Significant Threat
193.32.162.34 is a high-risk IP address originating from Romania (AS47890, Unmanaged Ltd) with a threat level of 8/10 and a confidence score of 87%, linked to 1846 total abuse reports dominated by brute-force and SSH authentication attacks detected between May and July 2026.
The address has accumulated 1846 reports with an activity frequency rated 8/10, indicating sustained hostile intent over approximately three months. All 20 recent reports categorise the activity as brute-force and SSH login attempts, with every detection sourced from automated honeypot sensors. Abstract attack-pattern data referencing repeated failed authentication attempts against SSH services confirms persistent automated scanning behaviour. The AS47890 network operated by Unmanaged Ltd appears to provide infrastructure frequently weaponised for credential-guessing campaigns against exposed services worldwide.
Brute-force attacks systematically cycle through username and password combinations against authentication interfaces, particularly vulnerable SSH services. The high report volume and activity frequency for this IP demonstrate an active, automated campaign that poses a concrete risk to any organisation running SSH on standard ports with default or weak configurations. Each failed attempt is part of a probabilistic effort to eventually compromise credentials, and the sustained nature of the activity increases exposure windows for poorly hardened systems. SSH-specific exploitation can grant remote command execution, data exfiltration or lateral movement within networks.
Operators should immediately block or rate-limit traffic from this address at the firewall level and consider adding AS47890-prefix filtering if abuse patterns persist across the autonomous system. Implementing multi-factor authentication on all remote-access services eliminates the effectiveness of credential-guessing regardless of attack volume. Tools such as fail2ban can automatically detect and block repeated authentication failures, while enforcing key-based SSH authentication and disabling root login closes the most commonly exploited entry points. Continuous monitoring of authentication logs for unusual patterns and rapid rotation of compromised credentials remain essential defensive practices.
SE 
MU 
IR 
GB