The robot isn't the whole Physical AI story. The infrastructure underneath it may be bigger.
NVIDIA is projecting a massive expansion in Physical AI. If that thesis plays out, millions of machines will eventually operate in the real world.
And every one of them has the same fundamental problem:
Where am I? What is around me? What is happening here? How do I coordinate with everything else?
That's where $AUKI gets interesting.
Auki is building decentralized infrastructure for machine perception and spatial computing, allowing robots, devices and AI systems to share spatial data and build a common understanding of physical environments.
Think of the stack:
AI → understands information
Physical AI → acts in the real world
Spatial AI → understands the environment
That third layer could become increasingly important as robotics scales.
One robot can map a room.
Millions of robots shouldn't need to map the same room from scratch.
That's the opportunity I'm watching with Auki.
The market is already assigning enormous valuations to the companies building the machines.
I'm interested in the infrastructure that could allow many different machines to understand and operate in the same physical world.
You don't necessarily need to build the winning robot.
You need to build something the winners need.
That's why $AUKI deserves to be on the radar of anyone researching "Physical AI, robotics and DePIN."
DYOR. 🫡
NVIDIA is projecting a massive expansion in Physical AI. If that thesis plays out, millions of machines will eventually operate in the real world.
And every one of them has the same fundamental problem:
Where am I? What is around me? What is happening here? How do I coordinate with everything else?
That's where $AUKI gets interesting.
Auki is building decentralized infrastructure for machine perception and spatial computing, allowing robots, devices and AI systems to share spatial data and build a common understanding of physical environments.
Think of the stack:
AI → understands information
Physical AI → acts in the real world
Spatial AI → understands the environment
That third layer could become increasingly important as robotics scales.
One robot can map a room.
Millions of robots shouldn't need to map the same room from scratch.
That's the opportunity I'm watching with Auki.
The market is already assigning enormous valuations to the companies building the machines.
I'm interested in the infrastructure that could allow many different machines to understand and operate in the same physical world.
You don't necessarily need to build the winning robot.
You need to build something the winners need.
That's why $AUKI deserves to be on the radar of anyone researching "Physical AI, robotics and DePIN."
DYOR. 🫡