Notable Threat
IP 64.62.197.182 is a high-risk address associated with sustained hacking activity and targeting of Internet of Things infrastructure, having generated 360 abuse reports from automated honeypot sensors with a 92% confidence rating. The IP operates from the United States through Hurricane Electric's network (AS6939) and has maintained near-continuous malicious activity across approximately eight months of observation, with the most recent reports filed in June 2026.
Threat intelligence gathered from 20 distinct automated honeypot sensors reveals that the predominant activity involves general intrusion attempts and exploitation-oriented connection behavior. The detection data includes Suricata alerts flagging protocol mismatch conditions across both communication directions, a technique frequently employed to identify open ports, fingerprint service configurations, or probe for vulnerable IoT devices. While the majority of recent reports categorize the activity as general hacking (19 incidents), at least one report documents explicit IoT targeting behavior, suggesting the operator is conducting reconnaissance against smart devices, cameras, routers, or other networked embedded systems that often ship with weak default security configurations.
The Suricata protocol-mismatch alerts are particularly significant because they indicate the attacking system is deliberately sending malformed or unexpected protocol payloads to determine what services are running on target devices. When combined with IoT targeting, this pattern suggests the actor may be profiling vulnerable connected devices for subsequent compromise, potentially to recruit them into botnets, exfiltrate data, or use them as pivot points into broader networks. Organizations exposing SSH, Telnet, HTTP, or other management interfaces to this IP face elevated risk of credential brute-forcing, vulnerability scanning, and targeted IoT exploitation attempts.
Site operators should block this IP at the firewall or network edge, implement rate-limiting on authentication endpoints to mitigate brute-force attempts, and enforce strong, unique credentials alongside multi-factor authentication on all exposed services. Deploying intrusion detection signatures tuned to protocol anomaly detection, monitoring authentication logs for the originating IP, and using defensive tools such as fail2ban to dynamically ban repeated offenders will substantially reduce exposure to the scanning and intrusion techniques this address has demonstrated.
BE 
VN 
UA 
KR