Elevated Risk
IP 130.12.181.109 is a high-risk address operating from German infrastructure that has generated 1,278 abuse reports over approximately six months, with automated honeypot sensors flagging persistent unauthorized access attempts against exposed services.
Traffic originating from 130.12.181.109 was first documented in January 2026 and continued through June 2026, placing this activity within a sustained engagement window. The network is registered to Netiface LLC under autonomous system AS36680, and the IP demonstrates an activity frequency rating of 8 out of 10 alongside a 94% confidence score from aggregated detections. All 20 most recent reports consistently identify the address as engaged in hacking activity, with honeypot sensors specifically detecting SSH session establishment on commonly probed ports. The volume of reports combined with the consistent pattern of intrusion-oriented traffic strongly suggests automated scanning and credential-based attack campaigns rather than isolated probe attempts.
The dominant threat classification for this IP centres on general hacking activity encompassing intrusion attempts, vulnerability exploitation and unauthorized access attempts against exposed services. Suricata sensors have documented active SSH sessions originating from this address, indicating the operator is actively attempting to establish footholds on target systems. For organizations running publicly accessible SSH services, this traffic represents a concrete risk of credential compromise or exploitation of configuration weaknesses, particularly when default or weak authentication mechanisms are in use.
Site operators should implement immediate defensive measures including SSH service hardening through key-based authentication and the disabling of password-based login. Deploying fail2ban or equivalent log-analysis tools to dynamically block repeated connection attempts from high-volume offenders such as 130.12.181.109 will significantly reduce exposure. Restricting SSH access to known IP ranges via firewall rules, maintaining current patch cycles for remote-access software and monitoring authentication logs for unusual activity patterns are additional steps that mitigate the threat posed by persistent scanning operations from this address.
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