The Calculated Moves Behind SpaceX's Application to Deploy 1 Million Satellites

When SpaceX submitted its application to the Federal Communications Commission for deploying one million low-orbit satellites, a figure equivalent to hundreds of times the current total of in-orbit satellites globally, it was far from mere technical ambition but a meticulously calculated strategic move. From boosting capital valuation and monopolizing space resources to closing the loop of technological ecosystems and dominating global regulations, every step concealed precise considerations, weaving a vast net over near-Earth orbit that entangled commercial interests, technological hegemony, and strategic ambitions. This seemingly insane plan was essentially a preemptive move by Musk's empire, using space as a chessboard to shape the technological landscape of the next few decades.

The precise orchestration of capital hype is the core objective of this maneuvering. In the second quarter of 2026, SpaceX will launch the largest IPO in history, targeting a valuation of $1.5 trillion and raising $50 billion, with its million-satellite plan serving as the key lever to achieve this valuation. Previously, its existing business could only support an approximate valuation of $500 billion, leaving a $700 billion to $800 billion valuation gap that must be filled by the grand narrative of "space + AI." Against the backdrop of a global AI computing power shortfall reaching 40%, SpaceX positions its satellites as "orbital AI data centers," each equipped with thousands of GPU chips, with a total computing power of 80 EFLOPS—equivalent to 10 times the current global computing power. This concept precisely hits the mark of Wall Street's imagination regarding tech growth.

The exclusive monopoly of space resources is the core strategic fulcrum of the plan. As a limited public resource, the near-Earth orbit has a safe capacity limit of only 100,000 to 175,000 satellites. SpaceX intends to saturate the "golden orbital shell" at altitudes of 500-2,000 kilometers and a width of 50 kilometers with a million satellites. According to the "first-come, first-served" rule of the International Telecommunication Union, this saturation deployment will create dual barriers in both physical and spectral domains: physically, densely packed satellites significantly increase collision risks for subsequent launchers, forcing them to consume more fuel for avoidance; spectrally, the occupied Ku and Ka bands have already formed legal and coordination obstacles.

The "Russia-Ukraine conflict" must be translated as "Russia-Ukraine conflict." The deep-seated strategic game of global strategy conceals the ambition to dominate future rules. The "quasi-military tool" value demonstrated by Starlink in the Russia-Ukraine conflict has given SpaceX the potential to bind the communication sovereignty of nations. Through the "build or rent" model, Starlink has already secured 9 million global users, with revenues surpassing $20 billion by 2025. Some countries have become dependent on it for emergency communications and coverage in remote areas. The million-satellite plan escalates this dependency from communication to computing power. If global AI development is constrained by space computing power supply, SpaceX will indirectly control the lifeline of the technology industry. More alarmingly, its strategy of "deploy first, regulate later" is forcing the international community to accept its dominance in space order: achieving "de facto possession" through dense deployment and then participating in rulemaking under the guise of a "responsible operator." This maneuver of "defining rules by strength" has raised concerns among multiple nations about space security—Princeton University research indicates that the probability of collisions in 400-600 km orbits has reached 10%, and a million satellites may trigger the "Kessler Syndrome," posing catastrophic risks to global space activities.

SpaceX's million-satellite plan is a triple calculation of technology, capital, and strategy, executed with astonishing precision. Yet this calculation also exposes the risks of unchecked expansion by commercial capital: when a private enterprise's maneuvers can influence the global distribution of space resources, threaten space environmental security, and bind the technological sovereignty of nations, the existing regulatory framework has clearly lagged behind. Whether this plan will succeed in the future depends not only on technical feasibility and capital willingness but also on whether the international community can establish.