Maximum Danger
IP 176.120.22.135 is a high-risk address assessed at threat level 10/10 that has generated 200 incident reports from automated honeypot sensors between February and April 2026, indicating sustained and aggressive hacking activity originating from Russian infrastructure operated by Proton66 OOO under ASN AS198953.
With a confidence score of 94% and an activity frequency rated 8/10, this IP has demonstrated remarkable persistence over the three-month observation window, consistently generating new abuse reports through twenty distinct automated honeypot detection points. The sustained volume of 200 total reports against a relatively short reporting period reflects deliberate, automated scanning and exploitation behavior rather than opportunistic or isolated incidents. The geographic origin in Russia and the association with a commercial network operator suggests this infrastructure is likely leveraged by threat actors operating with a degree of operational continuity and intent that elevates the risk profile considerably above baseline scanning activity.
The dominant threat classification of hacking encompasses intrusion attempts, vulnerability exploitation and unauthorized access probing, representing some of the most direct and dangerous forms of cyberthreat activity an exposed service can encounter. A hostile actor conducting systematic attack campaigns from this IP could be seeking to compromise web applications, exploit unpatched services, or establish persistent footholds within vulnerable networks. The abstract attack-pattern descriptor of "attack connection" indicates established networking-level engagement with target systems, consistent with brute-force or exploitation workflows rather than passive reconnaissance alone, meaning any exposed service accepting connections from this address faces immediate credential-guessing or vulnerability-targeting risks.
Site operators should immediately block IP 176.120.22.135 at the network perimeter and consider implementing automated blocking tools such as fail2ban to dynamically prevent repeated connection attempts. Authentication mechanisms should be hardened through multi-factor authentication, account lockout policies and non-default credentials to resist credential-stuffing campaigns. Regular patch management, intrusion detection monitoring and egress filtering on sensitive services will further reduce exposure to exploitation attempts emanating from this or similar infrastructure. Maintaining threat-intelligence feeds and reviewing connection logs for patterns matching this IP's activity profile will support long-term defensive posture against persistent scanning campaigns.
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