Severe Risk
IP 108.165.179.125 is a critical-risk address originating from Brazil, associated with AS210356 (BattleHost), that has been linked to 401 reported hacking intrusion attempts with a maximum threat-level score of 10/10. The IP was first and last reported in April 2026, with all 20 recent threat reports categorizing the activity specifically as hacking attempts detected through automated honeypot sensors. Despite the elevated threat classification, the activity frequency metric registered at 0/10, suggesting the address may exhibit low-volume, targeted behavior rather than high-frequency automated scanning.
The detection profile for 108.165.179.125 is grounded entirely in automated honeypot sensor telemetry, with no community-sourced abuse reports contributing to the total of 401 incidents. The concentration of recent reports—20 within the most recent reporting window—all point to direct hacking activity rather than incidental network noise. The AS210356 allocation under BattleHost is notable, as this network designation has appeared in threat intelligence correlations involving infrastructure used to stage intrusion attempts. The Brazilian geographic origin places this source in a region where broadband infrastructure is commonly exploited for both residential and hosted threat deployment.
Hacking activity in this context refers to intrusion attempts, exploitation of vulnerabilities, and unauthorized access vectors directed at exposed services. Even with low measured frequency, a threat level of 10/10 indicates that each detected connection represents a high-confidence, high-severity event. Real-world risk includes credential compromise, service disruption, or lateral movement into dependent systems if any exposed endpoint contains unpatched vulnerabilities or weak authentication configurations. The honeypot detection pattern suggests the source is actively probing for entry points rather than performing passive reconnaissance.
Site operators should immediately block 108.165.179.125 at the network perimeter firewall and implement rate-limiting on any exposed authentication endpoints. Enforcing strong password policies, disabling default or administrative accounts where possible, and deploying multi-factor authentication significantly reduces the impact of any successful intrusion attempt. Deploying or enhancing intrusion detection rules to flag connection attempts from this address and similar reconnaissance behavior strengthens early warning capabilities. Regular patching of exposed services and use of defensive tools such as fail2ban to dynamically ban repeat offenders further mitigates risk from this category of threat.
