Expert Embodied Data

Robots need mastery, not hours.

We turn hard-to-source human expertise into training data for Physical AI.

Tell us what your robot needs to learn. We find the people who already know how to do it.

Professional sourcing·Task-specific capture·Skill QA·Provenance
Cook plating a dish in a professional kitchen
Cook
12 years experience
SKILL · Knife handling
CAPTURE · RGB · Hands · Motion · Trajectory
Available for dataset scoping
Tradesman using a circular saw
Electrician
9 years experience
SKILL · Panel wiring
CAPTURE · RGB · Hands · Motion · Trajectory
Available for dataset scoping
Caregiver supporting an elderly patient during a bed-to-chair transfer
Caregiver
8 years experience
SKILL · Bed-to-chair transfer
CAPTURE · RGB · Hands · Motion · Trajectory
Available for dataset scoping
Seafarer in a hard hat at a shipyard
Seafarer
14 years at sea
SKILL · Engine-room inspection
CAPTURE · RGB · Hands · Motion · Trajectory
Available for dataset scoping
Why expertise

Most data captures activity. We capture expertise.

A completed task is not always a good demonstration. Robots need examples of how the job should actually be done.

A generic helper assisting an elderly person
Generic demonstration
  • Task completed
  • Unknown experience
  • Unknown technique
  • Limited context
STATUS · Usable training episode
A trained caregiver performing a supported transfer
Professional demonstration
  • Professional background
  • Task technique
  • Sequence and intent
  • Skill QA available
STATUS · Expert training episode

The difference isn't what gets done. It's how.

Human skills

What does your robot need to learn?

Start with the skill. We source people who already know how to do it and design the capture around your training needs.

Caregiver attending to a patientCare & assistance
Care & assistance

Caregiver

Capture the small decisions behind safe human assistance.

Experienced caregivers can demonstrate mobility, transfer, positioning and everyday assistance tasks for robot learning.

Skills
Mobility assistanceBed-to-chair transferRepositioningMeal assistanceObject handling
Professional profile
Experience-filteredProfessional background verifiedCustom skill sourcing
Capture options
RGBHandsBody motionTrajectoryTask stepsExpert commentary
Seafarer at a shipyardMaritime
Maritime

Seafarer

Capture skills learned through years of work at sea.

Source experienced maritime professionals for maintenance, inspection, equipment handling and operational demonstrations.

Skills
Equipment inspectionTool handlingMaintenanceSafety proceduresDeck operationsEngine-room tasks
Professional profile
Experienced crewSTCW available on requestDeck / Engine / Other
Capture options
RGBHandsBody motionTrajectoryTask stepsExpert commentary
Tradesman cutting timberTools & manipulation
Tools & manipulation

Skilled Trades

Turn hands-on craft into robot training data.

Capture tool use, manipulation and work sequences from people who perform these tasks professionally.

Roles
CarpenterWelderElectricianPlumberTechnician
Skills
MeasuringCuttingDrillingAssemblyTool handlingInspection
Capture options
RGBHandsTool/object interactionTrajectoryTask steps
Cook plating foodDexterity
Dexterity

Food & Kitchen

Capture the dexterity behind everyday food preparation.

Cooks and kitchen professionals demonstrate the hand skills and sequences that make food preparation fast, safe and consistent.

Skills
Knife handlingIngredient preparationSortingPortioningCooking sequencesCleaning
Capture options
RGBHandsTool/object interactionTrajectoryTask stepsExpert commentary
Your task

Something else? Good.

Tell us what your robot needs to learn. We'll find the people who already know how to do it.

Example: Inspect a diesel engine
IndustrialLogisticsHospitalityHealthcareMaintenanceOther
From human skill to robot data

You bring the task. We build the data pipeline around it.

No fixed catalog. No one-size-fits-all capture. Every project starts with what your robot needs to learn.

One task. Four steps.

One running example throughout: Inspect a diesel engine.

Marine engineer inspecting an engine
01 · DEFINE THE SKILL

Define the skill

Inspect a diesel engineROBOT · humanoid, two-hand manipulationENVIRONMENT · engine roomSUCCESS · faults found, sequence followedOUTPUT · episodes + task steps

Buyer defines robot, environment, task, success criteria and desired output.

Start with the behavior, not the camera setup.

Portrait of a marine engineer
02 · SOURCE THE PROFESSIONAL

Source the professional

Marine engineer10+ years experienceEngine-room experienceCredentials verified when required

Sourcing is filtered on the experience the task actually demands.

We source for the skill your task actually requires.

Operator setting up a capture camera
03 · DESIGN & CAPTURE

Design & capture

First-person videoHandsBody motionTool/object interactionTrajectoryAudio/commentaryAdditional sensors on request

Capture layers are configured per project, not fixed to one rig.

The capture protocol follows the learning objective.

Reviewing pose data on screen
04 · DELIVER THE DATASET

Deliver the dataset

Episodesincluded
Task segmentationincluded
Metadataincluded
Skill QAincluded
Provenance recordsincluded
Buyer-requested formatscoped

Sample first. Scale only after the data fits your pipeline.

Scope this workflow →

See the data before you commit.

Start with a small evaluation set. Inspect the episodes, metadata and provenance before discussing volume.

Hands working on an engine component
Sample in preparationEpisode viewer · illustrative layout · no recorded data shown
Video
First-person RGB
Hands
Hand tracking
Motion
Body motion
Trajectory
Tool/object trajectory
Audio
Expert commentary, optional
Sensors
Additional sensors on request
Role
Caregiver
Experience
8 years
Practice
Countries of practice recorded
Credential
Status shown per project
Task
Bed-to-chair transfer
Consent
Per episode
Skill QA
Reviewer role and verdict
Sensor QA
Pass / retake
Record
Travels with the episode
Format
Scoped to your pipeline
Options
Standard robotics formats where supported
Delivery
Private delivery options
Know who taught your robot

Every demonstration can carry its story with it.

Professional background, task, consent and QA can travel with the episode so your team knows where the data came from.

Portrait of a marine engineer
Marine engineer10+ years experience
Countries
Countries of practice
Credential
Credential status
Task
Task performed
Skill QA
Skill QA status
Consent
Consent status
// illustrative schema · values are placeholders until a real episode is published
{
  "episode_id": "EED-0001",
  "task": "engine_room_inspection",
  "professional": {
    "role": "marine_engineer",
    "years_experience": "10+",
    "countries_of_practice": ["…"],
    "credential_status": "verified_when_required"
  },
  "capture": ["first_person_video", "hands", "trajectory"],
  "qa": { "sensor": "…", "skill": { "reviewer_role": "…", "verdict": "…" } },
  "consent": { "data_use": "…", "likeness": "…" }
}

Built around your training pipeline.

Capture

First-person video · hands · motion · trajectories · additional sensors on request

Structure

Episodes · task steps · metadata · professional context · QA

Delivery

Standard robotics formats where supported by the project. Custom schema discussion available.

Rights & control

Consent · licensing options · transfer/exclusivity discussion · private delivery options

Discuss technical requirements →
Why we can do this

Access to people who already know the job.

InnomaLabs is building its professional sourcing network from the Philippines, a market with deep talent across maritime, care, hospitality, construction and skilled trades.

Instead of recruiting generic operators and teaching them a task from scratch, we can source for prior professional experience when the project requires it.

Filipino professionals — seafarer, nurse, chef, hospitality staff, builders — at a port at sunset
Engineer adjusting a capture rig in a lab
Design Partner Program

Bring us one skill your robot needs.

We're working with a small group of robotics teams to shape the first Expert Embodied Data projects. You bring the task. We design the capture, source the right professionals and build an evaluation set around your requirements.

Become a design partner →
  1. Define the task together
  2. Inspect a small evaluation set
  3. Decide whether to expand

Give us a task.

A rough description is enough. We'll work out the capture details with you.

No phone number needed. We reply by email.
Task received. We'll review the skill, sourcing and capture requirements and come back with the right questions.

Questions robotics teams ask first.

Can you capture our specific task?

That is the model. Start with the task and we scope the professional profile, environment, capture and output around it.

Do you only work with the professions shown above?

No. The professions are examples. We source around the skill required by the project.

Why use professionals instead of trained operators?

Some tasks contain technique, sequencing and judgment developed through practice. We are testing where that prior experience creates useful training data. The evaluation set lets your team judge it directly.

What data formats do you deliver?

We scope output around the buyer's pipeline. Standard robotics formats can be supported where appropriate. Confirm the exact schema during scoping.

How do you verify professional experience?

Verification can include employment history, credentials and partner records depending on the profession and project requirements.

Who owns the data?

Licensing, transfer and exclusivity are defined per project.

Can we start small?

Yes. The preferred path is a small evaluation set before a larger collection.

Where do you operate?

InnomaLabs is building its initial sourcing and capture operations from the Philippines, with project scope defined around each task.

Manila skyline at dusk

What should your robot learn next?

Give us the task. We'll find the people who already know how to do it.