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AI Infrastructure · Vertical integration of AI chip stack becomes existential as demand outstrips foundry capacity 50x
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AI Infrastructuretailwindscore 9/10josh kale
Vertical integration of AI chip stack becomes existential as demand outstrips foundry capacity 50x
Tesla's 1 TW/year compute target dwarfs current global AI chip output (20 GW); the only path is owning lithography, wafer fab, packaging, and memory under one roof to iterate at SpaceX spee…
Space Economytailwindscore 8/10josh kale
Orbital AI data centers in sun-synchronous orbit will undercut Earth-based training costs within 3 years
5x solar flux, 24/7 generation, and vacuum radiative cooling make space structurally cheaper for training; Starship's 200t payload and 10M ton/year launch cadence target enables 50,000 sate…
Space Economytailwindscore 7/10josh kale
Lunar mass driver and Optimus robots enable petawatt-scale compute beyond Earth orbit
1/6th gravity and no atmosphere allow electromagnetic launch of satellites from Moon; Optimus robots build the factory and mass driver autonomously, creating a self-expanding industrial bas…