A security engineer at a company that built a custom AI application needs to test whether their application is vulnerable to prompt injection through uploaded documents. The engineer wants to use Microsoft's open-source AI red teaming tool. Which Microsoft tool provides automated red teaming capabilities for generative AI applications?
Select an answer to reveal the explanation.
Short Explanation and Infographic
Here's the deal — c is correct because Microsoft PyRIT (Python Risk Identification Toolkit for Generative AI) is Microsoft's open-source framework specifically designed for automated red teaming of generative AI applications. PyRIT automates the generation of adversarial prompts, including prompt injection scenarios through various attack types, and can test whether AI applications are vulnerable to these attacks at scale.
Full explanation below image
Full Explanation
C is correct because Microsoft PyRIT (Python Risk Identification Toolkit for Generative AI) is Microsoft's open-source framework specifically designed for automated red teaming of generative AI applications. PyRIT automates the generation of adversarial prompts, including prompt injection scenarios through various attack types, and can test whether AI applications are vulnerable to these attacks at scale. B is incorrect because Azure AI Foundry safety evaluations provide quality and safety assessment of AI application outputs but are focused on evaluation of known datasets and scenarios, not automated adversarial red teaming with dynamic prompt generation. A is incorrect because Microsoft Defender for AI threat simulation is not a distinct product; Defender for AI provides runtime threat detection, not pre-deployment red teaming. D is incorrect because Microsoft Security Exposure Management focuses on organizational attack surface analysis across Microsoft security products, not generative AI application-specific red teaming.