Extreme Threat
IP 5.61.209.107 is a critical-risk address associated with 501 abuse reports and automated honeypot detections, exhibiting a high activity frequency of 8/10 and representing a severe threat level of 10/10. Operated from Amarutu Technology Ltd (AS206264) in Seychelles, this IP has been actively involved in hacking attempts, web application attacks, and exploitation activity since March 2026, with the most recent reports in May 2026.
Detection data from 20 automated honeypot sensors has documented 501 separate incidents attributed to 5.61.209.107 across a concentrated three-month window, yielding a confidence score of 94%. The dominant threat category is general hacking activity, supplemented by web application attack vectors and confirmed exploited host activity indicating the address may be operating as a compromised attack platform. Suricata intrusion-detection systems repeatedly flagged this address for HTTP request header anomalies, a technique frequently associated with reconnaissance and exploitation tooling. The volume and consistency of reports across multiple independent sensor sources confirm this is not isolated scanning but sustained, coordinated hostile activity against exposed services.
The preponderance of hacking-category reports alongside web application attack signatures suggests this address is actively probing for vulnerable services rather than conducting purely opportunistic reconnaissance. Excessive HTTP header repetition is a known method for evading detection filters and testing application-layer defenses. The presence of exploited host classification implies that whichever system currently holds this IP may itself be compromised and being used as an unwitting attack relay, amplifying the threat to any network it contacts. For organisations with publicly accessible SSH services, web applications, or IoT deployments, this address represents a concrete risk of credential-guessing, vulnerability probing, or exploitation attempts.
Site operators should immediately block 5.61.209.107 at the network perimeter using deny-lists or intrusion-prevention systems configured with fail2ban-style reactive blocking. Deploying or strengthening web application firewall rules to flag and reject anomalous HTTP header patterns will neutralise the most frequently observed attack signature. Rate-limiting incoming connections and enforcing strong multi-factor authentication on any exposed management interfaces substantially reduces the impact of brute-force or credential-stuffing attempts. Regular audit of publicly accessible services against OWASP Top 10 vulnerabilities and prompt patching of known weaknesses removes the targets this address is actively seeking.
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