Severe Risk
IP 203.121.106.56, registered to TIME dotCom Berhad in Malaysia, presents a critical threat level of 10/10 and is associated with 340 abuse reports citing general hacking activity, including intrusion attempts and exploitation of vulnerabilities. The assessment carries moderate confidence (63%), with activity detected across 20 automated honeypot sensors between January and February 2026.
The report volume of 340 instances concentrated over a two-month window reflects sustained hostile engagement originating from AS9930, the network infrastructure of Malaysian provider TIME dotCom Berhad. Each of the 20 independent honeypot sensors contributed multiple detections, indicating this address was systematically probing automated traps across distributed defensive infrastructure. Despite the critical threat designation, activity frequency registered at 0/10, suggesting the source concentrates its efforts into intermittent burst periods rather than maintaining a constant presence. The geographic origin in Malaysia places this traffic within a major Southeast Asian internet hub, where both legitimate and malicious activity transit through shared backbone infrastructure.
The dominant hacking classification encompasses broad unauthorized access attempts, vulnerability scanning, and exploitation probes against exposed services. While the 63% confidence score introduces some uncertainty regarding definitive attribution, the sheer volume of reports combined with honeypot validation substantiates malicious intent. This IP poses concrete risk to any exposed SSH, Telnet, HTTP, or database services, where probing activity can identify unpatched vulnerabilities or weak authentication before launching targeted exploitation. The burst-pattern activity suggests the operator may be conducting reconnaissance across many targets simultaneously before dedicating resources to promising vectors.
Site operators should implement automated blocking mechanisms such as fail2ban or equivalent tools to ban source addresses after repeated authentication failures, enforce strong password policies and multi-factor authentication on all exposed services, maintain rigorous patching schedules especially for internet-facing applications, and monitor for scanning patterns such as sequential port probes or repeated login attempts which signal pre-exploitation reconnaissance.
SC 
HK