Severe Risk
IP 45.205.1.5 is a critical-risk address that has generated 3,746 abuse reports from automated honeypot sensors over approximately five months, with every recent report categorizing the activity as hacking. This Mauritian IP, operating through AS328608 (Africa-on-Cloud-AS), presents a maximum threat level of 10/10 and demonstrates an activity frequency rated 8/10, indicating sustained and aggressive unauthorized access attempts against exposed network services.
The volume and consistency of reports from 20 distinct detection sensors reflect a highly systematic campaign rather than opportunistic scanning. The 87% confidence score in the threat assessment aligns with the unambiguous classification of all recent activity as hacking, encompassing intrusion attempts, vulnerability exploitation and unauthorized access vectors. The IP has been actively targeting systems from at least February 2026 through July 2026, representing an extended period of hostile engagement with honeypot infrastructure designed to attract and document such behaviour. Geographic attribution to Mauritius and routing through an African cloud services ASN provides network-level context, though the activity pattern is consistent with globally distributed automated attack infrastructure.
Hacking activity in this context refers to coordinated attempts to breach authentication mechanisms, exploit software vulnerabilities and establish unauthorized footholds on targeted systems. The sustained frequency and volume suggest this address is part of an automated attack toolkit capable of scaling reconnaissance and exploitation efforts across numerous simultaneous targets. Organizations with exposed SSH, RDP, web interfaces or other network-accessible services face direct risk of credential compromise, data exfiltration or further network penetration if these attempts succeed.
Defensive measures should include immediate blocking or rate-limiting of traffic from this address at the network perimeter, alongside implementation of strong authentication requirements such as key-based authentication, multi-factor authentication and non-default credentials. Deploying fail2ban or equivalent host-based intrusion prevention tools can dynamically ban sources exhibiting brute-force patterns. Regular security patching, strict firewall rules limiting exposed services and continuous monitoring for authentication anomalies will further reduce exposure to the intrusion techniques this address employs.
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