Maximum Danger
IP 152.32.206.49 is a critical-risk address associated with sustained hacking activity, with 406 total abuse reports and a threat score of 10/10, indicating consistent unauthorized access and intrusion attempts targeting exposed network services.
Automated honeypot sensors across the security community recorded 406 distinct incident reports linked to this IP address between September 2025 and May 2026. All 20 recent threat reports specifically classify the activity as general hacking attempts, including various intrusion techniques and exploitation probes. The IP is registered to UCLOUD INFORMATION TECHNOLOGY HK LIMITED under ASN AS135377, a cloud infrastructure provider whose US-geolocated address space has been repeatedly flagged for malicious scanning activity. With an activity frequency rating of 5/10, the consistent pattern of detection over an eight-month period suggests automated, persistent scanning rather than opportunistic or one-off probes. The 71% confidence score reflects strong attribution to malicious intent based on the volume and consistency of honeypot detections.
The dominant threat category of hacking encompasses a broad spectrum of unauthorized intrusion behaviors, including vulnerability scanning, credential guessing, and exploitation probing against exposed services. This IP address has demonstrated a persistent presence in attack patterns targeting network perimeters, with automated tools systematically enumerating potential entry points across targeted systems. The real-world risk involves potential compromise of unpatched services, brute-force exposure of weak authentication, or exploitation of known vulnerabilities in internet-facing applications. Organizations with exposed SSH, RDP, web interfaces, or other network services face direct exposure to these automated intrusion campaigns.
Site operators should implement immediate defensive measures including dropping or rate-limiting traffic from this address at the network edge firewall. All internet-facing services should enforce strong, unique credentials and disable default or administrative accounts where possible. Implementing automated blocking tools such as fail2ban or equivalent intrusion prevention systems can dynamically mitigate brute-force attempts. Regular vulnerability scanning and prompt patching of exposed services significantly reduce the attack surface available to automated hacking probes of this nature.
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