Substantial Risk
IP 64.62.197.212 is a high-risk address associated with sustained hacking activity, detected through 20 automated honeypot sensors over approximately ten months with a threat level rating of 8 out of 10 and a confidence score of 82 percent. This Hurricane Electric-operated IP (AS6939) based in the United States generated 551 total incident reports, with 17 reports specifically categorizing the activity as general hacking attempts, making unauthorized intrusion attempts the dominant threat profile for this address.
The cumulative evidence paints a consistent picture of persistent probing behavior. Detection data spans from August 2025 through June 2026, indicating ongoing interest in vulnerable targets rather than opportunistic, fleeting scans. The activity frequency rating of 8 out of 10 reinforces that this is not a transient actor but rather a systematic presence in threat-intelligence feeds. Automated honeypot sensors across multiple deployments recorded the activity, lending credibility to the 82 percent confidence rating. The presence of Zmap User-Agent signatures in the attack patterns confirms network reconnaissance activity, specifically fast-scanning techniques commonly used to identify exposed services at scale before deploying further exploitation attempts.
The hacking activity linked to this IP address represents a concrete risk to any exposed service. Port-scanning activity of this nature typically precedes more targeted intrusion attempts, serving as a reconnaissance phase where attackers identify open ports and vulnerable entry points. The use of Zmap indicates high-speed, automated scanning capable of covering large network ranges efficiently. While the IoT-targeted and exploited-host classifications represent smaller portions of the activity, they suggest this IP may simultaneously serve multiple purposes within an attack campaign, potentially operating as part of a botnet or scanner infrastructure. Services exposed to the internet with weak authentication or unpatched vulnerabilities face the greatest risk from this type of sustained probing.
Site operators should take immediate defensive action against this address. Implement blocking or rate-limiting at the firewall or intrusion-prevention level to prevent further reconnaissance. Audit exposed services for weak or default credentials and enforce strong authentication, particularly on SSH and administrative interfaces. Deploy detection rules using tools such as fail2ban to automatically respond to scanning patterns. Finally, ensure all internet-facing systems are patched promptly and consider network segmentation to limit lateral-movement risk if any host is compromised.
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