High Risk
IP 54.39.17.116 is a high-risk address operated by OVH SAS (AS16276) in Canada that presents a significant and ongoing threat to web infrastructure, particularly WordPress installations, based on 204 abuse reports with a 100% confidence score. This IP demonstrates a consistent pattern of automated intrusion activity across multiple attack vectors including brute-force authentication attacks, reconnaissance scanning, and exploitation attempts, earning it an 8/10 threat level and matching activity frequency rating across the March–May 2026 reporting window.
The detection data reveals this address was flagged by 18 automated honeypot sensors and 2 community sources, indicating broad-based observation rather than targeting of a single victim. The reported threat categories show a clear WordPress-focused campaign: 11 reports of login brute-force attempts, 7 reports each of XML-RPC abuse and port scanning, 6 reports of general brute-force activity, and 14 reports of general hacking probes. Abstracted attack-pattern analysis confirms systematic reconnaissance including user-identifier enumeration via author query parameters, WordPress system file probing, credential submission attempts using common administrative account names, and XML-RPC method abuse — all classic indicators of an automated WordPress compromise toolkit operating from this infrastructure.
The concrete risk posed by IP 54.39.17.116 is unauthorized access to WordPress admin panels and backend systems. Brute-force and credential-stuffing attacks against authentication endpoints can result in complete site takeover if weak or common credentials are in use, enabling defacement, data theft, malware deployment, and further lateral movement. Port scanning activity confirms the IP is actively mapping exposed services as preparation for targeted exploitation. The use of spoofed or outdated browser user-agents (such as Internet Explorer 7 or older) suggests evasion tactics designed to bypass basic bot detection while maintaining automated attack throughput.
Site operators should treat connections from this IP as hostile and implement immediate blocking at the network perimeter firewall or web application layer. Enforcing strong, unique credentials and disabling or restricting XML-RPC functionality eliminates two primary attack surfaces this IP targets. Deploying rate-limiting rules and account lockout policies on authentication endpoints reduces the effectiveness of brute-force attempts. Implementing tools such as fail2ban with WordPress-specific filters can automate dynamic blocking based on observed violation patterns. Continuous monitoring of authentication logs for the detection signatures associated with this IP will help identify any successful compromise attempts originating from this infrastructure.
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