Elevated Risk
IP 64.62.156.142, registered to Hurricane Electric (AS6939) in the United States, presents a high-risk threat profile with an 8/10 threat level and 92% confidence rating. This address has generated 340 abuse reports through automated honeypot sensors between August 2025 and June 2026, with an activity frequency rated 8/10, indicating persistent hostile reconnaissance and exploitation attempts against exposed network infrastructure.
The volume and consistency of reports confirm this IP operates as an active scanning and intrusion platform. The detection signatures include Suricata alerts flagging protocol mismatches across both communication directions, a pattern commonly associated with automated vulnerability scanning tools probing for misconfigured services. The dominant threat category is general hacking activity (19 recent reports), supplemented by IoT-targeted exploits and SSH brute-force attempts targeting authentication interfaces. Community reporting across 20 independent honeypot sensors corroborates this assessment, establishing a robust evidentiary foundation for the 92% confidence score.
The attack patterns observed suggest a dual-focus threat actor. IoT and ICS environments face particular risk from this address, as protocol-probing techniques often precede exploitation of unpatched firmware or default credentials on connected devices. Simultaneously, the SSH brute-force activity indicates intent to compromise server management interfaces through credential stuffing or dictionary attacks. Organizations exposing SSH services or IoT devices without network segmentation face the most direct exposure to unauthorized access, data exfiltration, or lateral movement within internal networks.
Site operators should implement immediate defensive measures including blocking or rate-limiting traffic from this address at the network perimeter, configuring fail2ban or equivalent tools to automate SSH authentication failure responses, and segmenting IoT devices onto isolated network zones. Keeping all firmware and software current, enforcing key-based authentication over password-only SSH access, and disabling unused services reduce the attack surface that this scanning activity seeks to exploit.
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