Maximum Danger
IP 65.49.1.142 is a high-risk address operating from Hurricane Electric's AS6939 network in the United States, assessed at maximum threat level 10/10 based on 530 total abuse reports and an 86% confidence score. This IP demonstrates persistent, high-frequency malicious activity spanning approximately ten months, with recent detections concentrated on general hacking intrusions and IoT-targeted exploitation attempts detected by automated honeypot sensors across twenty distinct sources.
Analysis of the reported threat categories reveals that hacking activity dominates the threat landscape for this address, accounting for the vast majority of recent reports, supplemented by IoT-targeted attacks, SSH brute-force attempts, and port scanning behaviour. The attack-pattern evidence recovered from honeypot sensors includes SSH brute-force attempts exploiting Suricata protocol-mismatch alerts, IoT and ICS-targeted connection patterns, and inbound Zmap scanning traffic — indicating a coordinated, multi-vector assault infrastructure rather than opportunistic script-kiddie activity. The ten-month reporting window from August 2025 through June 2026 with an activity frequency rating of 8/10 confirms sustained, deliberate engagement with target systems rather than transient scanning.
The dominant hacking activity represents a concrete risk to any exposed service, particularly SSH daemons and IoT devices with weak default configurations. SSH brute-force attacks attempt to gain server access through automated credential guessing, while IoT-targeted exploitation preys on unpatched firmware, default credentials, and misconfigured network segmentation. Port scanning activity suggests reconnaissance operations mapping vulnerable entry points for subsequent exploitation. Combined, these techniques create a compound threat where initial scanning informs targeted credential attacks and exploitation chains.
Network defenders should immediately block or rate-limit IP 65.49.1.142 at the firewall level, implement key-based SSH authentication with fail2ban to automate temporary blocking of repeated login attempts, and enforce strong credential policies. IoT and ICS environments require network segmentation, firmware updates, and disabling of universal plug-and-play to reduce attack surface. Continuous monitoring and intrusion detection alerts should be tuned to detect the Suricata protocol-mismatch patterns and anomalous inbound scanning signatures associated with this address.
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