Infrastructure for Physical AI

Certify your training data. Ship safer robots.

Lucitra is the infrastructure layer for teams building autonomous systems. Validate synthetic datasets, orchestrate AI-powered development, and close the sim-to-real gap — before you burn GPU hours.

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Simulate → Validate → Deploy — the physical AI development loop

Lucitra Validate

Real scores from real pipelines

These are actual validation results from our pipeline — not fabricated demos.

Warehouse Robotics

Isaac Sim · 1,240 scenes

needs_improvement

63

Overall

74

Coverage

42

Physics

72

Distribution

60

Sim-to-Real

Key gaps identified:

14 missing object classesFloating objects in 12 scenes4% low-light coverageLimited viewpoint diversity

CARLA-COCO

CARLA · 5,000 scenes

51

overall

SynTable

Isaac Sim · 3,200 scenes

58

overall

Validation Engine

Know what's in your training data

Coverage Analysis

Detect gaps in object classes, spatial coverage, viewpoint diversity, and scale distribution before they become blind spots in production.

Physics Validation

Flag floating objects, interpenetrating meshes, unrealistic shadows, and other physics violations that degrade model performance.

Sim-to-Real Scoring

Quantify how well your synthetic data will transfer to real-world conditions with a single confidence score.

Structured Reports

Get JSON reports with per-category breakdowns, severity-ranked violations, and specific recommendations to improve your dataset.

How It Works

From simulation to production

01

Generate

Create synthetic datasets in Isaac Sim, Omniverse, or any simulation tool. Export as COCO, KITTI, or USD.

02

Validate

Run Lucitra Validate via API, CLI, or CI/CD. Get scored reports on coverage, physics, and sim-to-real confidence.

03

Iterate

Use gap analysis to fill coverage holes, fix physics violations, and improve distribution balance. Re-validate until your data meets the bar.

04

Deploy

Ship certified datasets to training. Track data provenance, generate compliance reports, and monitor for drift in production.

See It In Action

From simulation to validated dataset

Generate synthetic data, validate it against production standards, and review detailed reports — all in one pipeline.

01

Generate

Render synthetic training data in Isaac Sim, CARLA, or any simulation environment.

02

Validate

Run lucitra validate via CLI, API, or GitHub Action. Get scored results in seconds.

03

Review

Browse detailed reports with coverage gaps, physics violations, and improvement recommendations.

Integrations

Works with your simulation tools

Upload datasets from the tools you already use. COCO, KITTI, USD, and custom formats supported.

NVIDIA Isaac Sim

Robotics Simulation

NVIDIA Omniverse

Digital Twins

Unreal Engine

Game Engine

Universal Scene Description

USD / OpenUSD

Use Cases

Built for teams training robots

Warehouse Robotics

Validate pick-and-place training data for object recognition, spatial coverage, and lighting variation across warehouse environments.

Autonomous Vehicles

Score synthetic driving datasets for weather diversity, pedestrian coverage, edge-case representation, and sensor simulation fidelity.

Factory Automation

Ensure assembly line training data covers all part variants, orientations, defect types, and conveyor positions.

Ready to certify your training data?

Stop discovering dataset gaps after training. Catch them before you burn GPU hours.