High Risk
IP 205.210.31.213 is a high-risk address, rated 8/10 for threat severity, that has generated 181 independent abuse reports since August 2025, with automated honeypot sensors consistently flagging it for general hacking activity and targeted IoT reconnaissance. This Google Cloud Platform address (AS396982, United States) operates from a major commercial cloud provider, a network environment frequently abused by threat actors to mask their origin and distribute attack volume across multiple targets simultaneously.
The detection data reveals sustained hostile activity spanning approximately eleven months, with the volume distributed across 20 distinct automated honeypot sensors, yielding a confidence score of 79 percent. Recent reports document 17 incidents classified as general hacking attempts alongside 3 incidents specifically involving IoT-targeted intrusion patterns, suggesting the operator maintains a flexible toolset capable of both broad vulnerability scanning and device-specific exploitation. The activity frequency score of 4/10 indicates persistent rather than sporadic engagement, consistent with automated attack campaigns rather than isolated probes.
The dual threat profile presents distinct risks: general hacking activity encompasses automated exploitation attempts against internet-facing services, including attempts to compromise authentication mechanisms and exploit known vulnerabilities, while IoT-targeted activity signals specific interest in smart devices, routers, cameras and other connected hardware that commonly ship with weak default security configurations. Organizations operating exposed services on open internet ports face the greatest exposure, as automated attackers systematically probe for common misconfigurations and unpatched software without manual intervention. The use of cloud infrastructure as an attack source complicates attribution and may indicate either compromised cloud resources or actors deliberately leveraging legitimate but abusable hosting environments.
Site operators should immediately block or rate-limit connections from this address at the network perimeter, and consider deploying automated dynamic blocking tools such as fail2ban to respond to repeated intrusion patterns in real time. Exposed services should enforce strong, unique credentials and disable unused authentication methods; ports associated with remote administration should never be left publicly accessible without additional protection such as IP allowlisting. IoT devices and operational technology should be isolated on dedicated network segments, updated with current firmware, and monitored for unusual outbound connections that may indicate successful compromise. Regular audit of access logs for source IP 205.210.31.213 and similar cloud-hosted addresses helps identify whether defensive measures are effectively stopping automated probes.
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