Maximum Danger
IP 152.32.135.214 is a critical-risk address originating from Hong Kong that has accumulated 1,465 abuse reports across automated honeypot sensors since December 2025, with hacking activity and web application probing representing the dominant threat categories detected over this six-month period.
The address, operating under ASN 62610 (ZEN-DPS), was first reported in late 2025 and most recently flagged in May 2026, yielding an activity frequency rating of 3 out of 10. While the 69% confidence score indicates moderate certainty in attribution, the volume of reports across 20 distinct honeypot sensors paints a consistent picture of persistent malicious behaviour. Cisco ASA port scanning and TLS-layer anomalies consistent with malware command-and-control or exploit delivery were recorded in the attack pattern data, alongside web application reconnaissance probes and Suricata alerts indicating application-layer protocol mismatches suggesting automated exploit toolkit activity.
The Hacking designation encompasses diverse intrusion attempts, vulnerability exploitation and unauthorized access vectors that this IP has repeatedly demonstrated through its sustained activity. Combined with Web App Attack signatures pointing to reconnaissance of XSS, CSRF and file-inclusion vulnerabilities in exposed applications, the concrete risk is clear: any internet-facing service accessible to this address faces systematic probing that could precede credential compromise, data exfiltration or host takeover. The Port Scan activity further confirms a reconnaissance phase aimed at mapping open services before more targeted exploitation attempts.
Site operators should immediately block or heavily rate-limit access from this IP at the firewall level, enforce strong authentication on all exposed services and consider deploying fail2ban or similar intrusion-prevention tools configured to detect and ban scanning patterns. Regular patching of internet-facing applications, deployment of a web application firewall, and continuous monitoring for anomalous TLS handshake behaviour will further reduce the attack surface this address is probing.