indicators, this IP appears to conduct both broad scanning operations and specialised attacks against connected devices with weak security postures. The exploited host classification raises the possibility that this Google Cloud address may itself be a compromised resource being weaponised without the legitimate operator's knowledge.
Network operators should block this IP at the perimeter firewall given its confirmed malicious activity profile and maximum threat classification. Deploying or enhancing intrusion detection rules capable of identifying anomalous TCP stream behaviour will help catch follow-on attack traffic. Rate-limiting incoming connections to sensitive services and enforcing strong authentication mechanisms, including tools like fail2ban for repeated login attempts, reduces exposure to the credential-focused aspects of hacking activity. Organisations running IoT infrastructure should verify segment isolation and ensure default credentials have been replaced. Since this address originates from a major cloud provider, consider reporting the activity to Google Cloud's abuse team to facilitate potential takedown of the hostile resource.
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