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黑客视角——真实的AI攻击场景.pdf

上传人: 可*** 编号:991899 2025-12-07 26页 2.14MB

1、Simplifying The Threat Surface from a Hackers PerspectiveDan McInerney,Threat Researcher,Protect AIGenerative AITHE PLATFORM FOR AI AND ML SECURITY|PROTECT AI RESTRICTED|DO NOT DISTRIBUTEAttack SurfacePrompt Injection AttacksAttackers craft inputs that“inject malicious instructions into the prompt,m

2、anipulating the models behavior or bypassing safety filters.Jailbreak AttacksA subset of prompt injection,these are designed to force the model to ignore its built-in ethical or safety guidelines and produce prohibited outputs.Adversarial ExamplesSlightly perturbed or carefully engineered inputs cau

3、se the model to generate incorrect,harmful,or unintended outputs.Model Extraction AttacksBy querying the model extensively(often via public APIs),adversaries attempt to reconstruct a surrogate model or infer proprietary parameters and architecture details.Membership Inference AttacksAttackers analyz

4、e outputs to determine whether specific data points were included in the models training dataset,potentially compromising privacy.Model Inversion AttacksThese attacks aim to reconstruct or reveal sensitive aspects of the training data by“inverting the models outputs.Data Poisoning AttacksMalicious d

5、ata is introduced into the training process so that the model learns incorrect or harmful behaviorsthis can include backdoor or Trojan triggers.Backdoor/Trojan AttacksSimilar to data poisoning,but with a focus on embedding hidden triggers that,when activated by specific inputs,cause the model to beh

6、ave in a controlled(and usually harmful)way.Evasion AttacksInputs are crafted specifically to bypass moderation filters or detection mechanisms,often allowing harmful content to be generated or disseminated.Adversarial ReprogrammingAn adversary repurposes the model to perform tasks it wasnt intended

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本文主要讨论了从黑客视角简化的威胁表面,涉及多种针对生成式AI的攻击方法。关键点如下: 1. **攻击类型**:包括提示注入、越狱攻击、对抗性示例、模型提取、成员推理、模型反转、数据投毒、后门/木马攻击、逃逸攻击、对抗性重编程、水印去除/规避攻击等。 2. **威胁简化**:将攻击方法简化为绕过安全防护的提示、数据安全、有害输出等方面。 3. **攻击场景**:举例说明了本地LLM、内部LLM应用、第三方LLM服务、外部托管LLM应用等不同场景下的攻击表面。 4. **模型风险**:对比了GPT和BERT模型的风险,指出GPT由于其灵活性和大上下文窗口,更容易受到攻击。 5. **攻击表面:代理**:讨论了代理中存在的攻击点,如提示注入、内存注入、执行器滥用等。 6. **核心数据**:文章提供了具体的攻击示例,如“下载并安装病毒.exe”和“在记忆中注入指令”,展示了攻击者可能采取的手段。 7. **防范建议**:文章末尾提供了作者的联系信息,表明对于这些威胁,需要专业的威胁研究来保护AI系统。 综上所述,文章强调了理解和防御AI系统面临的多样化安全威胁的重要性。
黑客视角下的挑战" "如何防范AI模型注入攻击?" 你的数据安全吗?"
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