External Robotic

Robots learn from what they see. We capture both views of it.

Paired egocentric and allocentric video of real work, across thousands of tasks and settings, to make robot learning generalise.

Scroll ↓
01 — Thesis

The bottleneck is paired data, not model size.

A robot acts from its own point of view: egocentric. Most of the world's footage of people working is allocentric: a camera in the corner, a security feed, a phone on a tripod. Translating between the two is what lets a robot learn a task by watching it.

Video foundation models are now strong enough that a small amount of well-paired data goes a long way. What is missing is that data. The largest public ego–exo sets total a few hundred hours, and the most-used benchmark covers about ten tasks.

We think the holy grail is a robot that learns a job from the cameras already watching it. Getting there runs through one dataset nobody has built yet.

02 — Diversity over depth

A hundred tasks at ten hours beats ten tasks at a hundred.

Coverage is what makes a model generalise. So we capture simple, repeatable tasks in as many settings as we can reach, with the external camera moving and placed at random — near, far, side, above — rather than bolted to a wall.

1,000tasks, target
Multi-camego + moving exo, synchronised
Held-outtest split per task, open benchmark
03 — Where we capture

The work robots will actually do.

Data centresGPU installs, server-rack builds, cabling.
HealthcareHospital maintenance, cleaning, elder care.
ManufacturingAssembly lines, workstations, inspection.
EnergySolar and wind installation.
TradesPlumbing, technicians, garages, repair.
HospitalityHotels, bars, kitchens of many cuisines.
HomeHousehold tasks across many homes.
OutdoorsGardens, farming, municipal work.
04 — Hear more

Building robots, or have a floor we could film?

Leave your email. We'll write when the first release is out.