The internet made information universally accessible. Now, AUKI is doing the same for the physical world - making spaces discoverable, navigable, and interactive for humans, robots and AI. Welcome to the real world web!
AUKI: Why Most Physical AI Will Fail (Unless We Open the Maps)
Right now, every robot has its own private map - none match, none communicate. Even smart robots can't coordinate or understand each other.
Open maps change that. With a shared map, robots and devices can find the same locations, follow the same paths, and actually team up. It's the difference between everyone speaking a secret language versus one common language that enables teamwork.
Tha that's the shift $AUKI is driving: machines not just near us, but working with each other.
You know why robotics is suddenly everywhere? It’s not just AI getting smarter. It’s that robots can finally learn on their own.
The hardware isn't insane to buy, and companies are desperate for workers. But here’s the kicker: all those robots won't actually work together without the right system.
That's Auki. They’re building the layer that lets robots see, move, and coordinate in the real world.
If you're following robotics, pay attention to infrastructure, not just machines!
$AUKI - the real world web is where the real scale will happen!
Auki is preparing to deploy 500 robots in retail next year. These robots focus on practical tasks: scanning shelves, guiding customers to products, and enabling remote brand inspections.
They are now collecting voice data to train the customer-guidance system. Participants can submit up to 5 audio questions (in English) about what they would normally ask a robot in a grocery store.
your robot can act, but can it collaborate? $AUKI makes devices spatially aware so teams of robots can perform safely and efficiently in live environments.
Real world web - this is where humans, AI, and machines speaking the same spatial language, unlocking efficiency, safety, and new ways to work together.
$AUKI leaves no room to doubt. Tried, tested, and trusted by major players.
What if building and teaching a robot was as easy as cloning a repo?
With open source models from LeRobotHF and a shared spatial layer from Auki Labs, the dream of bringing robots into the real world is now possible and it’s fundable.
Think you have a robot idea? Here's your path to make it happen
Auki adds the privacy layer that ties it all together. While peaq, GEODNET, and OpenMind build identity, positioning, and transparency,
$AUKI focuses on keeping a robot's real-world perception secure. It ensures robots can process what they see and hear without exposing sensitive data - a crucial step if autonomous systems are to earn real trust.
In that sense, u/Auki makes Web3 not just about connecting machines, but about protecting how they understand the world.
a lot of robotics and smart tech out there is all promise and no follow-through, things get lost, apps fail, robots wander around uselessly.
$AUKI is different. it lets devices know where they are in real time. that means everything built on top -robots, AR, accessibility tools actually works.
tech that finally does what it's supposed to, and anyone building on it can rely on it.
this is the kind of foundation the industry desperately needs right now.
"The goal is not to build a profitable business. The goal is to build the most profitable business that has ever existed. And if we knew that what we were building couldn't possibly take us down that route, we would pivot." - Nils Pihl, founder of Auki Labs
$AUKI is obviously here to dominate.
they built the system that makes robots and devices work smarter and cheaper, so everyone ends up relying on it.
as adoption grows, so does revenue, naturally. that's why AUKI isn't just profitable - it's designed to be unstoppable.