SpaceX's renewed focus on lunar development signals a shift toward accelerating human presence in space, driven by the economic potential of space-based manufacturing. The article argues that the rising demand for AI applications provides a compelling reason to produce components in space, making it financially viable to establish factories on the Moon. Five years ago, the vision for Mars colonization was rooted in philanthropy. Now, the economic landscape has changed, with initiatives like Starlink generating substantial revenue by delivering valuable data rather than just raw power. The author critiques earlier space colonization concepts, specifically Gerry O’Neill’s 1976 model, which relied on space-based solar power—an idea deemed economically unfeasible today. Instead, the focus has shifted to satellite networks like Starlink, which demonstrate that transmitting data can be far more lucrative than generating electricity. The article discusses the potential for space-based data centers to outperform ground-based counterparts, especially as the economic value of AI-driven data processing grows. Space factories could leverage the advantages of continuous power availability, unlike lunar operations, which face significant challenges during the two-week lunar night. Powering a lunar base remains a critical hurdle. The article argues that beaming power from Earth is a more efficient solution than attempting to generate it on the Moon. The author details two posts addressing lunar power challenges, emphasizing that efficient power delivery allows for greater focus on raw material production rather than maintaining complex power systems. The discussion also touches on NASA’s current architecture, criticizing its inefficiencies and high costs while positioning SpaceX’s Starship as a more capable alternative for lunar missions. The stark contrast between SpaceX’s plans and NASA’s legacy systems highlights a potential path forward for commercial lunar activities.