Extreme Threat
IP 45.94.31.135 is a maximum-risk threat address with a 10/10 threat level and 313 total abuse reports, predominantly linked to systematic hacking activity targeting vulnerable network services. Automated honeypot sensors confirmed 20 distinct intrusion attempts originating from this IP during October 2025, making it a confirmed source of unauthorized access campaigns that warrants immediate defensive action.
The activity was recorded in October 2025 across 20 automated honeypot detection points, placing the source within the Netherlands and routing through AS210558, operated by 1337 Services GmbH. While the recent activity frequency metric registers as minimal, the accumulated report volume of 313 incidents demonstrates persistent hostile scanning behaviour over an extended period. The 66% confidence score reflects a substantive but not absolute attribution certainty typical of automated threat collection systems processing high-volume attack traffic. This combination of high report count and confirmed honeypot detections establishes a reliable threat pattern rather than isolated noise.
The dominant threat category, hacking, encompasses a broad spectrum of intrusion methodologies including vulnerability exploitation, credential brute-forcing, and systematic probing for misconfigured or unpatched services. The real-world risk posed by an IP with this profile is concrete: exposed services listening on common ports such as SSH, Telnet, or HTTP interfaces become immediate targets for automated exploitation tools. Successful compromise can result in unauthorized system access, data exfiltration, or the recruitment of infrastructure into botnets. The volume and consistency of reports suggest this address operates as part of an organized scanning or compromise campaign rather than opportunistic experimentation.
Network operators should block 45.94.31.135 at the firewall or edge device level to eliminate all inbound connection attempts. Implementing strict authentication policies, including key-based authentication for remote access services and account lockout thresholds, reduces the effectiveness of credential guessing attempts. Keeping all exposed software current with security patches eliminates the vulnerabilities these intrusion tools attempt to exploit. Deploying or enhancing intrusion detection systems capable of identifying and flagging repeated connection patterns from abusive sources provides early warning against this and similar threat addresses.
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