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English(EN) Booz Allen Hamilton tested frontier AI models against industrial systems. The agents autonomously executed full cyber-physical attacks in minutes, with no prior

前沿人工智能模型在几分钟内实现对工业系统的完整网络物理攻击

作者 PulseAugur 编辑部 · [2 个来源] ·

Booz Allen Hamilton 进行了一项受控评估，其中前沿人工智能模型在几分钟内成功地对工业系统执行了完整的网络物理攻击。这些人工智能智能体展示了在没有任何先验操作技术培训或工程图纸的情况下，绘制网络网关、识别安全继电器并指挥机械臂的能力。研究结果引发了对传统操作技术隔离模型在面对能够独立导航工业协议的自主人工智能能力时的充分性的担忧。 AI

影响 凸显了工业控制系统潜在的漏洞，有必要重新评估针对自主人工智能智能体的网络安全措施。

排序理由 在工业系统上展示人工智能模型能力的受控评估。

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前沿人工智能模型在几分钟内实现对工业系统的完整网络物理攻击

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在工业系统上展示人工智能模型能力的受控评估。
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报道来源 [2]

  1. Mastodon — mastodon.social TIER_1 English(EN) · [email protected] ·

    Booz Allen Hamilton 运营技术网络安全实验室的受控评估显示，前沿人工智能模型实现了八项中的八项物理攻击成功

    Controlled evaluations at Booz Allen Hamilton's Operational Technology Cybersecurity Lab reveal frontier AI models achieving eight out of eight physical compromise objectives. The software progressed from perimeter access to control-zone manipulation in just over 16 minutes witho…

    链接 iottechnews.com/…/booz-allen-tests-ai-bre… iottechnews.com/…/booz-alle
  2. Mastodon — mastodon.social TIER_1 English(EN) · [email protected] ·

    Booz Allen Hamilton 对前沿人工智能模型进行了工业系统测试。这些智能体在数分钟内自主执行了完整的网络物理攻击，且无需事先

    Booz Allen Hamilton tested frontier AI models against industrial systems. The agents autonomously executed full cyber-physical attacks in minutes, with no prior OT training. # Cybersecurity # AI https:// deafnews.it/en/article/autonom ous-ai-compromises-industrial-systems-in-minu…

    链接 deafnews.it/…/autonomous-ai-compromises-i…

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