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Leave clean this on a phone. It shows up in the robot's map. Two Galbots and that phone were in one live map — a generic harness, not a retail app.
We tried a shorter broadcast: a few clips from Tracy, then Discord for beers and the lab. Nils couldn't wait to get there.
A Galbot was reporting live to a home server on Nils's laptop. He pulled one of its cameras and turned on AR in the teleoperator view. The overlay was buggy — in and out — but the digital layer sat on the feed.
On the phone, logged into the same domain, he posted the note. It appeared in the map. Remove this table, from the rear camera, landed the same way.
He wheeled out a second robot, Galbot Echo. Both drew their own geometry in red so they would not path through each other. Pathfinding was not in this demo. The map was: collaborative live voxels, two machines filling in the same space.
Nils walked. A small label in the graph moved with him. Phone, two robots, one environment.
Chances are you're going to have more than one robot in several environments. Those robots need to be able to communicate with each other.
You've seen laundry-folding robots. The unsolved bit is how you tell them what to do.
Phil, on the bandwidth: too much robot data can break a home Wi-Fi and a router.
Phil ran a BracketBot through the store task we already showed on the high-end Galbot. The Cactus agent sent a check-this-product job. The robot drove there, put the camera in position, took the image, and sent it back — fronting, out of stock, wrong place.
It took our point cloud as a live map, built perception on top, and navigated.
Nils and Phil fly next Monday to NACS in Las Vegas, co-exhibiting with Bruegmann and BracketBot, running that work live in a store.
Sentinel is the CO2 robot that patrols the store. Tracy showed task history: the route on a map, CO2 recorded along it. Jerry's dashboard is the telemetry you actually need to watch a robot — and more than one. Fleet management is coming along.
A lot of our customers run old Android. The clip: Firefox, no AR. The phone asks to open Chrome. If you don't, you still get a mini map — you, the products, where they sit relative to you. Usable without the AR navigation. AR is better. The fallback has to exist.
Auki is making the physical world accessible to AI by building the real world web: a way for robots and digital devices like smart glasses and phones to browse, navigate, and search physical locations.
70% of the world economy is still tied to physical locations and labor, so making the physical world accessible to AI represents a 3X increase in the TAM of AI in general. Auki's goal is to become the decentralized nervous system of AI in the physical world, providing collaborative spatial reasoning for the next 100bn devices on Earth and beyond.
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