Quirk Labs

The training data layer for physical AI.

We capture real human behavior at scale — in factories, farms, and homes — so robots can learn from it.

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The Problem

Robots can't learn what they've never seen.

Robotics and physical AI teams need massive, diverse datasets of real human motion and interaction. Today, that data barely exists.

Simulation falls short

Synthetic data can never fully replicate the noise, variability, and edge cases of the real world.

Lab data doesn't generalize

Motion captured in controlled settings fails to transfer to unstructured, diverse environments.

The bottleneck is data

Compute scales. Data doesn't. Physical AI teams are starved for diverse, real-world human motion data.

How It Works

From real-world capture to model-ready data.

01

Deploy capture hardware

Camera-equipped headsets and sensor gloves are deployed into real environments — factories, farms, and households across Asia.

02

Collect egocentric data

Workers and individuals wear the devices during normal routines, capturing high-fidelity egocentric video and human motion data.

03

Deliver structured datasets

Raw data is processed, labeled, and packaged into structured datasets ready for training robotics and foundation models.

Where We Operate

Deployed across Asia.

Our capture network spans diverse real-world settings — collecting data where human tasks actually happen.

Factories

Assembly lines, packaging stations, and industrial workflows.

Farms

Agricultural tasks, harvest handling, and crop maintenance.

Households

Cooking, cleaning, organizing, and daily domestic routines.

Who We Serve

Built for teams pushing physical AI forward.

Robotics Labs

Training manipulation, locomotion, and interaction policies with real human data.

Humanoid Robot Companies

Building human-like movement and dexterity into next-generation humanoid platforms.

Foundation Model Teams

Pre-training large-scale models on physical world data for embodied reasoning.

Academic Research Labs

Advancing the science of imitation learning, embodied AI, and human-robot interaction.