Critical Threat
IP 79.141.172.211, registered to HZ Hosting Ltd in the United States under ASN AS202015, is a critical-risk address scoring 10 out of 10 in threat severity, supported by 861 abuse reports and an 79% confidence rating. Automated honeypot sensors flagged this IP with exceptional frequency (8/10) during February 2026, documenting a concentrated campaign of intrusion attempts and web application probing that poses an immediate danger to any exposed service.
The evidence base is substantial and consistent. All 861 reports originated from automated honeypot sensors over a narrow two-week window in February 2026, indicating a deliberate, high-volume campaign rather than scattered opportunistic activity. The breakdown shows 10 hacking-category reports and 2 web application attack reports, suggesting the actor pursues multiple intrusion vectors simultaneously. The honeypot event data specifically references ElasticPot-style web application probes, meaning the address systematically scans for exploitable endpoints, file inclusions, or injection points rather than relying on a single technique.
Hacking activity at this scale typically means automated vulnerability scanning, credential guessing, and exploit delivery targeting unpatched services or misconfigured systems. Web application attacks compound this risk by focusing on application-layer weaknesses such as those documented in the OWASP Top 10, potentially giving attackers a direct path to application servers or backend databases. The sheer volume of reports combined with the 8/10 activity frequency indicates persistent, repeated access attempts against multiple targets, increasing the likelihood that unprotected services would be compromised over time.
Site operators should block this IP at the firewall or network perimeter immediately, as blocking at the edge is the most effective first step against high-volume automated threats. Deploying a web application firewall will help absorb and filter the application-layer probing patterns this address employs. Rate-limiting authentication endpoints and enforcing strong, unique credentials across services reduces the impact if blocking is bypassed. Regular security patching and monitoring with tools such as fail2ban or intrusion detection systems will further harden exposure and alert administrators to any follow-up activity from this or related infrastructure.
