o10Reviewed 2026-09-06

Real-Time Classification inference

Real-time classification assigns a label while an application is waiting for a response. The design must meet both the decision-quality requirement and the end-to-end latency target.

Workload design guide. Any example volumes or cost estimates below are illustrative, not measured customer results.

SummaryKey takeaways

What you need to know

Start with the core questions, then examine the examples and tradeoffs below.

What does this workflow do?

Real-time classification assigns a label while an application is waiting for a response. The design must meet both the decision-quality requirement and the end-to-end latency target.

01Deep dive

Design the workflow before choosing a model

Specify the label schema and validate outputs before use. Define a timeout path and how uncertain or invalid responses reach a fallback or human queue.

Define a representative input and an explicit acceptance criterion. Keep model and prompt versions with the result so quality changes can be investigated.

02Deep dive

Evaluate outcomes and failure modes

Measure per-class precision and recall, p95 latency, timeout rate, and cost per valid decision.

Measure under expected concurrency and class distribution. Test borderline examples and changes in input format; a model can return a valid label while making the wrong decision.

Compare candidate routes on the same held-out examples. Report how many examples were evaluated and inspect failures rather than relying on a single average score.

03Deep dive

Roll out with a measurable cost baseline

Roll out to a limited traffic segment with a fallback. Monitor both label quality and tail latency before increasing volume or trying a different route.

Calculate cost per accepted outcome using input and output tokens, retrieval or tool fees, retries, and review effort. A lower token price is useful only if the total workflow still meets its requirements.

o10 can provide model routing for the inference steps. Your application remains responsible for workflow permissions, tool behavior, and deciding whether the final result is acceptable.

SourceMethodology

Measure performance and total cost on representative tasks before rolling out this workflow.

FAQFrequently asked questions

Common questions

What should be measured before changing the route?

Record the current workflow’s outcome quality, latency distribution, failure rate, and fully loaded cost. Compare the candidate on the same tasks and include failed attempts and retries.

Are the savings figures on this site guaranteed?

No. Calculator inputs and workload examples are illustrative. Establish your own baseline and measure the candidate under comparable conditions before projecting savings.

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verified savings methodology · State of Inference Spend 2026