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Cost, capacity, and reliability · Lesson 1 of 14 · 9 min

Read token cost inputs

Token cost inputs separate input and output rates, their units and the model revision. This case uses fictional training rates, not a provider price quote.

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learner@clairosSimulated AI Ops lab
learner@clairos:~ $
↑ history · Tab complete · Ctrl+C cancel · Esc, Tab to leaveExit 0

Understand the pattern

Token cost inputs separate input and output rates, their units and the model revision. This case uses fictional training rates, not a provider price quote.

Interpret the evidence

Label the rates as fictional training values rather than a current provider quote.

A tempting mistake

Publish these fixture rates as the live price for every model.

All names, measurements, prices, versions, and thresholds in this exercise are fictional training data. The evidence supports this bounded scenario, not a claim about a live provider.

Worked example and expected result
$ cat /opt/ai-lab/cases/aiops-cost-reliability-001.json
{
  "fixture": "Fictional training data; not a live measurement.",
  "input_rate_per_million": 1,
  "output_rate_per_million": 3,
  "currency": "training USD",
  "real_provider_quote": false
}

Exit status: 0. The command completed successfully in the training fixture.

$ jq .real_provider_quote /opt/ai-lab/cases/aiops-cost-reliability-001.json
false

Exit status: 0. The command completed successfully in the training fixture.

$ printf '%s\n' 'label-training-rates' > /home/learner/lab/aiops-cost-reliability-001-decision.txt
(no output; exit 0)

Exit status: 0. The command completed successfully in the training fixture.

Try a variation

Name the assumption that would have to change for “label-training-rates” to stop being the justified action. Do not silently replace missing evidence with a guess.

Explain it

What does the evidence in “Read token cost inputs” justify?

Apply it elsewhere

A colleague concludes: “Publish these fixture rates as the live price for every model.” What should you do?

Keep the momentum.

Complete the lab, then explain and apply the pattern.

Next: Estimate request costTry an incident drill

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Keep learning

  1. 01Estimate request costA token cost estimate multiplies each token count by its corresponding per-token rate. Convert per-million rates before summing input and output estimates.Practice
  2. 02Compare model cost profilesModel cost comparison should use the same workload and required quality. A cheaper request that repeatedly fails the task may not be the better operating choice.Practice
  3. 03Inspect cache effectivenessCache effectiveness depends on hit rate, eligible work and correctness. A high hit rate is harmful when responses come from stale or improperly shared entries.Practice