Severe Risk
IP 205.210.31.234 is a critical-risk address operating from Google Cloud Platform infrastructure in the United States, with 208 total abuse reports spanning from August 2025 to June 2026, predominantly linked to hacking activity including Redis exploitation attempts and IoT targeting campaigns detected by twenty distinct automated honeypot sensors.
Analysis of the submitted reports reveals sustained malicious engagement over a ten-month window, with this address generating a volume that substantially exceeds typical background noise in threat-intelligence datasets. The twenty automated honeypot sensors that contributed reports represent diverse network environments, suggesting the scanning and exploitation activity is broad in scope rather than narrowly targeted. The reported categories show a clear emphasis on general hacking intrusion attempts, accounting for the vast majority of recent filings, while isolated reports of exploited-host behaviour and IoT targeting indicate potential secondary objectives beyond initial reconnaissance. The reported activity frequency of five out of ten suggests consistent, recurring engagement rather than a single burst of activity, reinforcing the assessment that this is an active, methodical threat actor rather than an opportunistic scanner.
Hacking activity as recorded in these reports encompasses exploitation attempts against exposed services and vulnerability probing, with the abstracted attack-pattern notes specifically referencing Redis attack vectors. Redis servers, when left exposed to untrusted networks without authentication, represent high-value targets because they can be leveraged for data exfiltration, remote code execution, or inclusion in botnet infrastructure. The co-reported IoT targeting activity suggests this IP may participate in campaigns scanning for vulnerable connected devices such as cameras, routers, or industrial control systems with weak default configurations. Together, these patterns indicate a threat actor engaged in systematic infrastructure reconnaissance and exploitation that could result in unauthorised access, compromised endpoints, or further lateral movement within a victim network.
Site operators should block this address at the network perimeter as a proactive security measure given the elevated threat level and confirmed hostile intent. Redis and other database services should never be exposed directly to the internet without strong authentication and network-level access controls, and deploying fail2ban or equivalent dynamic blocking tools can automate response to repeated connection attempts from suspicious sources. Regular patching of IoT devices, network segmentation to isolate connected devices from critical infrastructure, and monitoring for the specific Suricata signatures associated with this activity will further reduce exposure to the exploitation techniques attributed to this IP.
JP 
BE 
PH 
SG 
VN 
AE