Maximum Danger
IP address 37.148.132.205 is a critical-risk address originating from Brazil that has been flagged across automated honeypot sensors with a threat score of 10/10, reflecting confirmed malicious activity despite a low activity frequency rating. The IP, registered under AS210356 to network operator BattleHost, accumulated 307 total abuse reports over approximately two months in early 2026, with 20 recent reports specifically categorizing the activity as general hacking intrusion attempts. The combination of a maximum threat level paired with extensive reporting history makes this address a high-confidence indicator of hostile infrastructure targeting exposed services.
Detection data sourced from 20 independent honeypot sensors documents the activity spanning March through April 2026, establishing a sustained multi-week presence in abuse databases. The dominant reported threat category is general hacking activity encompassing various intrusion attempts and unauthorized access vectors. Network analysts reviewing the associated Suricata alert data observed a recurring pattern involving TCP stream reset packets sent without an existing session context, a technique commonly associated with connection manipulation, session desynchronization attempts, or port and service reconnaissance. The geographic origin in Brazil and the BattleHost autonomous system provide contextual background, though the specific hosting arrangement does not inherently indicate the nature of the malicious traffic.
The observed behavioral pattern, characterized by TCP reset packets targeting sessions that do not exist, suggests an actor engaged in either active reconnaissance to map exposed services or connection disruption techniques designed to interfere with legitimate communications. General hacking activity logged against this address reinforces the assessment that automated exploitation tools or manual intrusion attempts are being conducted from this source. While the activity frequency rating remains low, the consistent reporting volume across multiple independent sensors over a two-month window indicates persistent rather than opportunistic engagement with target networks.
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