Reasoning, Robustness & Uncertainty Center

Vibe-coded apps generate code through AI using natural language, but they hide dangerous emotional and cultural risks. Learn the red teaming exercises that expose these hidden threats before they cause real harm.

Domain-specific RAG systems use verified, industry-specific knowledge bases to deliver accurate, auditable AI responses in healthcare, finance, and legal sectors-where generic AI models fail under regulatory scrutiny.

Learn how to cut generative AI prompt costs by up to 70% without losing output quality. Discover proven techniques for reducing tokens, choosing the right models, and automating optimization.

Learn when to use deterministic vs stochastic decoding in large language models for accurate answers, creative text, or code generation. Discover real-world settings and why most apps get it wrong.

Training large language models requires more than just raw text - it demands careful data collection and cleaning at web scale. Learn how top teams filter billions of web pages to build high-performing models without bias, duplicates, or legal risks.

Learn how to evaluate large language models with a practical, real-world benchmarking framework that goes beyond misleading public scores. Discover domain-specific tests, contamination checks, and dynamic evaluation methods that actually predict performance.

Prompt chaining breaks complex AI tasks into reliable steps, reducing hallucinations by up to 67%. Learn how to design effective chains, avoid common pitfalls, and use real-world examples from AWS, Telnyx, and IBM.

In 2025, choosing between API and open-source LLMs isn't about which is better-it's about cost, control, and use case. Learn where each excels and how to pick the right one for your needs.

Generative AI demands more than technical skill-it requires ethical responsibility. Learn how stakeholder engagement and transparency build trust, prevent harm, and ensure AI is used fairly in research, education, and beyond.

Learn how model compression techniques like quantization, pruning, and knowledge distillation make large language models faster, cheaper, and deployable on everyday devices-without sacrificing too much accuracy.

Discover how data balance and optimal sampling ratios, not raw volume, drive performance in multilingual LLMs. Learn why proportional training fails and how the latest scaling laws enable equitable AI across low-resource languages.

Query decomposition breaks complex questions into smaller parts for LLMs to answer step by step, boosting accuracy by over 50%. Learn how it works, where it shines, and whether it’s right for your use case.