Maximum Danger
IP 167.71.199.143 is a critical-risk address associated with sustained SSH brute-force attacks and broader hacking activity, having accumulated 193 abuse reports from automated honeypot sensors within a single reporting month. Originating from Singapore and operating within DigitalOcean's AS14061 network infrastructure, this IP presents a clear and present danger to any externally accessible SSH services worldwide.
The evidence base is substantial: 193 total reports across 20 distinct detection sources, with the dominant threat categories being Hacking (20 reports) and SSH (17 reports). Community reports and honeypot sensors have consistently logged this address conducting automated SSH brute-force attempts against exposed login endpoints. The March 2026 reporting window shows concentrated malicious activity, while the activity frequency score of 0/10 suggests this is persistent but measured intrusion infrastructure rather than noisy, high-volume scanning. With a 69% confidence rating, analysts assess with reasonable certainty that this IP is actively operated by threat actors rather than being inadvertently compromised.
The dominant attack pattern—SSH brute-force attempts—represents one of the most common and effective pathways attackers use to gain unauthorized server access. By systematically guessing username and password combinations against exposed SSH daemons, threat operators leveraging this IP attempt to compromise servers protected by weak, default, or reused credentials. The real-world risk extends beyond isolated intrusion: successful authentication grants attackers a foothold for data exfiltration, malware deployment, lateral movement within networks, or recruitment into botnets. This is not theoretical—automated honeypot sensors worldwide confirm this IP actively executes these attacks against production infrastructure.
Site operators should treat this IP as a confirmed malicious actor requiring immediate blocking at the network perimeter. Enforcing key-based authentication eliminates the effectiveness of password-guessing campaigns entirely. Relocating SSH to a non-standard port reduces exposure to automated tooling. Deploying tools such as fail2ban to dynamically block IPs after repeated failed-authentication attempts provides adaptive defense. Disabling root login over SSH and enforcing privilege separation limits the impact of any successful compromise. Regular audit of authentication logs for patterns associated with this IP and implementation of network-level rate limiting on port 22 will substantially harden any exposed services against the threat this address represents.
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