Embodied AI

Robots learn from realworld experience.

Robots learn from first-person demonstration. Thoth collects egocentric data at scale while building the intelligence layer that guides, improves and validates every capture.

The Problem

Reality is the missing dataset.

Today's robotic systems are trained on carefully curated datasets, yet deployed into environments that change every second.

Long tail

Rare edge cases cause most failures.

Distribution shift

The real world moves. The dataset doesn't.

Training

Unseen scenarios

Deployment meets what training never saw.

The Solution

We built the collection system so waste never happens.

Most training data gets thrown away. Untrained gig collectors move too fast, drift out of frame, and ship footage a model can't learn from.

The Principles
A certified collector working a capture rig on the floor

Trained people

Career collectors

Each collector completes a structured onboarding and certification pass before any paid work begins.

An AR overlay tracking framing and distance during a take

AR-guided capture

Live overlays on spec

A heads-up overlay tracks framing, distance and lighting in real time, flagging a retake before a bad clip ever leaves the rig.

A capture volume measured against a reference scan

Measured, not guessed

Gauged against reference

LiDAR and stereo cameras scan the full capture volume ahead of each session, so every trajectory is measured against real geometry, not estimated.

Pose and contact labels drawn over footage as it is recorded

Annotated at source

Labels applied mid-session

Pose, contact and object labels are generated alongside the raw footage, so nothing waits in a separate annotation queue before it's usable.

The Scan

Before we record,
we scan.

Three LiDAR heads registering the rig volume above a turntable base

Calibrate

Three LiDAR heads register the rig volume.

A point cloud of the rig captured above a measurement grid

Scan

A full point cloud before contact.

Two rigs matched against the reference scan side by side

Verify

Both rigs matched to the reference scan.

Start small, scale fast

10Hour sampleAvailable today
200Hours deliveredTailored data
CustomMonthly volumeContinuous supply
Getting Started

Start by looking at real data, not a deck.

70+

Collectors

Career collectors on our payroll across every site — not gig workers hired per job.

1:5

QA ratio

One dedicated QA reviewer for every five collectors, checking each session before it ships.

<1%

Drop rate

Fewer than one percent of recorded clips are discarded for quality — the rest is usable data.

Zero

Outsourcing

Every session is captured in-house. No third-party vendor ever touches the pipeline.

30fps

Capture rate

Every trajectory recorded at a full 30 frames per second, so fast motion stays legible.

20+

Sites

Active capture sites across regions, so the data reflects real-world variety, not one room.

The Workflow

The intelligence layer we're building.

We're building the loop where every deployment decision generates higher-quality data — reducing annotation cost while improving accuracy.

Plenty of companies can collect first-person video. Thoth builds the intelligence layer that decides what should be collected, what should be labeled, and how every dataset becomes more valuable over time.

Building

Active Learning

We're building the layer that detects uncertainty, prioritizes missing edge cases, and decides what to collect next.

Building

Automated Quality Control

We're building automated validation that checks every recording and annotation for consistency and accuracy before it enters the learning pipeline.

The horizon: your model tells us what to collect next — so every added hour beats a random hour.

A cube dropping onto a scanned floor plane, marking where the model wants to deploy next01
Deploy
Overlapping capture frames with a point grid on the top layer, representing raw takes coming in and being scored02
Collect & Analyze
A target reticle closing in on a single point worth labeling03
Prioritize & Annotate
An ascending, connected-dot trend line, representing accuracy climbing after every retrain pass04
Retrain & Improve
Our Mission

Our Mission

“Collect the data that lets models learn from real-world experience — reducing annotation cost and improving with every interaction.”

Portrait of Pedro Alves, CTO of Thoth AI

Pedro Alves

(CTO, Thoth AI)

Get started

Building a robot? Let's talk about the data it actually needs.

Talk to our team

A 30-minute call with the team who runs robotics data capture. No sales deck.

Thoth AI — Embodied AI & Robotics