AI models developed around the world are increasingly able to automate parts of real-world cyberattacks, making longstanding security gaps—from bugs buried deep in human-written software to forgotten permissions—easier to find and exploit.
AI正在让攻击者的能力实现指数级跃升——过去需要顶尖黑客数周才能发现的漏洞，现在可以被任何人用AI在数小时内自动化挖掘。这彻底打破了安全领域的旧有平衡，防守方必须以同等速度用AI武装自己。
The vulnerability was live for only five days before an automated agent discovered and validated it
EP.99 故事线B: 漏洞存活了 5 天就被自动化 agent 发现——这个速度远超人工漏洞赏金计划。AI 攻防时间尺度的压缩，正是 EP.99「分级授权成为默认」这条叙事的底层驱动力之一：防御侧也必须用 AI。
I worry that biology will have a strong attacker-defender asymmetry, where sufficiently capable models may be able to quickly weaponize pandemic-level viruses with widely available materials, whereas defense against these agents is a multi-year operational task in the best case
全文最令人不安的论点：生物领域存在结构性攻防失衡。AI 或许能在极短时间内将病原体武器化，而防御是以年计算的任务（他用 Operation Warp Speed 作为最优情况的参照）。这是结构性不对称，不是程度差异——这也是他认为生物 AI 风险需要专门对待、而非套用常规开源框架的根本原因。