Substantial Risk
IP 165.227.188.42 is a high-risk address associated with sustained hacking activity, amassing 1,507 abuse reports across a nine-month observation window with a threat level rating of 8 out of 10. This DigitalOcean-managed US address has demonstrated persistent intrusion behavior at high frequency, positioning it among the more concerning sources of hostile network activity observed by automated honeypot sensors.
Analysis of the available data reveals a substantial report volume originating exclusively from 20 automated honeypot sensors over the period spanning September 2025 through June 2026. The concentration of reports—1,507 total—against a relatively small detection footprint indicates concentrated, repeated attack patterns rather than scattered reconnaissance. The AS14061 Autonomous System operated by Digitalocean-ASN suggests this IP may originate from cloud infrastructure, which threat actors frequently abuse as launch points due to the relative anonymity and flexible IP allocation provided by such environments. The elevated activity frequency rating of 8 out of 10 corroborates ongoing, sustained hostile intent rather than isolated scanning events.
The dominant "Hacking" classification encompasses diverse intrusion methodologies, including but not limited to vulnerability exploitation attempts, brute-force authentication attacks, and unauthorized access probing against exposed services. The real-world risk to an exposed service is significant: successful exploitation could result in system compromise, data exfiltration, lateral movement within a network, or the establishment of persistent backdoor access. The confidence score of 89% indicates high reliability in attributing this activity to deliberate hostile action rather than misconfiguration or benign traffic anomalies.
Site operators should implement immediate defensive measures including the deployment of fail2ban or equivalent dynamic blocking tools to automatically ban IPs demonstrating aggressive connection patterns. Network-level rate limiting on exposed services, particularly those offering authentication interfaces, will substantially reduce the attack surface. Organizations should ensure all systems maintain current patch levels and employ intrusion detection monitoring on inbound connection attempts from this address. Where feasible, implementing certificate-based or multi-factor authentication on remote access services adds a critical authentication layer that remains resistant to credential-guessing attacks regardless of source IP.
NL 
GB 
HK 
UA 
IR 
NO