Maximum Danger
IP 160.119.71.12 is a critical-risk address linked to sustained hacking activity, having accumulated 1,277 abuse reports with a perfect 10/10 threat level and 94% confidence score according to automated honeypot sensors. Originating from Seychelles and routed through Alsycon B.V.'s network (ASN AS49870), this IP has demonstrated an activity frequency of 8/10 during a concentrated May–June 2026 reporting window, indicating persistent and aggressive intrusion operations.
The detection data reveals this address has been exclusively flagged for hacking activity across all 1,277 logged incidents, with every report sourced from automated honeypot infrastructure. The honeypot event logs and attack connection patterns confirm the IP's repeated engagement with vulnerable services, establishing a clear pattern of automated exploitation attempts rather than isolated manual probing. The two-month activity span and high report volume correlate directly with the elevated threat level, leaving no ambiguity about the address's malicious intent.
Hacking activity encompasses a broad spectrum of intrusion attempts, including exploitation of software vulnerabilities, unauthorized access attempts, and scanning for entry points in exposed services. For site operators running SSH, RDP, web applications, or other internet-facing systems, an address with this reputation poses a direct risk of credential compromise or remote-code-execution exploitation if adequate protections are absent. The automated nature of the observed activity suggests this IP operates as part of a scanning or brute-force campaign, methodically working through potential targets.
Organizations should implement immediate defensive measures including IP-based blocking or rate-limiting at the firewall level, deployment of automated dynamic blocking tools such as fail2ban, and enforcement of strong, unique credentials alongside multi-factor authentication on all exposed services. Continuous monitoring of authentication logs for repeated connection attempts from this source will further reduce exposure risk.
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