NUVO

Embodied intelligence

Training signals for robots learning from the physical world.

Human demonstrations, perception data, and task evaluations for manipulation, mobility, and embodied agents.

Signal map

Program outcomes

Useful demonstrations
Environment diversity
Task-level performance evidence

Inside the work

Human expertise, connected to a controlled data workflow.

Every engagement links the people doing the work, the evidence used to review it, and the model behavior the program is meant to improve.

A human quality specialist reviewing computer vision, spatial, and robotics data
Human-in-the-loopHuman review across visual, spatial, and temporal signals

Capabilities

Built to fit the model, domain, and decisions behind your program.

01

Review layer included

Demonstration data

Task trajectories, action segments, corrections, and natural-language instructions.

02

Review layer included

Perception labels

Objects, affordances, states, contacts, and spatial relationships.

03

Review layer included

World-model data

Temporal sequences and outcome labels for prediction and planning.

04

Review layer included

Embodied evaluation

Repeatable tasks and rubrics for completion, efficiency, recovery, and safety.

What gets delivered

More than a dataset: a usable package of data, controls, and learning.

The exact artifacts change by program, but every delivery is designed to be inspectable, actionable, and ready for the next model decision.

01 / Design

Ontology package

Label definitions, examples, ambiguity rules, and a controlled change log.

02 / Data

Validated annotations

Structured labels with review status and difficult-sample routing.

03 / Insight

Coverage report

A clear view of edge cases, disagreement, and taxonomy performance.

Delivery model

Designed for fast learning and controlled scale.

Programs move in visible stages, with a review point before scope, volume, or complexity increases.

  1. 01
    Frame

    Decompose the task

  2. 02
    Calibrate

    Capture representative demonstrations

  3. 03
    Produce

    Label states and transitions

  4. 04
    Learn

    Evaluate complete behavior

Let’s design the right data system for your next capability.

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