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DeepSeek-powered Hermes Agent Launches Autonomous Cyberattacks Against Exposed Servers represents a critical escalation in offensive operations where AI models autonomously identify targets, select exploits, and execute attacks with minimal human intervention. This incident confirms that current reasoning engines can effectively drive repeatable cyber campaigns against specific software stacks like Langflow and n8n, transforming theoretical risks into documented reality. For the security community, this underscores an urgent need to harden internet-facing infrastructure and develop robust guardrails for AI agents designed for offensive red-teaming scenarios.

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DeepSeek-Powered Hermes Agent Launches Autonomous Cyberattacks Against Exposed Servers

Cybersecurity NewsJuly 31, 20265 min read

A Chinese-speaking threat actor used an AI-driven agent to search for vulnerable internet-facing servers and begin attacks with little direct human input. The campaign shows how automated tools can now move from finding targets to testing public exploits in a single workflow. The activity focused on exposed Langflow and n8n systems, before the operator also […] The post DeepSeek-Powered Hermes Agent Launches Autonomous Cyberattacks Against Exposed Servers appeared first on Cyber Security News.

A Chinese-speaking threat actor used an AI-driven agent to search for vulnerable internet-facing servers and begin attacks with little direct human input. The campaign shows how automated tools can now move from finding targets to testing public exploits in a single workflow. The activity focused on exposed Langflow and n8n systems, before the operator also used traditional tools against Citrix NetScaler devices, Marimo notebooks, Apache Tomcat servers, and VPN endpoints. Although the AI-led attacks did not fully…

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