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youtube-videos/Red Teaming of LLM Applications/summary.en.md

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+# Red Teaming of LLM Applications
+
+* **Platform**: YouTube
+* **Channel/Creator**: Databricks
+* **Duration**: 00:40:20
+* **Release Date**: Jul 23, 2024
+* **Video Link**: [https://www.youtube.com/watch?v=yalj9BbWqoI](https://www.youtube.com/watch?v=yalj9BbWqoI)
+
+> **Disclaimer**: This is a personal summary and interpretation based on a YouTube video. It is not official material and not endorsed by the original creator. All rights remain with the respective creators.
+
+*This document summarizes the key takeaways from the video. I highly recommend watching the full video for visual context and coding demonstrations.*
+
+## Before You Get Started
+- I summarize key points to help you learn and review quickly.
+- Simply click on `Ask AI` links to dive into any topic you want.
+
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+
+## Introduction to Red Teaming LLM Apps
+Red teaming involves testing LLM applications for vulnerabilities to ensure safe production deployment. It focuses on identifying risks unique to LLMs, like reputational damage from chatbots behaving erratically or legal issues from incorrect promises.
+* **Key Takeaway**: Context is crucial—risks depend on your app's use case, such as internal vs. external chatbots, and require collaboration with security and legal teams.
+* **Link for More Details**: [Ask AI: Introduction to Red Teaming LLM Apps](https://alisol.ir/?ai=Introduction%20to%20Red%20Teaming%20LLM%20Apps%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Common Risks in LLM Applications
+LLM apps face reputational risks from inappropriate responses, legal liabilities like honoring unauthorized discounts, cybersecurity threats from data leaks, and operational issues due to high costs and capacity limits. These risks are amplified by the socio-technical nature of AI systems, blending human context with technical challenges like vast input/output spaces and stochastic outputs.
+* **Key Takeaway**: Security and safety often overlap, with issues like toxicity or ethical biases treated as security impacts. Misconceptions include assuming only existential risks matter or that more powerful models are inherently safer.
+* **Link for More Details**: [Ask AI: Common Risks in LLM Applications](https://alisol.ir/?ai=Common%20Risks%20in%20LLM%20Applications%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Learning from Past Incidents and Frameworks
+Draw lessons from real-world AI failures using resources like the AI Incident Database and AI Vulnerability Database. Leverage frameworks such as OWASP Top 10 for LLM apps, MITRE ATLAS for attacker techniques, NIST AI Risk Management Framework, and Databricks AI Security Framework to identify and mitigate vulnerabilities.
+* **Key Takeaway**: Search for similar cases to your app in databases to brainstorm risks, and use OWASP's checklist to map vulnerabilities to your architecture.
+* **Link for More Details**: [Ask AI: Learning from Past Incidents and Frameworks](https://alisol.ir/?ai=Learning%20from%20Past%20Incidents%20and%20Frameworks%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Vulnerability: Prompt Injection
+Prompt injection exploits LLMs' text completion by overriding instructions, either directly via user input or indirectly through external sources like documents. This can lead to data leaks, altered outputs, or unauthorized actions, even if the LLM lacks private data access.
+* **Key Takeaway**: A paradox arises because LLMs are trained to follow instructions well, but you want them to ignore malicious ones—role-playing attacks like "ignore previous instructions" are common.
+* **Link for More Details**: [Ask AI: Vulnerability: Prompt Injection](https://alisol.ir/?ai=Vulnerability%3A%20Prompt%20Injection%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Vulnerability: Hallucinations
+Hallucinations occur when LLMs generate plausible but incorrect information, often from leading questions or pre-training data mismatches. Even without malice, issues like poor chunking in RAG systems can feed wrong context, leading to errors.
+* **Key Takeaway**: Another paradox: LLMs are trained to answer anything, but apps need them scoped to specific data—use them for reasoning and natural language, not broad knowledge.
+* **Link for More Details**: [Ask AI: Vulnerability: Hallucinations](https://alisol.ir/?ai=Vulnerability%3A%20Hallucinations%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Vulnerability: Data Poisoning
+Data poisoning injects malicious instructions or false info into sources like RAG databases, often via user-controllable inputs such as blog comments. This can redirect responses or spread misinformation when retrieved.
+* **Key Takeaway**: Scrutinize all data fed to LLMs, as contaminated vectors can enable targeted attacks—proactively scan for injections in ingestion pipelines.
+* **Link for More Details**: [Ask AI: Vulnerability: Data Poisoning](https://alisol.ir/?ai=Vulnerability%3A%20Data%20Poisoning%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Tools for Measuring and Mitigating Risks
+Use vulnerability scanners like Garak, Giskard LLM Scan, and PyRIT for automated probes. For RAG, benchmark with tools like Reaget to evaluate components. Integrate with MLflow for LLM evaluations, including LLM-as-a-judge.
+* **Key Takeaway**: Red teaming combines manual and automated testing in rounds to uncover gaps—tools generate adversarial inputs and score responses for issues like prompt injections.
+* **Link for More Details**: [Ask AI: Tools for Measuring and Mitigating Risks](https://alisol.ir/?ai=Tools%20for%20Measuring%20and%20Mitigating%20Risks%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Integrating Safety into the Development Process
+Make red teaming systematic by automating scans in CI/CD, adding data filters in RAG pipelines, and using governance tools like Unity Catalog for lineage and audits. Repeat exercises regularly as threats evolve.
+* **Key Takeaway**: Security is a process—embed checks early, track metrics in MLflow, and ensure diverse viewpoints in interdisciplinary teams.
+* **Link for More Details**: [Ask AI: Integrating Safety into the Development Process](https://alisol.ir/?ai=Integrating%20Safety%20into%20the%20Development%20Process%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Monitoring and Governance for LLM Apps
+Monitor requests and responses using Inference Tables and Lakehouse Monitoring to detect anomalies post-deployment. Combine with upstream controls for end-to-end safety.
+* **Key Takeaway**: Even perfect upfront measures miss things—log everything, compute custom scores, and analyze for slipped vulnerabilities.
+* **Link for More Details**: [Ask AI: Monitoring and Governance for LLM Apps](https://alisol.ir/?ai=Monitoring%20and%20Governance%20for%20LLM%20Apps%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+## Key Takeaways and Conclusion
+LLM apps carry unique risks, but red teaming, tools, and processes help mitigate them. Focus on your organization's context for effective security.
+* **Key Takeaway**: Awareness, measurement, and systematic integration are essential—tools like Giskard and MLflow aid, but holistic thinking ensures safe deployments.
+* **Link for More Details**: [Ask AI: Key Takeaways and Conclusion](https://alisol.ir/?ai=Key%20Takeaways%20and%20Conclusion%7CDatabricks%7CRed%20Teaming%20of%20LLM%20Applications)
+
+---
+**About the summarizer**
+
+I'm *Ali Sol*, a Backend Developer. Learn more:
+- Website: [alisol.ir](https://alisol.ir)
+- LinkedIn: [linkedin.com/in/alisolphp](https://www.linkedin.com/in/alisolphp)