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Knowledge work rubrics for frontier RL

Turn expert judgment into real‑time, reliable reward signals for complex knowledge tasks.

Expertly crafted to advance model performance

Expertly crafted to advance model performance

Labelbox turns rubrics into real-time, automated reward signals, enabling faster convergence toward the behaviors and outcomes that matter most.


By transforming subjective scoring into actionable feedback, researchers can quickly refine models with nuance, clarity, and helpfulness.


The result: faster convergence, more reliable alignment, and a smoother path from experimentation to production-ready performance.

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What makes Labelbox rubrics different

In domains like finance, law, and advanced reasoning, "correctness" isn't a binary. It’s multidimensional. Traditional RLHF often fails here because labeling is too slow or inconsistent.


Labelbox provides the infrastructure to turn "expert taste" into a structured scorecard that a model can actually converge on. We bridge the gap between human expertise and machine-learnable feedback.

Fast SME onboarding and training

Labelbox quickly operationalizes expert judgment into structured rubrics, so SMEs focus on defining quality while we handle how it scales.

SME + Labelbox review team pairing

Experts define what matters, and Labelbox turns those signals into consistent, learnable scorecards models can converge on.

Real‑time scoring and visibility

Live dashboards reveal where models fail and why, enabling rapid iteration on data, prompts, and rubric weights.

How it works

01

Run model & score with rubric

02

Identify weak dimensions

03

Refine prompts, data, or rubric weights

04

Re‑run and compare scorecards

Domains we support

Finance (DCF, valuation, forecasting)
Science & technical reasoning
Coding & constraint programming
Legal & long‑horizon reasoning tasks
General knowledge and LH tasks

Across domains, the goal is the same: build credibility, expose failure modes, and drive measurable improvement.

Build rubrics that your models can actually learn from