Extreme Threat
IP 62.60.130.228, registered to Tawsie Technology in Iran (AS215930), presents a maximum threat level (10/10) based on 356 abuse reports spanning October 2025 to June 2026. This address is a high-risk actor engaged in persistent WordPress brute-force and password-spray attacks, with an activity frequency rated 8/10 and an 83% confidence score from automated honeypot sensors and community reporting sources. The concentration of recent reports shows 15 brute-force incidents and 10 WordPress login brute-force incidents, indicating a focused campaign against web-based authentication systems. Detection originated from 5 honeypot sensors and 15 community reports. The attack pattern involves probing multiple distinct usernames against a single target in rapid succession—a technique designed to evade account lockout thresholds while maximizing credential discovery opportunities.
Brute-force attacks against WordPress installations represent a direct pathway to website compromise, enabling content defacement, malware distribution, data exfiltration, and pivoting into connected networks. The password-spray methodology observed—testing a small set of credentials across numerous accounts rather than exhaustive password guessing—allows attackers to stay beneath rate-limiting defenses while still achieving unauthorized access. The pattern of probing 5 distinct usernames in short succession indicates systematic, automated targeting of WordPress sites. Without defensive measures, any exposed WordPress installation faces credential-based intrusion risk from this actor.
Site operators should implement defensive tools such as fail2ban configured to detect and block WordPress login abuse patterns. Enforcing multi-factor authentication, strong password requirements, and account lockout policies after failed login thresholds will substantially reduce attack surface. Rate limiting on authentication endpoints and restricting access to login portals from trusted IP ranges provide additional layers of defense against this persistent threat actor.
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