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实时 11:06:03
English(EN) RE: https:// infosec.exchange/@mttaggart/11 6830015225440372 "Attack memorization is inherently brittle; it only works against attacks the LLM already knows [..

LLM 安全脆弱,无法实现安全,讨论认为

Mastodon 上的一场讨论强调,当前 LLM 防范记忆攻击的安全性本质上是脆弱的。另一种方法,即角色感知,即 LLM 识别命令来自缺乏权限的角色,也存在缺陷。得出的结论是,LLM 无法实现安全,在实验室环境之外不应被认真对待。 AI

影响 表明当前的 LLM 存在根本性的安全缺陷,限制了它们的实际应用。

排序理由 该条目是关于 LLM 安全限制的社交媒体平台上的讨论。

在 Mastodon — sigmoid.social 阅读 →

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LLM 安全脆弱,无法实现安全,讨论认为

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该条目是关于 LLM 安全限制的社交媒体平台上的讨论。
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  1. Mastodon — sigmoid.social TIER_1 English(EN) · [email protected] ·

    回复:https://infosec.exchange/@mttaggart/116830015225440372 “攻击记忆本质上是脆弱的;它只对LLM已知的攻击有效[..

    RE: https:// infosec.exchange/@mttaggart/11 6830015225440372 "Attack memorization is inherently brittle; it only works against attacks the LLM already knows [...] In contrast, role perception is the robust alternative. All the LLM needs to do is recognize that the command is in a…