Elevated Risk
IP 24.199.126.56, a DigitalOcean-ASN (AS14061) address hosted in the United States, presents a high-risk threat profile with a threat level of 8/10 and an 85% confidence score based on 8,453 abuse reports submitted over approximately ten months between September 2025 and July 2026. This IP address is primarily associated with general hacking activity, accounting for 19 of the 20 most recent reported threat categories, with a single IoT-targeted incident also logged during the observation period.
The volume and consistency of reports make this IP address a significant concern for network defenders. Detection across 20 separate automated honeypot sensors confirms broad, systematic scanning and exploitation activity rather than isolated probe attempts. The activity frequency rating of 8/10 indicates sustained engagement with target infrastructure over the monitored timeframe. The address originates from DigitalOcean's ASN, a cloud infrastructure provider frequently leveraged by threat actors due to the ephemeral nature of such IP allocations, which complicates long-term reputation tracking and blocklisting efforts.
Hacking activity detected from this address suggests unauthorized access attempts, vulnerability probing, and potential exploitation of exposed services across targeted networks. The accompanying IoT-targeted classification indicates this actor also conducts reconnaissance and attacks against Internet of Things devices, which often run with default credentials, unpatched firmware, and broad network exposure. Combined, these threat vectors pose concrete risks to any organization running publicly accessible services or poorly segmented IoT deployments.
Site operators should block or aggressively rate-limit connections from this address at the network perimeter using tools such as fail2ban or firewall rules. All exposed services should enforce strong, unique credentials and multi-factor authentication where feasible. IoT devices warrant immediate attention: segment them from critical infrastructure, replace default passwords, and apply firmware updates promptly. Continuous monitoring and log analysis will help identify any successful intrusion attempts that originate from similar scanning patterns.
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