The physical world can be digitized by treating atoms like bits, with manufacturing as CPU, real estate as storage, and logistics as network, enabling industrial AI.
Travis Kalanick explains his core thesis of digitizing the physical world by mapping computing concepts (CPU, storage, network) to atoms (manufacturing, real estate, logistics), which he calls 'atoms-based computers' for industrial AI.
transcript
Travis Kalanick: I think a lot of folks know that sort of my whole thing and you hear me talk about all the time digitizing the physical world, bits to atoms, this kind of thing... Look, we know what bits are. Bits, the bits world is a computer... The three core computing resources, CPU manipulates the bits, storage stores bits, network moves bits from point A to point B. But if you're digitizing the physical world, you're treating atoms like bits. And you're like, well, I know that CPU manipulates the bits. What manipulates atoms? That's manufacturing or digitized manufacturing. Storage stores bits. What stores atoms? That's real estate. Network moves bits from point A to point B. What moves atoms? Well, that's transport or logistics... So we look at what we do as industrial AI. And I sort of have a nice little definition there. Systems of software, sensors, robotics, and AI used to automate operations of entire industrial sectors. Okay, that's what we do.
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