Maximum Danger
IP 66.132.172.161 is flagged as a critical-risk address with a threat level of 10/10, supported by 3169 abuse reports and a 94% confidence score, indicating with high certainty that this IP has engaged in sustained hostile activity detected by automated honeypot sensors across a four-month observation window between March and June 2026.
The address, registered to AS398324 and operated by Censys, Inc. in the United States, has generated reports across all 20 recent reports specifically categorised as hacking activity. With an activity frequency rating of 8/10, the IP demonstrates consistent, high-volume probing behaviour. The report volume of 3169 incidents far exceeds typical opportunistic scanning, suggesting either automated exploitation tools or a highly active threat actor operating from this address. All detections have been attributed to automated honeypot sensors, which are designed to capture and characterise malicious traffic targeting exposed services.
Hacking activity encompasses a broad range of intrusion methodologies, including the scanning for vulnerable services, exploitation of unpatched software, and repeated attempts to gain unauthorized access to systems. For an exposed server, this translates to a concrete risk of compromise, data exfiltration, or being conscripted into a botnet. The sustained frequency and volume of reports suggest the operator behind this IP is actively probing networks at scale, making it a direct threat to any service with accessible attack surface.
Site operators should immediately block or rate-limit traffic from 66.132.172.161 at the firewall or network edge. Implementing intrusion detection systems can help identify and alert on the specific attack patterns associated with this source. Strong authentication mechanisms, including key-based authentication for SSH and multi-factor authentication for administrative interfaces, should be enforced on any exposed services. Regular monitoring of access logs and integration of blocklists from threat-intelligence sources will further reduce exposure to this and similar high-risk addresses.
RO 
FR 
SE 
TR