Data and Intelligence for
Autonomous Systems

We're actively building dedicated capability in robotics data services: perception data annotation, sim-to-real validation, sensor labeling, and domain-expert contributor pipelines for teams training autonomous systems. Precise, physically grounded training data from contributors who understand spatial reasoning and mechanical context.

Why Robotics AI Training Data Is Uniquely Difficult

Robotic perception and manipulation require training data that reflects physical precision. General annotators without domain knowledge produce errors that compound in simulation and fail in deployment.

Spatial Precision Requirements
Annotations for robotic vision need sub-pixel precision and understanding of depth, occlusion, and 3D spatial relationships. Generic crowd workers lack the spatial reasoning background.
Domain Expertise Dependency
Training manipulation models requires contributors who understand component types, assembly states, joint positions, and failure modes that non-specialists will misclassify.
Scenario Diversity
Robust models need data spanning lighting conditions, object orientations, edge cases, and failure states. Building this breadth requires contributors who understand model generalization needs.

AI Data & Solutions for Robotics Teams

Whether you're building perception systems, training manipulation models, or evaluating automation workflows, we provide the data, contributors, and consulting support your robotics AI program needs.

01

Robotics Perception Training Data

High-precision annotation for computer vision systems in robotic applications. Contributors vetted for spatial reasoning and familiarity with robotic vision contexts.

2D and 3D bounding box annotation
Semantic & instance segmentation
Depth estimation & point cloud labeling
Pose estimation & keypoint annotation
02

Manipulation & Assembly Data

Training robotic arms and manipulation systems requires contributors who can accurately label grasping states, contact points, assembly sequences, and object affordances.

Grasp pose & contact point labeling
Assembly state & sequence labeling
Object affordance marking
Failure state classification
VLA action trajectory labeling
Egocentric video multi-tier annotation
Custom ontology design and QA workflows
03

Simulation & Synthetic Data Review

Synthetic data accelerates scale, but requires quality checks by contributors who can identify domain drift, unrealistic physics, and annotation errors during sim-to-real transfer.

Sim-to-real quality assessment
Physics plausibility review
Edge case generation guidance
Cross-validation with real samples
04

AI Consulting for Automation Leaders

Robotics and automation teams making AI investment decisions benefit from consulting grounded in deployment experience. We help define AI roadmaps, evaluate vendor solutions, and design data programs aligned with model development cycles, including perception system architecture review, data pipeline design, and vendor evaluation support.

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Specialists, Not Generalists, for a Reason

Robotics AI programs fail when the data quality bar is set too low. We believe the most impactful investment is getting the right contributors on the right tasks, not just getting to volume.

1

Structured Annotation Workflows

Rigorous quality processes with custom ontology design, multi-tier review stages, and built-in validation checks that ensure every annotation meets training-ready standards.

2

Embedded QA Protocols

Quality checks built into annotation workflows, not added as an afterthought.

3

Scalable Pipeline Design

Programs designed to maintain quality as contributor pool and data volume grow.

4

Consulting-Backed Data Strategy

We help teams define what data they need before sourcing it, not just deliver volume.

Robotics Data Capabilities

Perception & Video Annotation
Fine-grained 2D/3D segmentation on video data, point cloud labeling, depth estimation, and high-fidelity video annotation pipelines for motion-rich robotics datasets.
VLA & Action Trajectory Data
Action trajectory labeling for vision-language-action models, capturing task sequences and physical interactions. Custom ontology design and QA workflows for training-ready data.
Egocentric Video Labeling
Multi-tier annotation of egocentric videos: video-level summaries, timestamped atomic actions with verb-object labels, and trajectory-level action descriptions to capture observable human activities.
Sim-to-Real Validation
Expert review of synthetic training data for physics plausibility, domain drift detection, and quality alignment with real-world annotations.
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Building AI for Robotics or Automation?

Let's talk about your training data requirements, your model objectives, and what kind of contributor program would serve your pipeline. No commitments, just a focused scoping conversation.