RLVR

Verifiable Rewards That Hold Up Across Languages

Design evaluation and data workflows where “correct” is measurable—and consistent across locales, domains, and time.

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Why LILT for SFT

Evaluation signal governance

Evaluation signal governance

Gold sets and anchors are treated as measurement instruments, with longitudinal agreement tracking.​

Drift detection is built in

Drift detection is built in

Detect bias, instability, and rubric reinterpretation early—before signals degrade training.​

Production-grade delivery

Production-grade delivery

Enterprise-grade security, auditability, and accountability where trust breaks or holds.​

Overview

SFT performance gains depend on data quality, —and data quality depends on consistent human judgment.​
LILT co-designs and operates SFT programs that produce training data with measurable reliability across languages, domains, and modalities.​

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What LILT enables

  • Verification workflows aligned to your domain constraints and policies.​Verification workflows aligned to your domain constraints and policies.​
  • Readiness scoring and dynamic gating based on evaluator performance and task risk.​Readiness scoring and dynamic gating based on evaluator performance and task risk.​
  • Comparable verification signals across languages and regions.​Comparable verification signals across languages and regions.​
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Challenges

  • Verification criteria drift as tasks scale and evaluator populations change.​Verification criteria drift as tasks scale and evaluator populations change.​
  • “Equivalent” prompts and rubrics often behave differently across cultures and locales.​“Equivalent” prompts and rubrics often behave differently across cultures and locales.​
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How LILT delivers

  • Co-design verification rubrics, anchors, and calibration plans with your researchers.​Co-design verification rubrics, anchors, and calibration plans with your researchers.​
  • Continuous monitoring for variance, fatigue, misuse, and outlier behavior.​Continuous monitoring for variance, fatigue, misuse, and outlier behavior.​
  • In-pipeline reporting to connect human signals to model decisions.​In-pipeline reporting to connect human signals to model decisions.​

Build verifiable reward pipelines for real-world deployment.