Maximum Danger
IP 31.129.22.213 is a critical-risk address originating from Portugal (AS215540 / Global Connectivity Solutions Llp) that has been flagged in 208 abuse reports centered on general hacking activity, with automated honeypot sensors specifically detecting repeated SSH-based intrusion attempts as the dominant attack vector and a threat level of 10/10.
The volume and consistency of these reports — 208 total during the January 2026 timeframe, combined with a 94% confidence score and an 8/10 activity frequency rating — indicate sustained, deliberate hostile scanning and exploitation attempts rather than opportunistic background noise. All 20 most recent threat-category reports cite hacking activity, and every detection originated from automated honeypot sensors, meaning this address has been actively catalogued within hostile-infrastructure monitoring systems. The Portuguese network affiliation through AS215540 and Global Connectivity Solutions Llp places this source within a commercial connectivity provider environment, which is typical for bouncing points used in automated attack campaigns.
The detected SSH honeypot activity represents one of the most common initial-access vectors employed against internet-exposed servers worldwide. Attackers systematically probe port 22 on publicly reachable hosts, attempting weak or default credential combinations to gain unauthorized shell access. A successful compromise at this stage often provides a foothold for lateral movement, data exfiltration, cryptomining deployment, or recruitment into distributed denial-of-service botnets. The concentrated pattern observed here suggests the address is running an automated tool cycling through authentication guesses against multiple targets simultaneously.
Site operators maintaining publicly accessible SSH services should treat this IP and similar sources as definitively hostile. Implement immediate blocking or aggressive rate-limiting at the network perimeter for this source range. Enforce public-key authentication and disable password-based login entirely where feasible, and configure automated dynamic blocking tools such as fail2ban to ban repeated authentication failures. Regularly audit exposed services, apply security updates promptly, and monitor authentication logs for correlated scanning activity originating from comparable addresses.
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