Exploiting Alpha Transparency In Language And Vision-Based AI Systems

ArXiv Pub Date : 2024-02-15 DOI:10.48550/arXiv.2402.09671
David A. Noever, Forrest McKee
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引用次数: 0

Abstract

This investigation reveals a novel exploit derived from PNG image file formats, specifically their alpha transparency layer, and its potential to fool multiple AI vision systems. Our method uses this alpha layer as a clandestine channel invisible to human observers but fully actionable by AI image processors. The scope tested for the vulnerability spans representative vision systems from Apple, Microsoft, Google, Salesforce, Nvidia, and Facebook, highlighting the attack's potential breadth. This vulnerability challenges the security protocols of existing and fielded vision systems, from medical imaging to autonomous driving technologies. Our experiments demonstrate that the affected systems, which rely on convolutional neural networks or the latest multimodal language models, cannot quickly mitigate these vulnerabilities through simple patches or updates. Instead, they require retraining and architectural changes, indicating a persistent hole in multimodal technologies without some future adversarial hardening against such vision-language exploits.
在基于语言和视觉的人工智能系统中利用阿尔法透明度
这项研究揭示了一种源自 PNG 图像文件格式(特别是其阿尔法透明层)的新型漏洞利用方法,及其欺骗多种人工智能视觉系统的潜力。我们的方法将阿尔法层用作人类观察者看不到、但人工智能图像处理器完全可以操作的秘密通道。该漏洞的测试范围涵盖苹果、微软、谷歌、Salesforce、Nvidia 和 Facebook 等公司的代表性视觉系统,凸显了攻击的潜在广度。从医疗成像到自动驾驶技术,该漏洞对现有和已投入使用的视觉系统的安全协议提出了挑战。我们的实验表明,依赖卷积神经网络或最新多模态语言模型的受影响系统无法通过简单的补丁或更新快速缓解这些漏洞。相反,它们需要重新训练和改变架构,这表明,如果未来不针对此类视觉语言漏洞进行对抗性加固,多模态技术中的漏洞将长期存在。
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