Production systems

LLM reliability and governance

Staff engineers, platform teams, product and operations leads·4 modules · 39 min total

About this course

Reliability and governance are not just quality concerns — they are cost concerns. Every failed request, every blind retry, every rollout without evaluation gates burns money. A system that knows when to stop, when to escalate, and when not to use an LLM at all is cheaper to operate than one that tries everything. This course teaches the operational controls that keep LLM systems useful and economical in production.

What you will learn

  • How to build task-specific evals that catch regressions before rollout
  • How policy enforcement and confidence gating prevent waste from low-quality outputs
  • When to pause for human review vs when to let automation continue
  • How to identify use cases where an LLM is the wrong tool entirely

Why this belongs in AI Cost Academy

Governance controls reduce failed requests, rollout-driven cost spikes, and review burden — all of which affect unit economics. A system that fails gracefully costs less than one that retries blindly.

How to use this course: Work through the modules in order for the full picture, or jump to the lesson that matches the problem in front of you right now. Each module is a standalone read — estimated total time is 39 minutes.

Course modules

4 lessons · 39 min total read time

111 min

Evaluation playbook for LLM applications

Use task-specific evals, regression datasets, and release thresholds instead of ad hoc spot checking.

210 min

LLM safety, policy enforcement, and confidence gating

Add policy checks, refusal handling, and confidence-based routing so automation stays within acceptable risk boundaries.

310 min

Human-in-the-loop review and confidence gates

Define when automation should continue, when it should pause for review, and when the workflow should escalate.

48 min

When not to use an LLM

Reject weak use cases earlier by comparing LLMs against rules, search, deterministic logic, and traditional ML.