Critical Threat
IP 87.120.191.81, allocated to AS215925 and operated by Vpsvault.host Ltd in the United States, presents a critical threat level of 10/10, backed by 156 total abuse reports submitted through automated honeypot sensors and community sources between January and February 2026. The address has been flagged across 19 honeypot detections and 1 community report, with the dominant threat profile centered on SSH brute-force activity and targeted exploitation attempts against IoT infrastructure. Despite a reported activity frequency of 0/10, the volume and consistency of hostile connection attempts warrant immediate defensive action from any exposed network operator.
The detection data reveals that 18 of the most recent reports classify the observed activity as general hacking intrusion attempts, while 4 reports specifically document SSH brute-force attempts and 1 report identifies IoT-targeted exploitation. Automated honeypot sensors captured multiple attack patterns, including repeated SSH brute-force attempts with credential guessing, connection probes targeting embedded device management interfaces, and hostile connection events consistent with reconnaissance scanning. The focus on embedded system administration pathways indicates an attacker seeking to compromise networked devices rather than traditional server infrastructure.
SSH brute-force attacks represent one of the most persistent and automated threat vectors facing internet-exposed servers, where attackers systematically cycle through credential combinations to gain unauthorized shell access. IoT-targeted exploitation follows a parallel but distinct risk profile, focusing on the weak security postures typical of cameras, routers, and other networked devices that often ship with default credentials and unpatched firmware. The simultaneous presence of both attack vectors on this IP suggests a coordinated, opportunistic campaign designed to compromise both traditional computing resources and the growing ecosystem of connected devices within target networks
FR 
HK 
SE 
VN