An episode of the Pivot podcast sparked renewed debate over SpaceX after Scott Galloway mocked the company’s proposed IPO and ended his critique with a sarcastic remark about the filing. While the commentary drew laughs, SpaceX was simultaneously demonstrating the scale of its technical achievement: recovering boosters on landing pads, operating Starlink with millions of subscribers, and building infrastructure that is reshaping global connectivity.
The core argument is that SpaceX’s value should be judged less by jokes about valuation and more by the physical and economic transformation it has already delivered. Since the first Falcon 9 flight in 2010, the cost of placing payloads into orbit has fallen dramatically, largely because of reusable rocket stages. That reduction has not merely made launches cheaper; it has made entirely new applications possible. The article compares this shift to other technology revolutions, such as broadband, data storage, and gene sequencing, where steep cost declines unlocked uses that were previously impossible.
Starlink is presented as the next major disruptor. Its new generation of satellites is moving toward direct-to-cell service, which would allow ordinary mobile phones to connect in remote places such as oceans, rainforests, and mountain peaks. In this model, telecom operators around the world would pay SpaceX for access, making the company an essential layer in future mobile communications.
The article also points to SpaceX’s ambitions beyond connectivity. It plans to deploy satellites designed for artificial intelligence computing, using orbit conditions that maximize solar power and help with heat dissipation. This reflects a broader shift in AI infrastructure, where energy availability is becoming one of the main constraints. SpaceX appears to be positioning itself not only as a launch provider and satellite operator, but as a foundational platform for future space-based computing.
Another major theme is the company’s platform power. SpaceX already serves the Pentagon as a major military contractor and is well placed to support future markets that have not yet fully emerged, including internet access for billions of people who remain offline. The article argues that any significant commercial opportunity created by space exploration is likely to be easier for SpaceX to capture than for competitors.
At the same time, the piece emphasizes the company’s dependence on Elon Musk. His vision, intensity, and ability to attract exceptional engineers are portrayed as central to SpaceX’s success. But that same dependence is also the company’s biggest risk, since Musk is spread across Tesla, Neuralink, the Boring Company, xAI, X, and Grok, while also facing scrutiny over his unpredictable behavior and emotional volatility.
The conclusion is that SpaceX may be one of the most important companies of the century, not because its valuation is beyond debate, but because it is building infrastructure at the frontier of science and commerce. Like the great exploration ventures of the past, it is betting enormous capital on uncertain but potentially world-changing returns.
