How Musk's Moon Factory Dreams Navigate the 1967 Space Treaty While xAI Faces a Team Crisis

The timing couldn’t be more dramatic. Just as xAI prepares for what could become one of the most valuable tech IPOs in history, the company is hemorrhaging talent. Within a single day this week, two of the company’s co-founders—Tony Wu on Monday night, followed by Jimmy Ba on Tuesday—announced their departures. That brings the total number of founding members who have left to six out of xAI’s original twelve-person team. Yet instead of addressing the exodus directly, CEO Elon Musk used that same Tuesday evening’s all-hands meeting to pivot the conversation skyward, literally discussing plans for a lunar manufacturing facility that would produce AI satellites and launch them into orbit via giant catapult mechanisms.

The All-Hands Reality Check: Co-Founder Exodus Amid Moon Dreams

The contrast between xAI’s shrinking founding team and Musk’s grandiose vision is striking. While the departing co-founders have reportedly departed on good terms—and stand to benefit handsomely from the anticipated $1.5 trillion SpaceX valuation targeting a summer IPO—their exits raise fundamental questions about what “moving faster than everyone else” actually means in practice.

Musk told the assembled xAI workforce that the company is “moving faster than any other company—no one’s even close,” but he also obliquely acknowledged the instability. “When this happens,” he explained, referencing periods of hypergrowth, “there are some people better suited for early stages and less suited for later stages.” Whether those comments were meant to justify the departures or predict future reshuffling remains unclear. What is clear: xAI is in active flux while simultaneously preparing for a watershed moment in its corporate history.

Beyond Earth Orbit: The Lunar Factory and AI Integration Strategy

The moon factory concept, which Musk outlined to employees, represents far more than a real estate play on another celestial body. According to reporting from The New York Times, the proposed facility would manufacture AI satellites and deploy them using orbital catapult technology—a mechanism that, on its face, sounds more like science fiction than near-term engineering.

Yet beneath the audacious framing lies a more sophisticated thesis. According to one venture capital investor with exposure to xAI, Musk has been orchestrating something far more ambitious than any single company’s ambitions. Tesla brings proprietary energy systems and road topology data. Neuralink contributes neuroscience insights. SpaceX provides physics and orbital mechanics knowledge. The Boring Company adds subsurface geological data. A moon-based manufacturing and data collection hub would theoretically complete an unprecedented dataset—a “world model” trained not just on text and images, but on proprietary real-world information that no competitor could replicate.

The 1967 Outer Space Treaty and the Legal Framework Question

What makes this vision potentially viable—or at least not immediately illegal—is a peculiar interpretation of decades-old international law. The 1967 Outer Space Treaty established that no nation (or by extension, no private company) can claim sovereignty over the moon itself. However, a 2015 U.S. federal law carved out a significant exception: while you cannot own the moon, you can own what you extract from it.

This distinction is less clear-cut than it appears. As Wesleyan University professor Mary-Jane Rubenstein explained to TechCrunch, the legal framework operates under a conceptual contradiction. “It’s like saying you can’t own the house, but you can have the floorboards and the beams,” she noted. “The problem is, the stuff that is in the moon is the moon.” The 1967 treaty’s foundational principle—that space is humanity’s common heritage—remains in tension with the 2015 loophole that Musk’s lunar ambitions apparently rely upon.

Not all nations have accepted this interpretation. China and Russia have notably declined to play by these rules, signaling potential future friction over lunar resource rights.

Strategic Pivot or Unified Vision? From Mars to Moon and Back

The shift toward lunar focus represents a more recent recalibration of SpaceX’s historical mission. For most of the company’s 24-year existence, Mars colonization was the stated end goal. However, just before the Super Bowl earlier this year, Musk posted on social media that SpaceX had fundamentally “shifted focus to building a self-growing city on the Moon,” arguing that a Mars colony would require “20+ years” whereas a lunar settlement could be achieved in half that timeframe.

It’s a significant reversal for a company that has never actually sent a dedicated mission to the moon. Rationally or otherwise, Wall Street appears far more enthusiastic about orbital data centers than about extraplanetary colonies—even for patient institutional capital.

Unanswered Questions as the IPO Approaches

As xAI and SpaceX barrel toward their respective transformations, critical questions remain unanswered. How exactly will a lunar facility be constructed, staffed, or even insured? Who will help Musk execute this vision as his founding team continues to shrink? How will the 1967 Outer Space Treaty and its 2015 amendments actually constrain—or enable—commercial lunar operations?

Most pressingly: will the all-hands meeting that Musk convened actually stabilize xAI’s internal dynamics, or will it intensify concerns that the company’s leadership is focused on moonshots—quite literally—rather than the immediate challenges of scaling an AI company during one of the most significant financial events in tech history?

The IPO window may close before those answers arrive.