In development

Assistive Robotics

The third pillar of our work: simple, affordable robots controlled through the same gaze-and-pinch interactions that make Vision Pro accessible in the first place.

Four steps: you look at the mug and your gaze is detected; a pinch confirms your intent; the system interprets that you want the mug and plans to bring it to you; a robotic arm picks it up and delivers it.

Three verbs

The hardest problems are often small and physical: the cup out of reach, the switch across the room. Look at a thing, pinch, and let a simple machine do the reaching.

Three home scenes: a robotic arm lifting a remote from a bed, bringing a mug across a table, and tilting a window blind. Labelled Reach, Fetch, and Adjust.

Our approach

We are early. Our first bench prototypes pair Vision Pro hand- and eye-tracking with off-the-shelf robotics. No humanoids, no hype — small machines doing small things reliably.

We're looking for collaborators — clinicians, occupational therapists, researchers, families — to shape what gets built first. If that's you, we'd like to talk.

From intention to action in four stages: look, where eye tracking identifies the object; select, where a pinch confirms the intent; interpret, where spatial software understands the target and action; and act, where a simple robotic device performs the task.

Seeking pilot partners

Clinicians, occupational therapists, researchers, and families — help us decide what gets built first.