he Bigger AUKI Thesis: From Retail Scanning to Physical AI
The market can look at Auki today and see Cactus, retail scanning and spatial computing.
I’m looking at what could potentially be built on top of the infrastructure underneath it.
AI already understands the digital world extremely well.
The next major unlock is teaching AI to understand the physical world with the same level of context.
Think about the progression:
Retail → spatial data → machine perception → positioning → robot navigation → shared maps → autonomous machines operating with a common understanding of their environment.
That is where the $AUKI thesis becomes interesting to me.
The opportunity may not be any single application Auki is building today. The bigger possibility is that Auki becomes part of the spatial infrastructure layer for Physical AI.
Humanoid robots, autonomous machines, AR glasses, phones and AI agents will all need to understand where they are, what surrounds them, and how the physical environment changes.
They need more than cameras.
They need a spatial layer.
If that infrastructure can become interoperable, decentralized and useful across different devices and applications, the addressable opportunity becomes much larger than retail alone.
The internet made digital information searchable, accessible and programmable.
The next layer could make the physical world increasingly understandable, navigable and programmable by machines.
That is the part of Auki I’m watching.
Sometimes the first product gets the business started.
The platform that emerges underneath it is where things can get really interesting.
The market can look at Auki today and see Cactus, retail scanning and spatial computing.
I’m looking at what could potentially be built on top of the infrastructure underneath it.
AI already understands the digital world extremely well.
The next major unlock is teaching AI to understand the physical world with the same level of context.
Think about the progression:
Retail → spatial data → machine perception → positioning → robot navigation → shared maps → autonomous machines operating with a common understanding of their environment.
That is where the $AUKI thesis becomes interesting to me.
The opportunity may not be any single application Auki is building today. The bigger possibility is that Auki becomes part of the spatial infrastructure layer for Physical AI.
Humanoid robots, autonomous machines, AR glasses, phones and AI agents will all need to understand where they are, what surrounds them, and how the physical environment changes.
They need more than cameras.
They need a spatial layer.
If that infrastructure can become interoperable, decentralized and useful across different devices and applications, the addressable opportunity becomes much larger than retail alone.
The internet made digital information searchable, accessible and programmable.
The next layer could make the physical world increasingly understandable, navigable and programmable by machines.
That is the part of Auki I’m watching.
Sometimes the first product gets the business started.
The platform that emerges underneath it is where things can get really interesting.