Extreme Threat
IP 34.58.124.191 is a high-risk address operating from Google Cloud Platform infrastructure in the United States that has accumulated 637 abuse reports across automated honeypot sensors since September 2025, with sustained activity persisting through June 2026. This IP presents a maximum threat rating of 10/10, driven predominantly by SSH brute-force attack activity detected across 20 independent sensor sources. The volume, consistency and sophistication of detected attacks place this address firmly in the highest-risk category for any organisation exposing Secure Shell services to the internet.
The data reveals 637 total reports over approximately nine months, translating to roughly 70 reports per month and an activity frequency rating of 8/10. The overwhelming majority of threat categorisations — 19 of 32 classified reports — cite SSH activity as the primary concern, with additional confirmed instances of exploitation and general hacking intrusion attempts. Sensor logs document repeated fail2ban violations alongside Suricata alerts indicating active SSH sessions on expected ports, suggesting the host has successfully authenticated to target systems in multiple instances. The 77% confidence score indicates strong corroboration across detection sources that this traffic represents genuine malicious activity rather than misclassification or noise.
SSH brute-force attacks represent one of the most prevalent initial-access vectors in internet-facing environments. Attackers systematically attempt credential combinations against exposed SSH daemons, exploiting weak or default passwords to gain unauthorised shell access. Once inside, threat actors deploy payloads, establish persistence and pivot deeper into networks. The detection of "SSH (exploited)" classifications alongside active session indicators suggests this address has already achieved successful intrusions against honeypot systems. The presence of "SSH command activity" in the logs further implies post-exploitation enumeration and potential secondary payload delivery. This pattern poses severe risk to any organisation with internet-facing SSH services, particularly those relying on password-based authentication.
Organisations should immediately block 34.58.124.191 at network perimeters and firewall layers.Administrators must disable password-based SSH authentication entirely and enforce key-based authentication exclusively, ensuring private keys meet current entropy standards. Implementing fail2ban or equivalent intrusion-prevention tools to automatically ban IPs after a small number of failed authentication attempts provides an additional automated defensive layer. Regular audits of authentication logs, combined with network monitoring for unusual SSH session durations or unexpected command execution, will help identify any successful compromise attempts that do occur despite these measures.
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