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Quality Explained: Concepts, Workflows and Tools

updated 2026-10-063 min read8 connected nodes
By Onexial Editorial

Automated tests that grade LLM outputs against expected behavior. Evals are the unit tests of AI systems. This guide pulls together everything on Onexial tagged quality — 8 connected nodes across definitions, workflows, tool stacks, comparisons, prompts and applied use cases — and orders it the way you would actually learn it: vocabulary first, then process, then tooling, then execution. Every item below links to a full node with its own examples and connections, so you can go as deep as you need without losing the map.

Core concepts behind Quality

Before wiring anything together, the vocabulary has to be precise. These 5 definitions cover the terms that show up in almost every Quality discussion — each one links to a full entry with an example and its own connections inside the graph.

Workflows: how Quality runs end to end

Concepts only matter once they become a repeatable process. Below are 2 documented workflows that apply Quality to a concrete problem, with the steps, the tools involved and the variations worth testing.

Prompts you can reuse

Prompts are reusable components. Each of these 1 prompts is written to be dropped into a Quality workflow with minimal editing, including the context it expects and an example output.

Frequently asked questions

What is Evals?
Evals are the unit tests of AI systems. Each eval is an input, an expected property (exact match, LLM-judge score, latency budget), and a pass/fail. Ship without evals and you fly blind.
What is an example of Evals?
An eval suite runs 200 real support questions nightly; a regression alerts if grounded-answer accuracy drops below 92%.
Why does Evals matter?
Automated tests that grade LLM outputs against expected behavior.
What should I learn after Evals?
Open the related workflows and prompts further down this page: they show how this idea is applied in a real task, step by step.
What is LLM-as-Judge?
LLM-as-judge automates eval scoring: give the judge the input, the output, and a rubric, and get a score. Cheap alternative to human labeling — with known biases (length, position) to control for.
What is an example of LLM-as-Judge?
GPT-4 grades 500 summaries against a rubric: relevance 1-5, faithfulness 1-5.
Why does LLM-as-Judge matter?
Using a strong model to grade another model's output.
What should I learn after LLM-as-Judge?
Open the related workflows and prompts further down this page: they show how this idea is applied in a real task, step by step.
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