Quality methodology

A controlled pilot-to-production quality methodology

HebrewAITraining uses explicit scope, written guidelines, calibration, review, and acceptance evidence to reduce ambiguity before production scales.

1. Scope

Define the data type, intended model or workflow use, volume, Hebrew variant, source permissions, file formats, metadata, quality metrics, timeline, and acceptance criteria.

2. Guidelines

Create collection, annotation, evaluation, formatting, redaction, and reviewer instructions. Guidelines include positive examples, negative examples, edge cases, escalation rules, and defect severity definitions.

3. Pilot

Produce a small representative batch or evaluation sample. Measure defects before scale and verify that the output schema, reviewer instructions, and acceptance process are usable.

4. Review

Compare outputs with the agreed rules, resolve ambiguity, revise instructions, and document decisions. High-severity failures and recurring defects are prioritized.

5. Production

Deliver recurring batches with tracking, QA evidence, rejection reasons, acceptance summaries, and change control when guidelines or model behavior evolve.

Acceptance evidence

ControlEvidence
Scope complianceRequired fields, formats, volume, language, and source status
Quality metricsMeasured thresholds relevant to the task
Reviewer calibrationCalibration results, disagreement rate, and adjudication notes
Defect managementError taxonomy, severity, root cause, and corrective action
Batch acceptanceAccepted, rejected, repaired, and pending counts

Quality is task-specific

No single accuracy percentage proves that a dataset or model is production-ready. Metrics are selected according to the business use, failure cost, source data, and required decision reliability.