Elevated Risk
IP 64.62.156.192 is a high-risk address associated with widespread hacking activity, presenting a credible threat to exposed network services. With 904 total reports logged across a sustained detection window from August 2025 through June 2026, this IP demonstrates persistent and aggressive intrusion behavior that warrants immediate defensive attention. The threat level of 8/10 and activity frequency of 8/10 indicate consistent, high-volume hostile probing rather than opportunistic or sporadic scanning. Automated honeypot sensors across multiple detection points have flagged this address as a significant source of unauthorized access attempts.
The volume and consistency of these reports reflect organized, methodical attempts to compromise systems through various attack vectors. Network routing through AS6939 (Hurricane Electric), a major United States internet backbone provider, positions this IP within a high-connectivity transit network frequently leveraged by threat actors for its reliability and geographic diversity. The first reports emerged in August 2025, with continuous activity recorded through June 2026, yielding an average detection rate of more than 75 distinct incidents per month. This sustained pattern across a ten-month observation period, combined with an 81% confidence score, strongly suggests this address is actively involved in malicious operations rather than misconfigured legitimate traffic.
Hacking activity encompasses a broad spectrum of intrusion techniques, including vulnerability exploitation, credential attacks, and attempts to gain unauthorized system access. The concrete risk to exposed services includes potential account compromise, data exfiltration, malware deployment, and pivoting into internal networks. Automated exploitation toolkits frequently operate from such addresses, systematically scanning for unpatched software, default credentials, and configuration weaknesses across thousands of targets simultaneously.
Organizations with services reachable from this address should implement immediate defensive measures. Deploying strict inbound traffic filtering and blocking policies for the offending address provides the first line of defense. Enforcing strong authentication mechanisms, including key-based authentication for administrative protocols and multi-factor authentication where feasible, substantially reduces the effectiveness of credential-based attacks. Maintaining comprehensive patch management across all internet-facing systems eliminates known vulnerabilities that exploitation attempts target. Automated abuse-response tools such as fail2ban can detect and remediate repeated connection attempts in real time, while continuous monitoring of authentication logs helps identify any successful intrusion attempts before significant damage occurs.
RO