Critical Threat
IP 95.214.54.147 is a high-risk address operating from Poland that has generated 1,133 abuse reports, primarily linked to automated web application scanning and vulnerability probing detected by honeypot sensors. Despite a moderate 62% confidence score, the threat level is rated maximum at 10/10, indicating that this IP poses a severe and immediate risk to any publicly accessible web services.
The IP originates from AS201814, operated by MEVSPACE sp. z o.o., a Polish network provider, and was first and most recently reported in January 2026. All 20 report sources contributing to the dominant threat category of Web App Attack originated from automated honeypot sensors, which detected web application probing activity including requests targeting common web vulnerabilities and misconfigurations. The activity frequency score of 0/10 suggests that while the IP generated substantial report volume, the scanning activity may have occurred in a concentrated burst rather than sustained continuous engagement.
Web application attacks represent a significant threat because they exploit vulnerabilities in publicly accessible services such as content management systems, APIs, and custom web applications. Automated scanners and probing tools regularly sweep IP ranges searching for known flaws in web software, and when successful, these attacks can lead to data breaches, server compromise, or installation of persistent backdoors. Even failed probes reveal valuable intelligence about a target's technology stack and potential entry points for further exploitation.
Site operators should immediately block IP 95.214.54.147 at the firewall or network edge, implement rate-limiting on web-facing endpoints, and deploy a web application firewall to detect and block probing patterns. Regular security audits, prompt patching of web software, and monitoring for the specific scanning patterns associated with automated tools will further reduce exposure. Deploying defensive tools such as fail2ban can also help automatically identify and mitigate repeated probing attempts from this source.
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