Nick

Humans saw stones and sticks and decided to make this

Europe will love Tesla self-driving! Due to the extreme regulatory burden of the EU, which in general stifles innovation in Europe, Tesla owners there have been stuck with basic lane-following.

So proud to see F.03 make history as the first humanoid robot in the White House 🤖 🇺🇸

Love that I can now build a blockbuster app in 30 minutes, only for it to be disrupted in 3 months when the brain-computer singularity happens and the world implodes and we’re lying in vats of fluid, orbiting a distant nebula.

SpaceX Compute in Space What exactly does a grid of 1 million compute satellites buy you? Each “AI Sat Mini” is expected to deliver 100 kW of compute, roughly equivalent to 400 AI5 processors running at 250 W each*. Scale that to 1 million satellites, and you get 100 GW of total compute power. For context, today the xAI Colossus cluster is on the order of ~2 GW— and it’s already massive. This system would be ~50× larger. Importantly, this would primarily be inference compute, not a tightly coupled training cluster. In other words, this capacity is dedicated to serving real-world requests, not model training. Today, those requests are mostly: AI assistant queries Image generation Video generation Let’s focus on LLM inference (text queries): Each satellite produces 100 kW × 24 hours = 2,400 kWh per day. That’s roughly equivalent to ~30 fully charged Tesla vehicles (assuming ~80 kWh per vehicle). If we assume 0.5 Wh per query (reasonable for detailed or technical prompts), each satellite can handle: ~4.8 million queries per day Across a 1-million-satellite constellation: ~4.8 trillion queries per day (That's ~600 such queries per day for every person on Earth.) Of course, inference cost varies widely. Video generation or complex multi-agent workloads— like those seen in frontier systems such as Grok 4.20—consume significantly more compute. But even with that variability, the scale here is the point. *SpaceX will use a new chip from the Tesla/SpaceX Terafab collaboration, called the “D2,” for space-based compute. There are no specs available yet. AI5 is for Robotaxi (FSD) and Optimus.

Everyone is covering Terafab as a chip factory. It is not a chip factory. Last night in Austin, Elon unveiled a facility that makes masks, fabricates chips, and tests them inside a single building with a nine-month recursive improvement cadence. No such loop exists anywhere else on Earth. Then he told you 80% of the output goes to space. Then he showed you a 100-kilowatt AI satellite with solar panels and radiators, scaling to megawatt range. Then he said Optimus plus photovoltaics will be the first von Neumann probe, a machine capable of replicating itself from raw materials found in space. Nobody connected the sequence. Terafab produces 1 terawatt per year of compute. The entire United States consumes 0.5 terawatts of electricity. Musk is building a single factory whose output in AI silicon exceeds twice the power consumption of the country it sits in. And he is sending 80% of it off-planet because Earth literally cannot power what he is building. Follow the mechanism. Terafab seeds the chips. Starship launches Optimus robots and solar arrays at 100 million tons per year. The robots mine lunar and asteroid regolith for silicon, iron, and nickel. They 3D-print more robots. They fabricate more solar panels. They assemble more AI satellites. Each satellite runs hotter-burning D3 chips designed specifically for vacuum, where free radiative cooling eliminates the thermal constraints that strangle every terrestrial data center on the planet. The nodes replicate. The replication is exponential. This is a Dyson Swarm bootstrap hidden inside a semiconductor announcement. The math is public. The Sun outputs 3.828 times 10 to the 26th watts. A 2022 paper in Physica Scripta calculated that 5.5 billion satellites at 290 kilograms each, robotically manufactured from Mars resources, capture enough solar energy to meet all of Earth’s power needs within 50 years. A 2025 paper in Solar Energy Materials calculated a partial swarm capturing 4% of solar output yields 15.6 yottawatts, roughly a billion times current human civilization’s total energy budget. Musk just announced the factory that builds the chips that go inside the satellites that replicate themselves forever. 92% of advanced logic chips are fabricated in Taiwan. One factory in Austin does not fix that. But one self-replicating system seeded by that factory, launched by the only company with reusable heavy-lift rockets, assembled by the only humanoid robot in mass production, and powered by the only star within reach, does not fix a supply chain. It obsoletes the concept of supply chains entirely. The market priced this as a $20 billion capex story about semiconductor independence. The actual announcement was the engineering blueprint for Kardashev Type II. Humanity sits at 0.73 on the Kardashev scale. 18 terawatts. The distance between here and harnessing a star is not a technology gap. It is a recursion gap. And recursion is exactly what a single building in Austin that makes its own masks, builds its own chips, tests its own chips, and launches the output into orbit on its own rockets was designed to close. Every civilization that makes it past this point never looks back.

Coming out soon