Maximum Danger
IP 103.59.94.4 is a high-risk Indonesian address that automated honeypot sensors flagged with a threat level of 10 out of 10 based on 294 community abuse reports. The IP, hosted on PT Cloud Hosting Indonesia's network (AS136052), was consistently reported throughout September 2025, with the dominant activity involving SSH brute-force attempts targeting exposed server login interfaces.
Detection data collected from 20 separate automated honeypot sensors recorded 294 total reports, of which 18 were classified under general hacking activity and 2 under SSH-specific threats. The attack-pattern logs confirm recurring SSH brute-force attempts and repeated command-input activity against honeypot emulations of SSH services. Despite the exceptionally high report volume, the activity frequency metric reads 0 out of 10, which suggests that while the cumulative number of reports is substantial, the recent cadence of activity may have tapered. The confidence score of 61% indicates moderate certainty in attributing all observed behavior to malicious intent, leaving some room for contextual variables that the raw detection data alone cannot fully resolve.
SSH brute-force activity represents a persistent threat to any internet-exposed server running an unsecured SSH daemon. Attackers automate credential-guessing campaigns against standard port 22, cycling through common username-password combinations in hopes of compromising accounts with weak or default passwords. Successful access grants an adversary a foothold on the target system, potentially enabling data exfiltration, lateral movement within a network, or deployment of secondary payloads such as backdoors and cryptominers. The scale of reports for IP 103.59.94.4 indicates a sustained, automated campaign rather than opportunistic probing, meaning organizations with exposed SSH services are at direct risk if this address is not blocked or rate-limited.
Site operators should immediately block IP 103.59.94.4 at the firewall level to prevent further connection attempts. Enforcing key-based authentication exclusively, disabling root login over SSH, and moving the SSH daemon to a non-standard port significantly reduces the attack surface. Deploying tools such as fail2ban to dynamically ban repeat offenders after a configurable number of failed login attempts adds an automated defensive layer. Regular auditing of server access logs and implementing intrusion-detection monitoring will ensure any anomalous authentication activity is identified and acted upon before escalation.
