How Generative AI and LLMs Work: Tokens, RAG, and Evaluation
Learn how generative AI and LLMs use tokens, context windows, Transformers, retrieval, RAG, and evaluation to produce and assess outputs in practice.
Explore how generative models produce responses, retrieve external context, and still fail. The focus is technical enough to be useful without turning into model-development documentation.
4 articles
Four guides separating model mechanics, knowledge retrieval, and output risk.
how tokens, context, retrieval, and evaluation work together — Begin with the end-to-end system before examining individual components.
the large language model as a language engine — Understand the definition, training, abilities, product relationships, and limits.
RAG as a connection to external sources — Explore retrieval pipelines, source governance, citations, and evaluation.
why an LLM can produce a false answer — Separate factuality from groundedness and match controls to consequence.
Learn how generative AI and LLMs use tokens, context windows, Transformers, retrieval, RAG, and evaluation to produce and assess outputs in practice.
Understand the LLM as a model that processes tokens, uses context, and generates language.
Learn what a large language model is, how an LLM works at a practical level, what it can do, and which limitations businesses need to understand.
Connect model capability with documents, data, citations, and source governance.
Learn what retrieval-augmented generation is, how a RAG pipeline works, when it helps, and which risks still require evaluation.
Understand why fluent output can still be wrong and how that risk is tested.
Understand why LLMs hallucinate, how factual and groundedness failures differ, and which controls can reduce and evaluate the risk.
Start with what artificial intelligence means, how a model turns input into output, and where machine learning and deep learning fit. This cluster builds the vocabulary needed before exploring generative AI, agents, and analytics applications.
AI agents do more than generate text. This cluster explains how models use tools, retain context, complete steps, and operate within limits that people can inspect and control.
This cluster examines how AI connects data, detects changes, and builds analytical context. The emphasis is not automation promises, but decision material that remains open to verification.