Maximum Danger
IP 78.153.140.151, registered to Hostglobal.plus Ltd in the United Kingdom under ASN AS202306, presents a critical threat profile with a maximum threat level of 10/10, supported by 237 total abuse reports submitted through automated honeypot sensors. The address has been actively flagged for malicious activity spanning from August 2025 through January 2026, with hacking attempts dominating the reported threat categories. Despite a moderate confidence score of 61%, the sheer volume of reports and the persistent nature of the activity make this IP a high-priority concern for any exposed infrastructure.
Analysis of the report data reveals that the dominant threat vector is general hacking activity, accounting for 19 of the recent reports, supplemented by targeted WordPress login brute-force attempts and WordPress admin interface attacks. The automated honeypot sensors detected these intrusion attempts consistently across the five-month observation window, with detection patterns indicating systematic scanning behaviour. Notably, one detected pattern specifically referenced Drupal-related exploitation attempts, suggesting the actor behind this IP maintains interest in multiple content management system vulnerabilities. The low activity frequency score of 0/10 may indicate that the honeypots are intercepting automated scanning rather than sustained manual intrusion campaigns.
The real-world risk posed by this address centres on unauthorized access attempts targeting web-facing services. WordPress brute-force attacks attempt to compromise administrative credentials, while Drupal exploitation patterns suggest attempts to leverage known vulnerabilities in that platform. Each successful compromise could grant attackers persistent access, enabling data exfiltration, further network penetration, or deployment of malicious payloads. The UK-based network registration is notable given that threat actors frequently operate infrastructure through legitimate hosting providers to evade basic geographic blocking.
Site operators should implement immediate defensive measures including blocking or rate-limiting traffic from this IP at the firewall level and reviewing authentication logs for matching connection attempts. Deploying or configuring tools such as fail2ban to monitor authentication logs and automatically ban repeat offenders provides automated protection against credential-stuffing campaigns. Web application firewall rules should be tuned to detect and block brute-force authentication patterns, and administrative interfaces should be protected with multi-factor authentication and non-standard URL paths. Regular monitoring of abuse report feeds and maintaining current patch schedules for all web-facing software remains essential defensive practice.
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