Critical Threat
IP 92.205.57.72 is a critical-risk address operating from French network infrastructure (AS21499, Host Europe GmbH) that has accumulated 162 abuse reports and is definitively linked to sustained SSH brute-force attack campaigns, representing one of the most dangerous profiles in public threat feeds. The 89% confidence score and maximum threat level of 10/10 reflect the volume and consistency of automated honeypot detections confirming malicious SSH authentication attempts over a four-month observation window spanning February to May 2026. This IP demonstrates an activity frequency rated 4/10, indicating repeated, sustained engagement with target systems rather than opportunistic or isolated scanning. With 20 distinct honeypot sensors reporting the same SSH brute-force pattern, the attribution is robust and the intent is unambiguous: systematic credential-guessing against exposed SSH services to gain unauthorized server access.
The detection data sourced entirely from automated honeypot infrastructure confirms 162 total reports, of which 20 recent reports specifically categorise the threat as SSH-based attacks. Fail2ban telemetry from compromised victim servers independently corroborates this pattern, with multiple instances recording 25 and 30 violations respectively attributed to sshd brute-force activity originating from this address. The honeypot ecosystem's consistent reporting across 20 separate sensors eliminates false-positive concerns and establishes a clear threat actor profile operating at scale. Geolocation places this activity within France, while the AS21499 autonomous system operated by Host Europe GmbH indicates a commercial hosting or cloud environment commonly exploited for anonymised attack infrastructure. The sustained four-month activity window demonstrates persistence and intent beyond casual scanning.
SSH brute-force attacks represent a direct pathway to complete server compromise through systematic credential guessing against exposed SSH daemons. Attackers leverage dictionaries of common usernames and passwords, often achieving initial access within hours on poorly configured systems. Once inside, threat actors routinely install backdoors, exfiltrate sensitive data, or pivot laterally within networks. The volume of reports (162) and confirmed violation counts (exceeding 25 per victim in observed cases) indicate this IP is part of an automated, high-throughput campaign capable of testing thousands of credential combinations across numerous targets simultaneously. For organisations running exposed SSH services, any interaction with an IP exhibiting this behaviour pattern poses an immediate and severe risk of unauthorised access if adequate hardening is not in place.
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