openskills.info
Course Preview

Generative AI Operations

Generative AI operations (GenAIOps) applies MLOps principles to large language models and other generative systems: prompt management, evaluation pipelines, guardrails, cost tracking, model versioning, and the infrastructure for deploying and monitoring generative AI applications in production.

itArtificial intelligence and machine learning

Don't Panic: Generative AI Operations

Generative AI operations, also called GenAIOps or LLMOps, is the work of keeping a generative AI system useful after it has escaped the prototype. Before this discipline gets involved, a team often has a model call, a prompt, and a demo that behaved impeccably for the person who made it. Production is less sentimental. It asks for reliability, safety, controlled cost, and a plausible explanation when the answer becomes strange.

The important shape is two loops. The inner loop builds and refines: curate data, try prompts and models, then evaluate the result. The outer loop deploys and operates: validate a change, serve requests, monitor what happens, and collect feedback. The loops are connected, which is fortunate, because production has a tireless talent for supplying examples nobody put in the test set.

The surprise is that a prompt is not decorative prose. It changes system behavior, so it needs versioning, testing, deployment controls, and rollback like code. A model update can change behavior too. So can a stale RAG index, a changed retrieval setting, or a guardrail that blocks the wrong request. The system is not one model producing text. It is a collection of moving parts, all taking turns to be the interesting problem.

Evaluation is where the story gets demanding. Open-ended text does not always have one correct answer. Reference checks help where known-good answers exist. LLM-as-judge and human evaluation help with subjective quality. Retrieval metrics tell you whether a RAG system found useful context before generation began. Run a fixed suite on each change so a promising improvement does not smuggle in a regression wearing a convincing hat.

Monitoring must watch more than uptime. Track latency, token cost, quality, safety signals, availability, and drift in queries or output behavior. Feedback closes the loop: user signals and production interactions become material for the next evaluation and improvement cycle, subject to privacy and compliance controls.

Start with the Intro for the lifecycle and its vocabulary. Use the Slides for the two-loop map, then keep the Cheatsheet nearby when choosing signals and controls. The Field Notes adds the operational traps that look harmless until a system meets real traffic. The Reference tab is the route into provider guidance once the map has stopped looking like a weather forecast.

Where this skill leads

Relevant careers

See how this topic contributes to broader role-level skill maps.

Sources