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    政策·2026年9月2日·来源: Cybersecuritynews

    Claude AI Builds Pre-Auth RCE Exploit for WAGO PLC to Execute ARM Shellcode Without Credentials

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    Researchers successfully used Claude AI to develop a pre-authentication remote code execution exploit for a WAGO programmable logic controller (PLC). This experiment allowed arbitrary ARM shellcode execution on a WAGO 750-831 PLC without requiring valid credentials. The process demonstrated AI's potential to assist with low-level operational technology exploitation, though it involved significant human oversight and substantial API usage costs. The findings highlight the evolving capabilities of AI in cybersecurity, specifically in generating sophisticated exploits for industrial control systems.

    Nexa 摘要

    The successful use of Claude AI to create a pre-authentication remote code execution exploit for a WAGO PLC shows a significant step in AI-assisted cybersecurity. While the exploit required substantial human involvement and expensive API calls, its ability to execute ARM shellcode without credentials on an industrial controller like the WAGO 750-831 is notable. This development points to a future where AI tools could accelerate the discovery and development of vulnerabilities in operational technology (OT). For Asian industrial sectors, this means an increased need for robust cybersecurity measures and continuous patching of OT systems. Many critical infrastructure components across Asia rely on PLCs, making them potential targets. The thing to watch is how quickly AI models become more autonomous in exploit generation, reducing the need for human intervention and lowering the cost of such operations. This could significantly alter the threat landscape for critical infrastructure in the region.

    #cyber security#ai#cyber security news
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