Hebrew data annotation

Hebrew Data Annotation, Redaction, Metadata and QA

Turn raw Hebrew data into structured, reviewable assets for model training, evaluation, and operational AI workflows.

Buyer problem

Annotation quality declines when labels are ambiguous, edge cases are undocumented, reviewers apply different interpretations, or Hebrew language details are treated as generic multilingual content.

Suitable use cases

  • Intent, topic, domain, safety, and quality labels
  • Email and business-text classification
  • Document fields, layout zones, tables, and key-value pairs
  • Speech transcription and audio-quality labels
  • LLM output grading and error taxonomy assignment

Inputs required from the client

  • Task definition and intended model use
  • Draft label taxonomy or target outcomes
  • Examples of clear positives, negatives, and edge cases
  • Required annotation platform or output format
  • Agreement and acceptance thresholds

Method and workflow

Guidelines define each label, exclusion criteria, ambiguity rules, and review path. A calibration set is annotated first, disagreements are reviewed, and instructions are revised before production.

Deliverables

  • Annotated files or records
  • Annotation guideline and decision log
  • Reviewer notes and disagreement records
  • Redaction or anonymization log
  • QA summary and acceptance counts

Acceptance criteria and quality metrics

Relevant metrics include annotation completeness, inter-reviewer agreement, adjudication rate, redaction recall, schema validity, duplicate rate, and error rate by category.

Example output

Review the sample annotation guideline and sample redaction log.

Data-handling considerations

Annotation projects should define whether data contains personal information, confidential client material, regulated content, or restricted fields. Access and retention rules are set before production.

Request a Hebrew annotation calibration pilot

Start with a small calibration set to test the label taxonomy, reviewer instructions, output schema, and acceptance method.