Learn how to use large language models to generate long-form content without drift or repetition. Discover practical techniques like RAG, temperature tuning, and chunked generation that actually work.
Few-shot prompting improves large language model accuracy by 15-40% using just 2-8 examples. Learn the top patterns, when to use them, and how they outperform zero-shot and fine-tuning in real-world applications.
Change management costs in generative AI programs often exceed technical expenses, with training and process redesign making up 15-30% of budgets. Learn why skipping this step leads to failed projects and how to budget effectively.
Parallel decoding cuts LLM response times by up to 50% by generating multiple tokens at once. Learn how Skeleton-of-Thought, FocusLLM, and lexical unit methods work-and which one to use for your use case.
Large language models are transforming healthcare by automating clinical documentation and improving triage accuracy. Used correctly, they reduce physician burnout and speed up urgent care-but they require careful oversight to avoid errors and bias.
Isolation and sandboxing for tool-using LLM agents prevent AI systems from leaking data, accessing unauthorized tools, or being manipulated by malicious prompts. As AI agents become more autonomous, sandboxing is no longer optional-it's essential for security.
Self-hosting large language models gives organizations full control over data and compliance, but requires robust security, continuous monitoring, and deep expertise. Learn what it takes to do it right.
In 2025, large language models are transforming enterprise operations-from customer service and code generation to healthcare support and document automation. Discover the top real-world use cases, key vendors, and why data prep matters more than model size.
Learn which hyperparameters matter most in LLM pretraining: learning rate and batch size. Discover the Step Law formula that predicts optimal settings using model size and dataset size, saving time and improving performance.
Learn software architecture by inspecting AI-generated code instead of writing it first. Vibe coding flips traditional programming education by focusing on understanding design patterns before implementation.
RAG (Retrieval-Augmented Generation) boosts LLM accuracy by pulling in live data instead of relying on outdated training. Learn how it works, why it beats fine-tuning, and which patterns deliver real results in enterprise settings.
Generative AI is transforming finance teams by automating forecasting and variance analysis, cutting reporting time by up to 70% and boosting accuracy by 25%. Learn how it works, who’s using it, and how to get started in 2026.