If one company builds the only fab designed for humanoid robots, who sets the price of labor?
Musk is spending $16.8 billion on a Texas megafab whose output is earmarked for his own Optimus robots, robotaxis, and orbital data centers — not sold on an open market. When a single firm owns the silicon, the robot, and the fleet, does the cost of physical labor become a market price or an administered one?
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In the August 7th, 2026 episode of Minds, Bodies, and Terawatts, we dug into Terafab — a plant sized not in wafers but in terawatts, roughly fifty times today’s entire global chip industry, with about three quarters of the output pointed at satellites rather than the factory floor. What struck us wasn’t the scale but the vertical integration: chips that never reach a buyer aren’t priced by competition, they’re priced by whoever controls the stack. That’s a very different abundance than the one most people imagine when they hear that robots will make things cheap — it can look like plenty and still concentrate the decision about who gets it. TSMC’s C.C. Wei says there are no shortcuts and the foundry rules haven’t changed, so there’s a real chance none of this arrives on schedule. Give the episode a listen and tell us where you land: is owning the whole stack the fastest road to unscarcity, or the surest way to bottleneck it?
Related reading on unscarcity.ai:
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Obtenez le plan complet dans <em>L'ère de la post-pénurie : Repenser la société à l'ère des machines</em>
