Maximum Danger
IP 192.253.248.180 is a critical-risk address originating from Iranian network infrastructure operated by Limited Network LTD, exhibiting persistent hacking activity with 488 independent abuse reports across automated honeypot sensors over a four-month observation window.
Detection data collected between March 2026 and June 2026 reveals this address generated a threat confidence score of 94 percent with an activity frequency rating of 8 out of 10, indicating sustained rather than opportunistic malicious behavior. The IP was flagged exclusively through honeypot sensor reports, with the dominant threat classification being general hacking activity including intrusion attempts and exploitation behavior. Network traffic analysis detected Suricata alerts specifically flagging TCP stream anomalies featuring broken acknowledgment packets, a technique commonly associated with traffic normalization evasion and session hijacking attempts. The consistent volume of reports over a concentrated timeframe strongly suggests automated scanning or systematic probing infrastructure rather than isolated manual intrusion attempts.
The detected TCP stream manipulation signals represent a concrete real-world risk to any exposed service accepting connections from this address. Broken acknowledgment attacks target network inspection and intrusion prevention systems by fragmenting or corrupting the normal TCP handshake sequence, potentially allowing malicious payloads to bypass signature-based detection. Combined with the broader hacking classification encompassing vulnerability exploitation and unauthorized access attempts, services with open ports facing the internet are at measurable risk of compromise if this address is permitted access. The Iranian geographic origin and the aggressive 8/10 activity frequency align with patterns typical of state-adjacent or organized scanning infrastructure targeting diverse victim networks globally.
Site operators should immediately block IP 192.253.248.180 at the firewall level given its maximum threat rating and persistent abuse history. Implementing fail2ban or similar dynamic blocking utilities configured to auto-ban addresses triggering Suricata stream anomalies provides automated defensive response. All exposed services should enforce strong authentication, apply security patches promptly and monitor for scanning patterns matching this address. Blocking outbound TCP packets with malformed headers at the network edge neutralizes the specific broken-ack evasion technique while hardening overall perimeter defenses against similar reconnaissance activity.
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