Quality Criteria
Define measurable standards and examples for correctness, relevance, consistency and task-specific requirements.
Data Quality & Evaluation Infrastructure
Build the guidelines, review systems, measurements and evaluation pipelines that make AI data quality repeatable, auditable and improvable.
AI data quality is not a final manual QA step. It is a system of definitions, examples, calibration, review, disagreement handling and measurement that begins before annotation and continues as the dataset evolves.
XIVTech designs that system so teams can understand quality, trace decisions and repeat the workflow across new data and evaluation cycles.
Define measurable standards and examples for correctness, relevance, consistency and task-specific requirements.
Align reviewers on guidelines and edge cases before production work scales.
Track disagreement patterns and create clear escalation paths for uncertain or conflicting judgments.
Use expert review to resolve difficult cases and refine the guidance for future work.
Use sampling, agreement measures, multi-pass review and audits to make quality visible.
Track changes to guidelines, datasets, criteria and evaluation results across iterations.
Translate the intended task and quality criteria into practical instructions with representative examples.
Test the guidance against realistic cases and align reviewers before production annotation or evaluation.
Add appropriate review layers, resolve disagreement and capture decisions that improve the system.
Report quality findings, identify recurring failure patterns and refine the next version of the workflow.
Quality infrastructure connects every stage of the lifecycle instead of treating review as a handoff at the end.
Agree on criteria, thresholds, examples, data handling and evaluation requirements.
Run representative cases and refine guidelines around ambiguity and disagreement.
Run annotation, review and evaluation workflows with the right quality gates.
Resolve edge cases through documented expert decisions and guideline refinement.
Use results to version the dataset and improve the next cycle.
Python, Apache Airflow, dbt and Apache Spark for repeatable preparation and orchestration.
Label Studio, Argilla and custom interfaces for structured annotation and review workflows.
Custom harnesses, rubric engines and evaluation datasets connected to quality reporting.
Role-based access, encryption, data minimization, audit trails and defined retention practices where required.