Severe Risk
IP 45.205.1.5 is a critical-risk address that has generated 3,981 abuse reports from automated honeypot sensors since February 2026, placing it squarely among the most active and dangerous IP addresses currently observed in threat-intelligence feeds. Operating from Mauritius under the Africa-on-Cloud-AS network (ASN 328608), this address has maintained an exceptionally high activity frequency of 8/10 over a six-month observation window ending in July 2026.
The volume of reports — nearly four thousand in approximately half a year — indicates sustained, automated attack infrastructure rather than opportunistic scanning. All 20 contributing detection sources identified the activity as general hacking attempts, including intrusion attempts, vulnerability exploitation, and unauthorized access probes. With a confidence score of 87%, the data supports a high certainty that this IP is deliberately targeting external services. The geographic origin in Mauritius places the source within an African network, consistent with distributed botnet-style operations frequently observed in threat telemetry.
Hacking activity of this intensity represents a direct pathway to network compromise. Automated intrusion tools commonly paired with high-volume hacking IPs attempt exploits against open SSH, Telnet, and web application ports, seeking to brute-force credentials or leverage known vulnerabilities in unpatched software. The sustained nature of reports suggests the address is part of a botnet or leased attack infrastructure, meaning the operator is actively cycling targets across the internet. Any exposed service facing this IP risks credential theft, malware deployment, or lateral movement into connected systems.
Network defenders should immediately block IP 45.205.1.5 at the firewall or network edge to eliminate the threat vector entirely. Deploying automated tools such as fail2ban to dynamically ban repeated login attempts will blunt brute-force campaigns. Enforcing strong, unique passwords and disabling password-based authentication in favor of key-based access will reduce the effectiveness of credential-stuffing attempts. Finally, maintaining a rigorous patch cycle for all internet-facing services eliminates the known vulnerabilities these automated tools frequently exploit.
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