Thousands of labeled images
Data on demand
Generate thousands of labeled images covering edge cases that real-world capture can't reach. Powered by physics-accurate simulation for training data that transfers to production.
We create the training data that doesn't exist yet: the cases you can't record, labeled by the renderer.
02 randomize · sun · time · person · seed
02 randomize · heliodon sun · time · person · seed
In a pilot
We build the set around what your model gets wrong.You test it on real data you held back.

Presented at & technology partners · NVIDIA Inception member
Photoreal synthetic imagery, auto-labeled and privacy-safe, validated before it ships.
Thousands of labeled images
Generate thousands of labeled images covering edge cases that real-world capture can't reach. Powered by physics-accurate simulation for training data that transfers to production.
Physics-first
Physics-first rendering and domain control close the sim-to-real gap. Light scatters, materials respond to force, and friction holds - so a model trained on our data learns the world it will actually be deployed into.
No real people in the data
No real people, no PII, no consent issues. Iterate freely on sensitive use cases without compliance bottlenecks slowing your release cycle.
1.4x faster iteration
Generate a new training set without a new capture campaign. Remove data bottlenecks from your ML pipeline so you can test hypotheses and retrain the same day.
Synthetic data is our foundation. Digital Twins and Physical AI are where that expertise leads.
Photoreal, auto-labeled, privacy-safe training data generated at scale. This is what our team has been building for over a decade.
See the product→Physics-accurate replicas of real-world environments, built in NVIDIA Omniverse. The foundation for every dataset we generate.
Learn more→Robots, autonomous vehicles, and industrial systems trained on data that obeys the laws of physics. The end goal of everything we build.
View solutions→Generate the rare cases real data can't. Real-world edge cases are expensive, slow, and sometimes impossible to capture. Synthetic data removes that constraint.
Configure scenes as code. Produce high-fidelity synthetic imagery with exact labels from the renderer, on demand. Cover long-tail edge cases without staging them in the real world.
Learn moreEvery dataset ships with evidence: realism, coverage, privacy, and distribution scores. Audit-ready lineage for regulated deployments, tracked across every iteration.
Learn moreFrom autonomous vehicles to medical imaging, datadoo generates the training data your models need.
Synthetic environments for robot training. Physics-accurate scenes for sim-to-real transfer.
Train perception models on simulated road conditions, weather, and edge cases.
Privacy-safe medical training data, generated without patient images.
High-quality bounding boxes and segmentation masks, read from the renderer.
Photoreal synthetic images with exact renderer annotations for the scenarios you define.
Fill gaps in existing datasets. Boost underrepresented classes and edge cases.
Insights, research, and engineering deep-dives.

Part of our team will be at NVIDIA GTC in Berlin from October 20 to 22, attending sessions and taking meetings. The sessions on our list, sorted by stage of the synthetic data pipeline, and how to set up a meeting.

Skild AI's S1 learns an unseen task from one video, roughly 380 teleoperated demonstrations saved by Skild's count. Notes on that release, NVIDIA's NuRec and robotaxi posts from the same weeks, and the quality-control ratio Skild published alongside.

NVIDIA now ships an open model for each layer of Physical AI: Cosmos 3 generates worlds, GR00T acts in them, Nemotron 3 runs the agents around them. A plain map of the stack as it stands in August 2026, and the data work all three layers still assume you bring.
We're taking a small number of design partners. Bring your hardest data problem - we'll scope a digital twin and prove transfer on your metric.