Critical Threat
IP 165.154.110.84 is a high-risk address linked to hacking activity, having accumulated 383 abuse reports from automated honeypot sensors with a maximum threat-level rating of 10/10, indicating a severe and credible danger to any exposed infrastructure.
The IP originates from Hong Kong and operates within the ZEN-DPS autonomous system (AS62610). All reported activity was logged during October 2025, with the 20 most recent reports categorizing the observed behavior exclusively as general hacking attempts. The 383 total reports represent a substantial volume of hostile contact detected by honeypot infrastructure, though the activity frequency score of 0/10 suggests the attacks were concentrated rather than continuously sustained. The 63% confidence score reflects that while the threat is well-documented, some variables in attribution remain subject to standard analytical uncertainty. Automated honeypot sensors captured both connection attempts and attack-pattern events, indicating systematic probing behavior targeting vulnerable services.
The dominant threat category, general hacking, encompasses a broad spectrum of unauthorized access attempts and exploitation techniques aimed at compromising target systems. For network operators with exposed services, this classification signals an address that has demonstrated active interest in breaching perimeter defenses through intrusion vectors. The volume of reports suggests this address has been engaged in sustained scanning or exploit delivery rather than opportunistic probes, raising the probability that it will target specific vulnerabilities present in common configurations. Organizations running SSH, Telnet, HTTP interfaces, or other network-accessible services without adequate hardening face elevated exposure to this source.
Site operators should treat IP 165.154.110.84 as a confirmed hostile actor and block it at the network perimeter firewall or via automated tools such as fail2ban. All exposed services should be audited for unnecessary access points, and authentication mechanisms should enforce strong, unique credentials alongside rate-limiting to defeat automated attack patterns. Keeping systems patched against known vulnerabilities reduces the impact of any successful exploitation. Security teams should also monitor logs for any correlated scanning activity from adjacent address ranges within AS62610 to identify potential related infrastructure.
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