Severe Risk
IP 170.39.218.32 is a critical-risk address linked to general hacking activity, originating from Canadian network infrastructure and generating 915 total abuse reports over a three-month span, indicating sustained hostile engagement despite a low activity-frequency score.
Automated honeypot sensors logged all 915 reports between February and April 2026, placing the detection window squarely within the first quarter of that year. The IP is routed through AS52053, operated by REDHEBERG Association declaree, and carries a 75% confidence score. The reported category is Hacking, encompassing broad intrusion attempts, vulnerability probing, and unauthorized-access vectors. With 20 distinct honeypot sensors reporting this address, the detection footprint is geographically and architecturally distributed, reinforcing the reliability of the threat assessment.
Hacking activity represents a composite threat category that includes exploitation attempts against exposed services, credential-guessing campaigns, and scanning for vulnerable entry points. Even without specifying which services were targeted, the volume of reports indicates systematic, automated probing likely originating from botnet infrastructure or coordinated scanning tools. For any organization running SSH, RDP, web interfaces, or database services on internet-facing infrastructure, connection attempts from this IP carry a substantial risk of leading to compromise if defenses are not adequately hardened.
Site operators should block IP 170.39.218.32 at the firewall or network perimeter immediately, and configure automated defensive tools such as fail2ban to dynamically ban repeat offenders matching this pattern. Rate-limiting incoming connection attempts and enforcing strong, unique credentials with multi-factor authentication on all exposed services will reduce the effectiveness of any follow-on intrusion attempts. Continuous monitoring of authentication logs for patterns associated with this source, combined with timely patching of known vulnerabilities, provides layered protection against the broad attack surface that this address has demonstrated interest in exploiting.
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