Elevated Risk
IP 93.152.208.38, originating from South Africa, represents a high-risk threat actor with a threat level of 8/10 and a confidence score of 94%, according to community reports and automated honeypot detection systems. This address has accumulated 372 abuse reports within a concentrated two-month window from May to June 2026, indicating sustained and persistent malicious activity. The activity frequency rating of 8/10 underscores the aggressive nature of this actor's operations, with an average of approximately 186 reports per month during this period.
The detection data reveals that all 372 reports originate from automated honeypot sensors, which passively catalogue intrusion attempts against exposed network services. The geographic attribution to South Africa places this activity within the IPv address space allocated to a regional network operator. The dominance of hacking-related threat categories in the reported data confirms that this IP is engaged in systematic exploitation attempts rather than opportunistic scanning. The consistent monthly volume of reports suggests this is not transient scanning behavior but rather an active campaign targeting vulnerable services accessible from this address.
Hacking activity, as classified in these reports, encompasses a broad spectrum of unauthorized access attempts including vulnerability exploitation, credential-based attacks, and exploitation of misconfigured services. For organizations running exposed services, this pattern translates to concrete risk of unauthorized access, data exfiltration, or pivot attacks into internal networks. The sustained frequency of reports indicates an actor actively adapting techniques to identify and compromise accessible systems, rather than relying on static, easily mitigated scripts.
Site operators should immediately block or heavily rate-limit connections from this IP address at the network perimeter firewall level. Implementing fail2ban or equivalent log-based intrusion prevention tools can automatically ban IPs exhibiting brute-force patterns. All exposed services should enforce strong, unique credentials and multi-factor authentication where feasible. Continuous monitoring of authentication logs for source IPs matching this address, combined with regular vulnerability scanning and prompt patching cycles, will significantly reduce the attack surface this actor could exploit.
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