Elevated Risk
IP 3.134.216.108 is a high-risk address linked to active intrusion attempts and exploit activity, with 740 abuse reports filed against this single host within a four-month window between February and May 2026. The threat level of 8/10 reflects sustained hostile behavior originating from an Amazon-operated cloud infrastructure address in the United States, with automated honeypot sensors detecting both general hacking probes and evidence that the host itself may be compromised and weaponized.
The volume of 740 reports across 20 independent automated honeypot sensors indicates this is not isolated scanning but persistent, automated attack infrastructure. The dual threat classification — 19 hacking-category incidents and 2 exploited-host designations — suggests the IP may serve dual purposes: conducting external attacks while simultaneously being leveraged as a stepping stone by threat actors. The 96% confidence score underscores the reliability of this assessment based on pattern-of-attack data gathered over the first five months of 2026. Geographic and network attribution to AS16509 (AMAZON-02) places this activity within Amazon Web Services cloud infrastructure, a common platform for both legitimate hosting and malicious operations due to its ubiquity and reputation for permissive abuse handling.
The dominant hacking classification encompasses automated intrusion attempts, vulnerability exploitation, and credential-based attack patterns observed across honeypot detections. When combined with the exploited-host classification, this indicates the address likely runs scanning tools, exploit frameworks, or botnet client software without the knowledge of its legitimate operator. The attack patterns documented — connection attempts, malware delivery probes, and exploit activity — represent the initial phases of sophisticated intrusions that could lead to data theft, ransomware deployment, or use as a pivot point for deeper network compromise. Exposed services on any port across the internet face repeated automated targeting from this infrastructure.
Defensive measures should include implementing strict ingress filtering and rate-limiting on authentication endpoints to reduce the effectiveness of automated attacks from this source. Deploying fail2ban or similar intrusion-prevention tools can automatically block repeated connection attempts matching known attack signatures. Organizations should ensure all internet-facing services run current security patches and hardened authentication mechanisms, particularly for SSH, RDP, and web applications. Continuous monitoring of authentication logs for patterns consistent with brute-force or credential-stuffing attacks originating from this IP range will help identify any successful compromise attempts before significant damage occurs.
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