Severe Risk
IP 128.1.132.220 is a critical-risk address operating under autonomous system AS62610 (ZEN-DPS) that has generated 1,453 abuse reports from automated honeypot sensors, indicating sustained and aggressive unauthorized access attempts originating from Hong Kong infrastructure.
The address carries a threat level of 10/10 with a 94% confidence score, reflecting highly reliable detection data collected across 20 separate honeypot sensors over approximately ten months spanning September 2025 through June 2026. Its activity frequency rating of 8/10 confirms persistent, repeated engagement with target systems rather than opportunistic or isolated probes. The report volume of 1,453 incidents ranks among the highest seen for single IP addresses in threat-intelligence feeds, while the dominance of hacking-category reports (19 instances) alongside port-scan activity points to organized reconnaissance and intrusion operations rather than generalized noise.
The dominant threat category recorded for IP 128.1.132.220 involves unauthorized access attempts and vulnerability exploitation, which threat actors use as precursors to data breach, service disruption, or persistent compromise of targeted systems. Port-scanning activity, specifically documented as reconnaissance targeting network-edge device configurations, enables attackers to identify exposed services and potential entry points before launching more sophisticated attacks. This combination of scanning and intrusion attempts creates a concrete real-world risk for any internet-exposed service operating on common attack vectors, particularly those resembling the targeted network infrastructure noted in detection patterns.
Site operators should immediately block or rate-limit traffic from this address at the firewall level and monitor inbound connections for similar scanning signatures across their infrastructure. Deploying automated blocking tools such as fail2ban can proactively mitigate brute-force and scanning activity without manual intervention. Maintaining strict authentication requirements, regularly patching exposed services, and reducing the attack surface by eliminating unnecessary open ports will significantly reduce vulnerability to the reconnaissance and intrusion patterns this IP has demonstrated.
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