guide

Balancing Cost, Latency, Reliability, and Security

Operational trade-offs must be measured at the successful user outcome, inside the same security and quality boundary.

15 minVerified 2026-07-16
case-study

AI in Clinical Decision Support: Evidence, Workflow, Failure, and Governance

Clinical value depends less on a model demonstration than on intended use, evidence quality, workflow fit, human control, monitoring, and accountable escalation.

20 minVerified 2026-07-16
guide

The Complete Map of an LLM System

A production LLM system is a chain of contracts, not a model wrapped in a chat box.

14 minVerified 2026-07-16
guide

Evaluating LLM Systems Without Guesswork

An evaluation is useful only when it changes a release, routing, or product decision.

15 minVerified 2026-07-16
guide

Evaluation as a Control System for AI Products

Evaluation should connect product risks and user outcomes to measurable evidence, release policy, monitoring, and corrective action.

19 minVerified 2026-07-16
system-breakdown

Inside vLLM: KV Cache, Scheduling, and the Model Runner

vLLM shows how memory allocation, request scheduling, model execution, and distributed coordination turn a language model into a serving system.

21 minVerified 2026-07-16
paper-breakdown

What Predictive Processing Can and Cannot Teach AI Engineers

Predictive processing offers a useful account of hierarchical inference and error correction, but it is not a shortcut from brain metaphor to system architecture.

18 minVerified 2026-07-16
guide

Prompting vs RAG vs Fine-Tuning vs Tools

The right intervention follows the type of gap: instructions, knowledge, behavior, or action.

15 minVerified 2026-07-16
guide

RAG from Ingestion to Grounded Citations

RAG quality is determined by the whole evidence path, not by adding a vector database.

16 minVerified 2026-07-16
guide

Tokens, Context, Attention, and Inference

Four boundaries explain much of an LLM application's behavior: encoding, representation, finite context, and sequential generation.

13 minVerified 2026-07-16
guide

Transformers as Systems: Tokens, Attention, Training, and Inference

A transformer becomes operationally understandable when architecture, training, inference, context, and serving constraints are traced as one system.

19 minVerified 2026-07-16