Elon Musk Made a Battlefield Decision in Ukraine That No Government Authorized. He Wasn’t Breaking Any Law…

Key Takeaways

• Governments now depend on private firms for launch, satellites, and battlefield communications
• No binding legal framework resolves conflicts when commercial decisions override national security
• Concentrating orbital infrastructure in a few companies creates asymmetric leverage over governments

The High Ground Has an Owner

Orbit used to be a government domain. Rockets were built by defense contractors on cost-plus contracts, satellites flew under military or civilian agency control, and the decisions about who accessed space and when were made in ministries and by generals. That era ended quietly but irreversibly. SpaceX now conducts more orbital launches per year than any government on earth, including the United States government it frequently serves. Starlink operates a constellation of more than 6,000 active satellites, outnumbering the total active satellite fleets of most countries by a factor of ten or more. Planet Labs images the entire land surface of Earth daily, a capability that once required national reconnaissance programs costing billions annually.

These aren’t incremental changes to an existing system. They represent a structural shift in who controls the infrastructure of spaceflight, and because that infrastructure increasingly underpins military operations, diplomatic signaling, and national economic activity, the shift carries risks that governments are only beginning to grapple with. The risks aren’t hypothetical. They’ve already materialized in real decisions, real conflicts, and real gaps in legal authority.

What Dependence Actually Looks Like

When the U.S. Space Force needs satellite communications in a contested theater, it increasingly routes traffic through commercially operated constellations. SpaceX’s Starlink terminals were deployed to Ukraine in 2022 within days of the Russian invasion, providing battlefield communications that the Ukrainian military integrated deeply into its command-and-control architecture. The U.S. Department of Defense signed a contract with SpaceX for Starlink services in 2023, formally recognizing the system as a component of its communications infrastructure.

That dependency, once established, is difficult to reverse. Military units adapt their operational procedures around available tools. Software gets written to interface with specific systems. Logistics chains form around them. By the time a government realizes it has become structurally reliant on a commercial provider, the cost of unwinding that dependency may exceed any realistic budget or timeline.

This pattern plays out in analogous industries. When the U.S. military became deeply reliant on commercial air transport through the Civil Reserve Air Fleet program, that reliance was managed through formal contractual and regulatory structures specifying what airlines must do in wartime. No equivalent framework governs the commercial space sector with anything close to that clarity. The contracts that exist are procurement agreements, not national security instruments with enforceable wartime obligations.

The deeper problem is that reliance on commercial space providers didn’t result from a single deliberate decision with documented trade-offs. It accumulated through thousands of smaller procurement choices, each individually rational, none of which was evaluated in light of the aggregate strategic position they were building toward.

The Starlink Incident and What It Revealed

The clearest illustration of what happens when commercial control intersects with national security decisions came in September 2023, when journalist Walter Isaacson published a biography of Elon Musk that described a specific incident from the 2022 Ukraine conflict. According to the account, Musk made a unilateral decision to deny Starlink coverage to Ukrainian forces in the Crimean region during a planned naval drone operation against the Russian Black Sea Fleet. The reasoning was that Musk feared the operation would provoke a nuclear response from Russia, and he decided, on his own authority, to prevent it.

The decision was made by a private individual, not by any government. The Ukrainian government did not control the outcome. The U.S. government did not control the outcome. A company’s chief executive made a strategic judgment about military escalation during an active conflict and acted on it by restricting a capability that a sovereign nation’s military was relying on for combat operations. Whatever one thinks of the merits of his reasoning, the structural problem is plain. A private company had become a de facto participant in a foreign policy decision of enormous consequence, and there was no legal mechanism by which the Ukrainian or American governments could compel a different outcome.

Starlink was providing a commercial service, not operating under military command. The incident exposed a gap that neither international law nor domestic regulation had anticipated: what happens when a commercial space service becomes operationally indispensable to a warfighting nation, and the company decides to impose its own strategic calculus on how that service gets used? It’s a question that doesn’t yet have a satisfying legal answer, and the absence of one is itself a risk.

The incident isn’t a story about one billionaire’s judgment. It’s a story about what happens when governments outsource control over the infrastructure of warfare to private actors without building the governance structures needed to manage that relationship. The Starlink episode was predictable in retrospect and entirely unaddressed in advance.

Concentration and the Single Point of Failure Problem

The commercial space industry isn’t just dominated by private companies. It’s dominated by a very small number of private companies, and in some segments, by a single one.

SpaceX accounts for approximately 60 to 70 percent of all orbital launch mass delivered globally in recent years. Its Falcon 9 rocket has become the default launch vehicle for American government payloads, commercial satellites, and crewed missions to the International Space Station under NASA’s Commercial Crew Program. United Launch Alliance , a joint venture of Boeing and Lockheed Martin , previously shared that market but has seen its launch cadence decline significantly as SpaceX undercut it on price. Rocket Lab fills part of the small-satellite niche, but for medium-to-heavy payloads, SpaceX has no viable domestic competitor operating at comparable scale.

This matters because any disruption to SpaceX’s launch operations would have cascading effects on American national security. If a Falcon 9 suffered a catastrophic failure that grounded the fleet, as happened after the CRS-7 mission failure in June 2015, the U.S. government would have very limited alternatives. In 2015, that was tolerable because government reliance on SpaceX was far less complete. Today it would be a serious strategic problem, affecting the cadence of military satellite launches, intelligence satellite replenishment, and the continued staffing of American crew aboard the International Space Station.

There’s a broader version of this risk beyond launch vehicles. Maxar Technologies provides satellite imagery that the National Geospatial-Intelligence Agency depends on for intelligence analysis. L3Harris Technologies supplies components for military satellite systems. Viasat provides satellite communications for military aircraft. These aren’t redundant systems with government-owned backups waiting in reserve. They’re load-bearing dependencies, and the companies that operate them are subject to pressures that any private company faces: financial distress, hostile acquisition, management changes, labor disputes, or a strategic pivot away from government work.

The concentration problem also affects the ground segment. A significant portion of satellite operations, mission control, data processing, and uplink/downlink infrastructure is now commercially owned and managed. The Amazon Web Services Ground Station service, which provides commercial ground infrastructure as a service to satellite operators including government clients, illustrates how deeply the supply chain for space operations has been privatized. When the infrastructure needed to operate satellites lives in commercial cloud environments, the concept of government control over space assets becomes harder to define.

When Commercial Interests Diverge from National Ones

Private companies have shareholders. They have debt obligations, quarterly earnings calls, and boards of directors whose fiduciary duty runs to the company’s financial interests, not to any national strategic objective. Under normal circumstances, this doesn’t create problems. A satellite communications company that sells services to the military is doing so because it’s profitable, and the military gets what it needs. Everyone benefits.

The problem emerges at the margins and in specific situations that weren’t contemplated when the contracts were signed. Consider the following scenarios, all of which are realistic extensions of existing trends rather than inventions.

A commercial satellite imagery company with a foreign investor on its board gains access to sensitive government imagery contracts. The investor’s home government exerts pressure to share data or alter collection priorities. The company faces a choice between its investors and its government client, and the regulatory mechanism to detect that pressure or prevent that outcome doesn’t exist.

A launch provider that has secured contracts from both a domestic government and a geopolitical rival decides to prioritize the rival’s payloads during a period of heightened tensions. The domestic government has no legal mechanism to compel preferential scheduling under a commercial launch services agreement.

A satellite communications firm facing bankruptcy negotiates a sale to a foreign sovereign wealth fund. The buyer is nominally private but effectively state-controlled. The acquisition gives a foreign government operational access to communications infrastructure that domestic military units depend on.

The Committee on Foreign Investment in the United States (CFIUS) exists precisely because the last scenario is a recognized threat. But CFIUS reviews are reactive, triggered by specific transactions, and don’t address the subtler ways in which commercial interests can drift away from national ones over time. A company doesn’t need to be acquired by a foreign entity to develop problematic foreign entanglements. It just needs investors, customers, or supply chain partners who create competing loyalties.

The restructuring of OneWeb illustrates this complexity. OneWeb was a British-registered satellite internet company that collapsed into bankruptcy in 2020 and was reconstituted with significant backing from the UK government alongside Bharti Enterprises , a major Indian conglomerate. OneWeb later merged with Eutelsat , creating a company that serves multiple governments’ communications needs across different continents and strategic alignments. The orbital slot allocations that OneWeb secured under British registration are now managed by an entity whose ownership, governance, and national allegiance are genuinely mixed. Which country’s strategic interests govern the company’s decisions when those interests conflict? The answer to that question doesn’t exist in any treaty or statute.

The Regulatory Vacuum

The American commercial space industry operates under a regulatory framework that wasn’t designed for its current scale or strategic importance. The Federal Aviation Administration licenses launch vehicles and reentry vehicles. The Federal Communications Commission licenses radio spectrum use and grants orbital slot access. The National Oceanic and Atmospheric Administration licenses commercial remote sensing satellites. No single agency has comprehensive authority over commercial space activity, and none of them were structured to assess ongoing national security risk as a primary function.

The Outer Space Treaty of 1967, which remains the foundational instrument of international space law, requires that signatory states authorize and supervise the space activities of their nationals. The treaty doesn’t specify what that supervision must look like in practice. It has been interpreted to mean licensing and payload review before launch, not continuous oversight of how commercial systems are operated once they’re in orbit. A company can launch a commercial satellite, secure a government contract to provide services from that satellite, and then make operational decisions about those services without any regulatory body having clear authority to intervene on national security grounds.

The regulatory system reviews the satellite before it flies. It doesn’t govern how the satellite is operated day to day, and it has no mechanism to ensure that commercial operators prioritize national security uses over other commercial obligations when the two conflict. There is no legal requirement that a commercial satellite operator answer a government request for service priority during a national emergency with anything other than a reference to the commercial contract.

Space Policy Directive-3 issued in 2018 began the process of creating a more coherent national space traffic management framework. The National Space Policy updated in 2020 called for greater integration of commercial and government space activities. The Space Priorities Framework published in 2021 acknowledged the need for stronger coordination. None of these documents created binding authority over commercial operators that would address the core governance problem. They set priorities and called for coordination, which is a different thing from establishing enforceable obligations.

The gap between what regulators can do today and what they’d need to do to manage the risks described here remains wide by any reasonable measure.

Risk Overview by Category

Imagery, Intelligence, and the Dual-Use Problem

Commercial remote sensing has democratized access to satellite imagery in ways that would have been classified information two decades ago. Planet Labs operates more than 200 satellites that collectively image every part of Earth’s land surface daily. Maxar Technologies provides sub-meter resolution imagery commercially. Satellogic offers high-frequency revisit imaging to customers across dozens of countries and sectors.

The national security implications run in two directions simultaneously. Commercial systems give the U.S. government access to persistent, global imagery at a cost far below what it would take to build and operate equivalent government constellations. This is a genuine capability gain. The National Geospatial-Intelligence Agency has formal commercial imagery programs that buy data from commercial providers as a supplement to classified reconnaissance assets. The speed at which commercial providers can add new satellites and update their capabilities outpaces anything the government acquisition system could manage independently.

On the other side, commercial imagery is available to anyone who can pay for it. A foreign military planning an operation against U.S. forces or installations can purchase imagery of the same quality that U.S. intelligence agencies use for their own planning. During the 2021 and early 2022 military buildup that preceded Russia’s invasion of Ukraine, commercial imagery companies including Maxar published detailed satellite images of Russian military concentrations near the Ukrainian border. The data was genuinely useful for public understanding and for Ukrainian defense planners assessing Russian intentions. It was equally available to Russian military planners seeking to understand what Western governments could see and were reporting.

The dual-use nature of commercial space capabilities isn’t a solvable problem in any absolute sense. It’s a permanent condition that demands active management. But it’s harder to manage when the companies providing those capabilities are answerable primarily to shareholders and customer contracts rather than to the strategic priorities of a single government. When Planet Labs decides which customers to sell to, that decision is shaped by export control regulations, terms of service agreements, and commercial considerations, not by a real-time assessment of how its imagery might affect a military situation developing somewhere on Earth.

There’s no mechanism that allows a government to restrict commercial imagery of a specific geographic area in real time during a developing crisis, short of invoking national emergency authorities that have never been tested in this context. The Kyl-Bingaman Amendment , which until its revision in 2020 restricted the resolution of commercially available imagery of Israel, was a narrow legislative response to a specific political situation. It wasn’t a generalizable framework for managing imagery availability during military operations.

Economic Power and Political Leverage

There’s a risk that sits alongside the security concerns and doesn’t get adequate attention in public discussions: the economic leverage that commercially dominant space companies can exercise over governments that depend on them.

Space infrastructure is expensive to build and impossible to replace quickly. A government that has allowed a private company to become the primary provider of launch, communications, or imagery services has, whether it intended to or not, granted that company extraordinary negotiating power. The company knows the government can’t easily switch providers. The company knows the services it provides are operationally indispensable. That knowledge translates into pricing power, favorable contract terms, and potentially political influence over regulatory and procurement decisions.

In December 2022, SpaceX approached the U.S. Department of Defense asking for the government to fund Starlink services to Ukraine, which the company had been providing at a discount or, in some cases, for free. Musk stated publicly that SpaceX couldn’t continue “indefinitely” to subsidize the service. The episode illustrated something important: a private company had become so embedded in a wartime operation that it could use the implicit threat of service withdrawal as leverage in a negotiation with the Defense Department. The company’s commercial decisions became a foreign policy variable, not because anyone planned it that way, but because the structural position that SpaceX occupied gave it no choice but to negotiate and gave the government no choice but to respond.

The U.S. government did reach an agreement with SpaceX to fund continued Starlink service to Ukraine. The full terms of that agreement aren’t public. But the structure of the interaction, a private company negotiating from a position of operational indispensability with a government that had no realistic short-term alternative, is a pattern that will repeat in different forms as commercial space dependence grows.

This kind of leverage extends to regulatory contexts. A company that provides indispensable services to the government is harder to regulate than a company that doesn’t. Regulatory agencies that impose costly compliance requirements on operationally essential providers face political pressure to back down, because the cost of antagonizing those providers is real and immediate while the benefit of stricter oversight is diffuse and long-term. The commercial space industry’s political influence in Washington reflects its economic significance, and that influence shapes the regulatory environment in ways that don’t always serve national security interests.

The International Dimension

American commercial space companies don’t only serve the American government. SpaceX launches commercial satellites for customers worldwide. Planet Labs sells imagery to governments and organizations across dozens of countries. Viasat provides communications services across multiple continents. Iridium operates a global voice and data network used by shipping, aviation, and government clients in countries that have no formal alignment with the United States.

This global commercial reach creates situations where American companies simultaneously provide services that benefit American national interests and the interests of countries that aren’t aligned with the United States, and occasionally countries that are actively hostile to it. The regulatory tools available to restrict commercial services, primarily export control law administered by the Department of Commerce and the State Department , weren’t designed for a world in which commercial space companies provide ongoing operational services rather than selling discrete hardware products.

When the question is whether to sell a rocket engine to a foreign buyer, export controls can block the transaction at a clear legal chokepoint. When the question is whether a foreign government’s military unit is using a commercial satellite communications service through a downstream reseller, the answer is far harder to find. The service may be provided through a reseller based in a third country. The end user may not be disclosed in the original service agreement. The commercial operator may not know, and may have no legally enforceable obligation to discover, who its downstream users actually are.

Foreign governments have noticed this. The People’s Liberation Army has studied U.S. military dependence on commercial space systems and identified it as a meaningful vulnerability in American warfighting capability. Chinese military doctrine as articulated in published strategic documents discusses the targeting of commercial space infrastructure as a way to degrade American military effectiveness. The concentration of that infrastructure in a small number of private American companies makes the adversary targeting problem simpler, not more complex. Disrupting SpaceX’s launch operations or Starlink ground infrastructure would have effects on U.S. military communications that no previous conflict has tested.

Other geopolitical competitors have drawn their own conclusions. Russia’s Roscosmos has faced severe operational difficulties, but Russian military doctrine retains an explicit focus on anti-satellite capabilities that could be applied to commercial constellations. The expansion of Chinese commercial space activity through companies like CAS Space and Galactic Energy follows a model in which the state retains closer oversight than the American commercial model allows, creating an asymmetry in governance approaches that disadvantages the United States in situations where government authority over commercial systems matters.

Workforce, Supply Chain, and the Hidden Vulnerabilities

The risks of commercial space concentration don’t end with operational control or regulatory authority. They extend into the industrial base that makes spaceflight possible.

Building satellites and rockets requires specialized components, materials, and expertise that aren’t widely available. The supply chains for certain components, including the gallium arsenide semiconductors used in satellite solar panels and the specialty alloys used in rocket engine combustion chambers, are concentrated in a small number of manufacturers, some of which are located outside the United States. A trade disruption, a natural disaster, or a targeted adversarial action affecting one of these suppliers could create production bottlenecks that take years to resolve.

The workforce problem is related but distinct. SpaceX, Blue Origin , Rocket Lab , and the handful of other credible American launch providers all compete for a limited pool of aerospace engineers, propulsion specialists, and systems architects. When one company dominates the market, it attracts the best talent, which further entrenches its competitive position and makes it harder for alternative providers to develop and mature. The concentration of expertise is as strategically significant as the concentration of hardware.

There is a subtler version of this risk in the operational data that commercial space companies accumulate over time. SpaceX has operational experience from more launches than any other entity in history. It possesses institutional knowledge about orbital mechanics, failure modes, reentry dynamics, and constellation management that no government agency has independently verified or replicated. That knowledge is proprietary, legally protected, and entirely in private hands. If the U.S. government needed to operate its own independent launch capability without SpaceX’s participation, it would face a capability gap measured not just in hardware but in institutional knowledge that it allowed to atrophy during the years when it chose to rely on commercial providers instead.

What Other Countries Are Doing

The United States is not the only country watching this dynamic unfold, and others have made different choices.

The European Space Agency and its member states have made deliberate decisions to maintain sovereign launch capability through Arianespace and the Ariane 6 rocket, even when doing so is substantially more expensive than purchasing launches from SpaceX. The reasoning is explicit in European space policy documents: European access to space should not depend on the commercial decisions of a foreign-owned private company. The cost premium for maintaining that independence is accepted as a form of strategic insurance against exactly the kind of dependence that the United States has allowed to develop.

China has pursued a different path. The Chinese government maintains state-controlled launch providers, primarily the China Aerospace Science and Technology Corporation (CASC) and the China Aerospace Science and Industry Corporation (CASIC), while also permitting a growing commercial sector that operates under close government oversight. Chinese commercial space companies don’t have the operational independence of their American counterparts. They function within a framework where the state retains real authority over strategic decisions, including which foreign customers receive services and under what conditions. This isn’t a model that liberal democracies would want to replicate wholesale. It does reflect a clearer-eyed understanding of the risks that pure commercial independence creates.

Japan maintains the H3 rocket program through JAXA and Mitsubishi Heavy Industries in a model that keeps government authority closely integrated with industrial capability. India’s ISRO has begun allowing private launch providers but maintains state control over the most strategically significant programs, and the IN-SPACe regulatory authority created in 2021 provides a centralized oversight structure that the U.S. equivalent lacks.

The consistent pattern across countries that have thought carefully about these risks is the same: they have structured their space industries to preserve meaningful government authority over capabilities that matter strategically, even when doing so costs more in the short term. The United States made a different set of choices, prioritizing market competition and cost reduction, and is now encountering the consequences of those choices in real operational contexts where the absence of government authority is visible and measurable.

Intellectual Property and Technology Transfer

The concentration of advanced space technology in private companies creates a risk that doesn’t receive adequate attention in public policy discussions: the outward flow of knowledge and capability through entirely ordinary commercial channels.

SpaceX, Blue Origin , and Rocket Lab all employ significant numbers of foreign nationals who have access, at various levels, to technically sophisticated systems. Export control law, specifically the International Traffic in Arms Regulations (ITAR) administered by the State Department and the Export Administration Regulations (EAR) administered by the Department of Commerce , governs what foreign nationals can access in these settings. But these regulations are complex, enforcement is inconsistent across companies and agencies, and the boundaries between controlled and uncontrolled technical knowledge in a rapidly evolving industry are genuinely contested.

When a private company develops new propulsion technology, advanced reentry systems, or innovative constellation management software, that technology exists in private hands. The government has no automatic right to access it, no mechanism to ensure it isn’t transferred, and no comprehensive view of what strategic technologies private space companies are currently developing or where those technologies are going commercially. The Defense Advanced Research Projects Agency and the Air Force Research Laboratory fund some commercial space research and development and get access rights in return, but these programs cover only a fraction of the actual commercial space R&D landscape. Most of what’s being developed in the commercial sector is being developed entirely with private capital, with no government visibility into its strategic implications.

This is a vulnerability that grows as the sector does. As commercial space companies develop increasingly advanced technologies for purely commercial purposes, those technologies become strategically significant regardless of their commercial context. The companies that develop them have no general obligation to restrict foreign access beyond what specific export control rules require, and specific export control rules are a narrower thing than a comprehensive strategy for keeping strategic technologies in friendly hands.

The Harder Question

Here’s something that’s genuinely difficult to resolve: the United States deliberately chose to encourage commercial space development as a national strategy, and by most reasonable measures, that strategy worked. The Commercial Crew Program restored American crewed launch capability after the Space Shuttle retired. Commercial launch competition drove down the cost of reaching orbit dramatically. The proliferation of commercial satellite services expanded the range of capabilities available to government agencies at costs that government-built systems couldn’t come close to matching.

It’s not obvious that a world in which government agencies retained full control over space infrastructure would be better from a national security standpoint. Government programs move slowly, cost significantly more per unit of capability, and are subject to political discontinuities that make long-term planning difficult. The cancellation of the Constellation Program in 2010 eliminated years of investment in crewed exploration hardware that had been under development for most of a decade. The political pressures that shaped NASA’s Space Launch System added years to its development timeline and billions to its cost, while SpaceX developed the more capable Starship system privately on a faster schedule.

The commercial model, for all its risks, has produced real capability at a pace that government programs struggle to match. This isn’t a trivial point and shouldn’t be dismissed in the name of strategic tidiness. The question isn’t whether commercial space development was the right strategy. The question is whether the United States built adequate safeguards into that strategy, and the clear answer is that it didn’t. The regulatory framework lagged the industry by years. The legal authorities needed to govern commercial space operations in a national security context were never fully developed. The contracts that tied commercial providers to government clients were procurement instruments designed to get services at competitive prices, not strategic agreements designed to ensure government authority in adversarial situations.

That gap is now visible, and it will become more consequential as space becomes more central to military operations, economic activity, and strategic competition between great powers.

The Path Not Taken and What Comes Next

A few structural changes would reduce the most severe risks, though none of them are easy to implement.

Creating a single regulatory authority with comprehensive oversight of commercial space activities, replacing the current fragmented multi-agency arrangement, would at least clarify who has authority over what. The absence of a designated lead agency for commercial space governance means that no one currently has the mandate, the budget, or the institutional authority to assess the national security implications of commercial space operations on an ongoing basis. Building that capacity takes time and political will that don’t currently exist in abundance.

Developing explicit contractual requirements for national security priority access in government contracts with commercial space providers, modeled on the Civil Reserve Air Fleet approach, would address some of the operational control risks that the Starlink episode revealed. The Civil Reserve Air Fleet works because the requirements are written into the contracts before the airline becomes indispensable, not negotiated after the crisis has already begun. The same logic applies to commercial space services, and the same approach would work, if someone were willing to impose it.

Extending CFIUS authority explicitly to cover commercial space infrastructure, with clear statutory criteria for what constitutes a strategically significant space asset, would reduce foreign acquisition risk. The current CFIUS framework can review transactions involving space companies, but the standards applied are general rather than space-specific, and the review is reactive rather than anticipatory.

None of these reforms are politically simple. The commercial space industry is economically significant, politically connected, and supported by a bipartisan consensus that values its job-creation and innovation dimensions. The Commercial Space Launch Competitiveness Act of 2015 reflected a strong political preference for light-touch regulation that lets commercial innovation flourish without regulatory friction. Modifying that preference requires a political argument that hasn’t been made publicly with adequate force, because the costs of inaction are diffuse and long-term while the costs of tighter regulation are immediate and concentrated in politically visible ways.

The argument is essentially this: the risks of concentrating national space power in commercial hands are not distant, not theoretical, and not manageable through the tools currently available. They are visible in decisions already made, in vulnerabilities already created, and in a regulatory framework that is structurally incapable of addressing what it was never designed to address. The incidents that make these risks visible are going to come more frequently as space becomes more central to everything that matters strategically.

Whether that argument generates adequate political will for reform likely depends on whether another incident occurs that is impossible to explain away. The Starlink episode was significant but ambiguous enough that it could be framed as an isolated decision by one individual rather than as evidence of a systemic structural problem. The next incident may be less ambiguous. There will be a next incident.

For readers wanting to understand the broader political economy of commercial space development, The Space Barons by Christian Davenport provides detailed coverage of how SpaceX, Blue Origin, and their founders shaped the current industry. War in Space by Leonard David examines the military dimensions of space competition and the vulnerabilities that commercial dependence creates in warfighting scenarios.

Summary

The transfer of national space power to commercial hands was a deliberate policy choice with genuine strategic benefits, and it also produced structural vulnerabilities that the United States has not adequately addressed. The risks are not uniform: some concern operational control, others concern market concentration, foreign acquisition, regulatory authority, or the dual-use character of commercial space capabilities. What they share is a common structural condition, which is that the companies providing space infrastructure indispensable to national security are not accountable to national security objectives in any systematic legal or contractual way.

The version of this story in which the current approach proves adequate exists. Commercial providers could continue to voluntarily align their interests with their government clients. Market competition could prevent dangerous concentrations of power in single companies. Regulatory agencies could develop the authority and expertise needed to fill the governance gaps before those gaps produce a serious incident. International competitive pressure could incentivize policy changes that haven’t happened yet.

That version of the story is possible. It’s not where the current evidence points. What the evidence shows is deepening dependence, inadequate governance, and incidents that reveal rather than create the vulnerabilities that dependence produces. What the Starlink episode in 2022 revealed, above all else, is that the United States has allowed a commercial company to become a load-bearing element of its national security architecture without ensuring that company’s decisions are subject to any governing authority beyond its CEO’s judgment. The question now is whether that gap gets addressed before it costs something that can’t be recovered.

Appendix: Top 10 Questions Answered in This Article

What is the central risk of relying on private companies for national space infrastructure?

The central risk is that private companies are not legally obligated to prioritize national security objectives when their commercial interests or executive judgments conflict with government needs. This creates a structural gap between the operational dependence governments have developed on commercial providers and the accountability frameworks that govern those providers. Contracts can be written to address some scenarios, but commercial relationships cannot anticipate every operational situation that arises in a conflict.

What happened with Starlink in Ukraine in 2022 that raised space governance concerns?

According to Walter Isaacson’s biography of Elon Musk published in September 2023, Musk made a unilateral decision to restrict Starlink coverage in the Crimean region during a planned Ukrainian naval drone operation, fearing nuclear escalation. The decision was made by a private individual without oversight from any government. The episode exposed the absence of regulatory authority over commercial space operational decisions that affect active military conflicts.

Why is the concentration of launch capability in SpaceX considered a strategic vulnerability?

SpaceX accounts for approximately 60 to 70 percent of global orbital launch mass in recent years, giving it a near-monopoly position in American launch services. Any disruption to SpaceX’s operations from a failure, financial difficulty, or a management decision would leave the U.S. government with very limited alternatives for delivering payloads to orbit. This concentration means that a single company’s operational status has cascading effects on national security programs across multiple agencies.

What regulatory gaps exist in American commercial space governance?

No single U.S. agency has comprehensive authority over commercial space activities. The FAA licenses launches, the FCC licenses spectrum and orbital slots, and NOAA licenses remote sensing satellites, but none has a mandate to assess ongoing national security risk from commercial operations in real time. Once a satellite is licensed and launched, there is no continuous oversight mechanism governing how its services are used operationally or by whom.

How could foreign acquisition of commercial space companies create security risks?

If a commercial space company providing services to U.S. government agencies were acquired by a foreign-controlled entity, the acquirer could potentially access sensitive operational data, influence service availability, or prioritize foreign government interests over American ones. CFIUS can block specific transactions, but it operates reactively and doesn’t address gradual shifts in corporate allegiance or the influence that foreign investors and customers can exert on company decisions over time.

What is the dual-use problem in commercial satellite imagery?

Commercial imagery satellites provide the same high-resolution data to any paying customer, including foreign militaries and governments that may be adversaries of the United States. While export control regulations impose some restrictions, commercial imagery providers are not equipped to assess in real time how their products affect specific military situations developing globally. During the buildup to Russia’s 2022 invasion of Ukraine, commercial imagery showing Russian troop movements was publicly available to all parties simultaneously.

How do other countries protect themselves from commercial space concentration risks?

Countries including France, Germany, Japan, and India maintain sovereign launch capabilities or state-supervised space companies specifically to ensure that access to space doesn’t depend on foreign commercial decisions. The European Space Agency continues funding Ariane 6 at a cost premium over commercial alternatives to preserve independent European access to orbit. China maintains state-controlled primary launch providers even while permitting a growing commercial sector that operates under close government supervision.

What leverage can commercial space companies exercise over governments?

Because space infrastructure is expensive and cannot be replaced quickly, a government that is operationally dependent on a single commercial provider has limited negotiating power. In December 2022, SpaceX leveraged its indispensable role providing Starlink service to Ukraine to enter negotiations with the U.S. Department of Defense over service funding, demonstrating that commercial dependence creates real political leverage that private companies can use in dealings with governments.

What intellectual property and technology transfer risks arise from private space dominance?

When advanced space technologies are developed exclusively in private companies, the government has no automatic access to that knowledge and no comprehensive view of where that technology goes through commercial channels. Private companies can license or share technical knowledge through business relationships that may not be fully captured by export control regulations, which were designed primarily for hardware transactions rather than for managing ongoing technology relationships in a rapidly evolving sector.

What structural reforms could reduce the risks of commercial space concentration?

The most impactful reforms would include creating a single regulatory authority with comprehensive oversight of commercial space activities, developing contractual requirements for national security priority access in government contracts with commercial providers modeled on the Civil Reserve Air Fleet, and expanding CFIUS authority to include clear statutory criteria for strategically significant commercial space assets. Each of these approaches addresses a different dimension of the governance gap, and none of them would require dismantling the commercial space industry that created the strategic capabilities governments now depend on.