Elevated Risk
IP address 41.215.45.30, allocated to ACCESSKENYA GROUP LTD in Kenya (ASN AS15808), presents a high-risk threat profile with a threat level of 8/10 and a confidence score of 91 percent based on 214 abuse reports logged between January and May 2026. This address is flagged primarily for port scanning activity detected exclusively through automated honeypot sensors, with a sustained activity frequency of 8/10 indicating persistent reconnaissance behavior over several months.
The dataset reveals concentrated hostile intent, with all 20 of the most recent reports categorizing the activity as port scanning operations targeting CiscoASA systems. The volume of total reports relative to the narrow time window and the consistent 8/10 activity frequency suggest this IP has been systematically probing network perimeters for open services and vulnerable entry points. The Kenya origin and association with ACCESSKENYA, a regional ISP, indicates the scanning could originate from a compromised residential or business connection rather than a dedicated attack infrastructure, though the pattern remains deliberate and automated.
Port scanning represents a critical preliminary phase in the cyberattack lifecycle, enabling threat actors to map exposed services, identify unpatched applications, and select targets for subsequent exploitation. CiscoASA devices are frequent objects of such reconnaissance due to their widespread deployment as enterprise edge security appliances. When successful, port scans provide the intelligence needed to launch targeted brute-force, exploit-based, or denial-of-service attacks against newly identified openings.
Site operators should implement strict ingress filtering on firewalls to block this address immediately and consider blocking entire prefixes associated with the originating ASN if abuse persists. Exposing only essential services and closing unused ports eliminates the value of scan results. Deploying fail2ban or equivalent intrusion-prevention tools to detect and auto-block scanning patterns provides automated defense. Continuous monitoring of connection attempts and implementing strict authentication requirements for any accessible services will substantially reduce exposure to threats discovered through this reconnaissance activity.
HK 
UA