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I spent the weekend reading the SpaceX S-1. Here's what stood out. Most coverage focused on the $350B headline valuation. I was more interested in the unit economics underneath. SpaceX reported $11.8B in revenue for 2024 — up 33% year-over-year. But the real story is the composition: Starlink, the satellite internet service, contributed $8.4B — 71% of total revenue. A business that literally did not exist in 2019 now represents nearly three-quarters of the company's top line. Starlink has 4.6 million active subscribers paying an average of roughly $140/month. The total addressable market is estimated at over 1 billion households and businesses. Current penetration: less than 0.5%. For context: Amazon took 15 years and spent hundreds of billions to build its logistics infrastructure. SpaceX built an infrastructure business in orbit — vertically integrated from rocket to spectrum to consumer — in roughly the same time frame at a fraction of the capital. The launch services business ($2.9B) is itself the world's most advanced, but it increasingly looks like a captive supply chain for Starlink rather than a standalone revenue driver. What I keep coming back to: the market is trying to price a satellite internet company using telecom multiples, a launch company using aerospace multiples, and a Mars mission using… nothing comparable. All three are the same entity. Is $350B expensive? By traditional metrics, absolutely. By optionality metrics, it might be a bargain. What do you think — does traditional valuation even apply here? #SpaceX #IPO #Investing #TechFinance #SpaceIndustry

The AI industry has a problem it isn't talking about openly. SpaceX might be the only one who solved it. Every major hyperscaler — Microsoft, Google, Amazon, Meta — is racing to build more AI compute. They've collectively committed over $300 billion in data center capex for 2025–2026. But compute needs power. Power needs infrastructure. Infrastructure needs land. Land near fiber and water for cooling is becoming genuinely scarce. Starlink removes all of those constraints simultaneously. A Starlink-connected data center can be located anywhere on earth — remote deserts with cheap solar, Arctic tundra with natural cooling, offshore platforms. The constraint that's been invisible (physical location of high-bandwidth connectivity) disappears. This is why the framing of "SpaceX vs. traditional telecoms" misses the point entirely. The real competition is "Starlink as the backbone for the next generation of AI infrastructure." Microsoft and OpenAI have already inked Starlink deals. Amazon uses SpaceX for satellite positioning data. The B2B relationship between SpaceX and the AI industry is nascent but structurally inevitable. The $30B question: as AI infrastructure demand compounds at 40%+ annually, does Starlink become the most critical infrastructure company on earth? The S-1 doesn't answer this — but the numbers point toward it. What's your read on the Starlink-AI intersection? #AI #Starlink #SpaceX #Infrastructure #FutureOfTech

The most important sentence in the SpaceX S-1 isn't about revenue. It's about control. SpaceX is filing with a dual-class share structure. Elon Musk retains supervoting shares. Public investors get economic exposure but essentially no governance rights. This is becoming the default for transformational technology companies — and it's worth debating openly. The argument for: companies pursuing 20-30 year missions can't be subject to quarterly earnings pressure. Amazon's AWS, which now generates the majority of its profits, was protected by Jeff Bezos' controlling stake through years when Wall Street wanted the capex cut. Alphabet's moonshots — Waymo, DeepMind — required insulation from short-term shareholders. SpaceX is building Starship, a fully reusable Mars transport system. The ROI horizon on that investment makes AWS look like a quick flip. If you believe in the mission, you arguably want the founder insulated. The argument against: we've seen how founder control without accountability ends. Single points of failure in governance are a known risk. SpaceX's regulatory exposure is growing — FCC spectrum, Pentagon contracts, international satellite rights. Decisions that affect tens of millions of people will be made by a board with limited ability to check the CEO. Neither argument is wrong. But the question of whether founder control is appropriate for infrastructure at planetary scale is one the IPO market hasn't fully reckoned with. Worth thinking about before the allocation opens. What's your view on dual-class structures at this scale? #CorporateGovernance #SpaceX #IPO #Leadership #TechPolicy