Severe Risk
IP 144.172.103.41 is a high-risk address linked to widespread hacking activity, having accumulated 180 abuse reports from automated honeypot sensors within a concentrated two-month window during late 2025, with a maximum threat rating of 10 out of 10 reflecting the severity and persistence of the observed behavior.
Analysis of the available data reveals that all 180 reports originated from automated honeypot detection systems during the September–October 2025 timeframe, indicating sustained, systematic scanning or intrusion activity rather than isolated incidents. Despite the IP being geolocated in the United States and routed through AS14956 under the network operator ROUTERHOSTING, the report volume and threat classification paint a clear picture of malicious intent. The confidence score of 63 percent suggests moderate certainty in attribution, while the activity frequency of zero recorded in the most recent period may indicate reduced engagement with current sensors or a pause in operations following the October 2025 detection window.
The dominant threat category of hacking encompasses a broad range of intrusion techniques, including vulnerability exploitation attempts, unauthorized access probing, and credential-based attacks against exposed services. For organizations running accessible network services, an IP with this report volume represents a credible risk of exploitation if misconfigurations or unpatched software provide an entry point. The sustained nature of the activity detected during the reporting period suggests this address is part of automated infrastructure used to mass-scan and exploit target networks rather than a single opportunistic attempt.
Network defenders should immediately block or rate-limit connections from 144.172.103.41 at the firewall or edge-device level, and monitor logs for any successful authentication or connection attempts originating from this source. Implementing automated tools such as fail2ban or equivalent dynamic blocking solutions can proactively mitigate repeated intrusion attempts. Ensuring all exposed services run current patches, enforcing strong authentication policies, and disabling unnecessary services reduces the attack surface that this category of threat actor seeks to exploit.
