High Risk
IP address 91.193.232.61, allocated to Clouvider Limited under ASN AS62240 in the United States, presents a critical threat profile with a maximum threat-level score of 10 out of 10 and 571 total abuse reports logged during October 2025. All recent detections stem from automated honeypot sensors, which registered the address exclusively for general hacking activity, indicating sustained unauthorized access attempts against exposed network services.
The volume of 571 reports over a single month is substantial, yet the reported activity frequency of 0 out of 10 suggests these incidents occurred in concentrated bursts rather than as a continuous background trickle. With a 65 percent confidence rating, the attribution to hacking behaviour is well-supported but not absolute. The detection footprint is entirely honeypot-based, with 20 recorded events in the most recent reporting window. The narrow timeframe of first and last reports spanning only October 2025 points to a relatively new addition to threat intelligence databases or a short-lived campaign against sensor infrastructure.
General hacking activity encompasses a broad spectrum of intrusion techniques, including vulnerability scanning, brute-force authentication attempts, exploitation of unpatched services and probing for misconfigurations. Even a single successful probe can grant an attacker initial footholds for further lateral movement or data exfiltration. The address poses a concrete risk to any publicly accessible service, particularly those with exposed management interfaces, weak credential policies or known software vulnerabilities.
Operators should block this address at the network perimeter and implement rate-limiting on authentication endpoints to mitigate brute-force vectors. Deploying fail2ban or equivalent log-based intrusion-prevention tools can automatically ban repeated offenders. Keeping all software current with security patches and enforcing strong, unique credentials across remote-access services significantly reduces exploitability. Continuous monitoring of access logs for patterns matching the reported hacking activity will help identify any successful compromise attempts.
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