The Starlink Monopoly Question: Is SpaceX’s Dominance Over Low-Earth Orbit Connectivity a Market Failure or a Market Victory?

Key Takeaways

• Starlink holds 72% of the US satellite broadband market with 10 million global subscribers
• SpaceX’s spectrum acquisitions and launch dominance are raising antitrust alarm bells
• Rival constellations from Amazon and AST SpaceMobile face steep structural disadvantages

The Scale of What SpaceX Has Built

Numbers alone don’t capture what SpaceX has accomplished with Starlink, but they’re a reasonable place to start. As of February 2026, Starlink had surpassed 10 million subscribers worldwide, having crossed the 9 million mark in December 2025. The service added its most recent million customers in under seven weeks. More than 10,020 satellites are now operating in low Earth orbit, representing roughly 65% of all active satellites on the planet. Starlink revenue reached an estimated $11.8 billion in 2025, accounting for the overwhelming majority of SpaceX’s total income. The company’s valuation hit approximately $400 billion that same year.

According to connectivity analytics firm Ookla, Starlink customers accounted for 97% of its global satellite internet speed test samples in the third quarter of 2025. In the United States specifically, Starlink held a 72% market share among satellite broadband households as of the second quarter of 2025, out of a total addressable pool of 2.4 million satellite internet subscribers. No satellite internet provider has ever commanded such a share, at least going back to 2014 by S&P Global’s reckoning.

These figures invite a question that is uncomfortable for an industry that often celebrates disruption without interrogating its consequences. When one company operates the majority of a core communications infrastructure category, delivers service in over 115 countries, and is adding new users faster than all its competitors combined, is that a success story for consumers and markets, or is it a warning sign?

How the Lead Became a Chasm

The operational gap between Starlink and everything else in LEO broadband didn’t happen by accident. It’s the product of a decade of tightly integrated vertical investment that no other private company has yet managed to replicate. SpaceX builds its own satellites, launches them on its own Falcon 9 rockets, manufactures its own user terminals, and develops its own ground software. That closed loop keeps costs down and decision cycles short in ways that externally dependent competitors structurally cannot match.

Falcon 9’s booster reuse has been central to this advantage. By late 2025, SpaceX was operating at a cadence of roughly 15 Starlink launches per month, with individual Falcon 9 boosters now certified for up to 40 flights each. In 2025 alone, the constellation deployed satellites at a rate of approximately 264 per month. No other launch provider in the world, commercial or governmental, operates at anything approaching that tempo.

The satellite manufacturing side is equally formidable. SpaceX has deployed more than 10,000 mass-produced satellites since its first operational launches in 2019. The current generation, the V2 Mini, is launched 28 to 29 per Falcon 9 mission. The transition to Starship, expected to carry approximately 60 larger V3 satellites per flight, could push constellation growth into an entirely different dimension if Starship reaches the operational cadence SpaceX has projected.

The performance improvements have been striking. Reliability scores, which measure whether users can complete uninterrupted activities like video calls, rose by more than 30% in Canada and the United Kingdom and more than 25% in the United States during the second half of 2025, according to the analytics firm Opensignal. Total network capacity surpassed 600 terabits per second following the rollout of newer satellites and inter-satellite communication systems. Download speeds and latency figures now rival fixed broadband alternatives in many markets.

A Regulatory Structure That Wasn’t Designed for This

The American regulatory apparatus governing satellite communications, centered at the Federal Communications Commission, was designed for a different era. It assumed a relatively small number of large satellite operators, managed spectrum sharing through complex international coordination, and processed applications on timescales measured in years. None of that is well-suited to a company that can conceive, build, launch, and begin operating a new satellite generation in less time than a traditional operator takes to file an amendment.

The FCC has been caught between two deeply incompatible imperatives. On one hand, former Chairwoman Jessica Rosenworcel stated publicly in September 2024 that “our economy doesn’t benefit from monopolies,” pointing directly at Starlink’s control of nearly two-thirds of active satellites. On the other hand, incoming FCC Chair Brendan Carr articulated a diametrically opposed philosophy, arguing that regulators should be doing “everything we can to give Starlink, to give Kuiper, to give every other US-based internet provider wind at their back to continue to extend their lead over the CCP.”

That tension resolved, for now, in SpaceX’s favor. In January 2026, the FCC approved SpaceX’s request to launch an additional 7,500 Starlink Gen2 satellites, bringing the total authorized Gen2 constellation to 15,000. The agency also granted SpaceX permission to operate in additional spectrum bands and at higher power levels between 10.7 and 30 GHz, subject to a pending rulemaking. The agency conditioned the waiver on compliance with any rules adopted in that proceeding, including a provision requiring SpaceX to cease operations in exceedance of existing limits if harmful interference to geostationary orbit networks is demonstrated. That “kill switch” clause has become a focal point for competitors hoping to use regulatory processes to impose operational constraints on the Gen2 network.

The spectrum fights have extended well beyond the Gen2 approval. SpaceX won a 2024 dispute with Dish Network when the FCC voted 4-0 to protect Starlink’s access to the 12 GHz band after Dish sought to use that spectrum for a terrestrial 5G network. The agency found that Dish failed to demonstrate that its proposed network could coexist with Starlink’s existing operations.

The EchoStar Deals and the Spectrum Question

Perhaps the most consequential and contested episode in the Starlink regulatory story unfolded in the second half of 2025, when a restructuring of EchoStar resulted in two major spectrum transactions that significantly altered the competitive geometry of the satellite communications sector.

AT&T agreed to acquire wireless spectrum licenses from EchoStar for approximately $23 billion. Separately, SpaceX agreed to acquire EchoStar’s AWS-3 spectrum licenses for $2.6 billion. SpaceX had previously acquired additional spectrum from EchoStar in a September 2025 deal covering AWS-4 and PCS-H band frequencies. The origins of that EchoStar-SpaceX arrangement reportedly overlapped with an FCC investigation into EchoStar’s compliance with its spectrum buildout obligations; following the deals, the FCC ended that probe.

Senators Elizabeth Warren and Ruben Casar wrote to the Department of Justice and the FCC in December 2025, urging close antitrust scrutiny of the transactions. Their letter argued that the acquisitions would help Musk “expand SpaceX’s Starlink capacity and provide an opportunity for the company to gain firepower in the satellite communications industry that competitors will struggle to compete with.” One analyst quoted in the letter noted that it would become “much more difficult for Starlink competitors such as Globalstar to move forward when they can’t possibly compete with SpaceX’s speed in bringing new satellites to market.”

The political dimensions of these deals are impossible to separate cleanly from the regulatory ones. Elon Musk’s reported $277 million in support for Republican candidates ahead of the 2024 election, and his subsequent role in the Department of Government Efficiency, have drawn sustained attention from critics who argue that the regulatory environment now tilts structurally toward SpaceX. Whether that concern constitutes a real antitrust problem or reflects the predictable frustrations of incumbents losing market share is hotly disputed, and the answer matters enormously for how the industry develops from here.

What Competition Actually Looks Like

The honest picture of competition in LEO broadband in early 2026 is that there is very little of it at consumer scale. Outside Starlink, the only other LEO constellation offering live commercial internet services is OneWeb, now operating under parent company Eutelsat. OneWeb’s constellation of approximately 634 satellites generated roughly 187 million euros in revenue for the twelve months ending June 30, 2025, representing about 15% of total Eutelsat Group sales. Starlink’s 2024 revenue was reported at $2.7 billion, making the gap between the two services stark enough to suggest they occupy almost entirely different markets. OneWeb has pivoted to enterprise and government customers rather than competing directly for households, a recognition that head-to-head consumer competition with Starlink on its current terms is not viable.

Amazon’s rebranded Amazon Leo constellation, formerly known as Project Kuiper, has approximately 180 satellites in orbit as of late 2025, compared with Starlink’s more than 10,000. The company is required under its FCC license to deploy 1,618 satellites by July 30, 2026. In January 2026, Amazon filed a request with the FCC for an extension of that deadline, an acknowledgment that the company is unlikely to hit the milestone on time. Amazon Leo’s enterprise preview program, which began shipping terminals in late November 2025, offers download speeds of up to 1 Gbit/s through its Leo Ultra product. The commercial rollout for broader customers is anticipated in 2026, though the constellation’s coverage and capacity remain severely limited compared to Starlink’s current operational footprint.

Amazon has strategic assets that no other Starlink challenger possesses. Amazon Web Services provides a cloud infrastructure backbone that makes Amazon Leo a natural component of enterprise connectivity architectures. The company has secured 92 rocket launches from United Launch Alliance, Arianespace, and Blue Origin, committing more than $10 billion to launch infrastructure. Jeff Bezos’s personal stake in both Amazon and Blue Origin creates alignment between constellation growth and launch supply that mirrors, in a modest way, SpaceX’s vertical integration. But Amazon Leo’s president Rajeev Badyal is himself a former SpaceX vice president, fired by Musk in 2018, who subsequently built the Kuiper program with other ex-SpaceX employees. That lineage speaks to how deeply SpaceX has influenced the intellectual architecture of its own competitors.

AST SpaceMobile represents a different model entirely. Rather than building a general-purpose broadband constellation, AST is developing what it describes as the world’s first space-based cellular broadband network, designed to connect directly to standard smartphones without specialized terminals. AT&T and Verizon have each invested in the company, with Verizon’s October 2025 agreement accompanied by a $100 million commitment. Industry analysis has described AST SpaceMobile as the “not-SpaceX play,” arguing that its existence as a viable competitor is “a structural requirement for a telecom industry that refuses to accept a SpaceX monopoly.” AT&T’s logic, according to that analysis, is that “the cost of funding a future Starlink monopoly far exceeds the risks of supporting a slower alternative.”

AST’s next-generation BlueBird satellites, featuring what the company describes as the largest commercial communications array ever deployed, began launching in late 2025. The company targets 45 to 60 of these satellites in orbit by the end of 2026, sufficient for continuous North American service, though commercial service is not expected before mid-2026 at the earliest given the time needed to accumulate coverage.

T-Mobile, meanwhile, has gone the other direction entirely: it partnered with SpaceX. The T-Satellite service, powered by Starlink’s direct-to-cell satellites, launched commercially in July 2025 after a beta phase that attracted 1.8 million sign-ups. T-Satellite charges $10 per line per month and offers text, voice, and data coverage in areas beyond T-Mobile’s ground network. Over 650 specialized direct-to-cell satellites had been launched as of late 2025. The T-Mobile partnership illustrates one of the paradoxes of the Starlink dominance question: the company’s deepest carrier relationship in the United States is with the country’s third-largest wireless provider, creating an alignment of incentives that complicates any straightforward reading of the competitive picture.

The Direct-to-Device Race and Why It Changes Everything

The original Starlink thesis was about rural broadband. Consumers in areas without fiber or reliable cellular coverage could pay for a dish and get download speeds that matched or exceeded what they’d find at the median urban address. That’s a large market, but it’s geographically and demographically bounded.

The direct-to-device, or D2D, market is different in kind, not just in scale. If satellites can communicate directly with standard unmodified smartphones, they stop being a specialty service for people without other options and become a genuine competitor to terrestrial wireless networks everywhere. The spectrum SpaceX acquired from EchoStar is directly relevant to this ambition. The AWS-4 and PCS-H frequencies acquired in September 2025 are specifically designated for the next generation of Starlink D2C satellites in the new architecture announced that same month.

The FCC’s January 2026 power waiver, granting SpaceX permission to operate at higher power in the 10.7 to 30 GHz bands, was partly aimed at enabling this capability. The agency had previously been limited by international interference rules in what it could authorize, and the waiver represented a significant regulatory acceleration of SpaceX’s D2D ambitions.

Competitors are watching this development with particular concern because the D2D market is, if anything, less tolerant of fragmentation than the residential broadband market. A smartphone user doesn’t choose their satellite provider the way a rural homeowner chooses a dish service. The carrier chooses for them. If T-Mobile has chosen Starlink, Verizon and AT&T have a strategic imperative to offer something credible in return, which explains the investment in AST SpaceMobile. But AST’s timeline is measured in years, while Starlink’s D2C deployment is already operational at commercial scale.

The Geopolitics of a One-Provider World

The concentration of LEO connectivity in a single American company owned by one of the world’s most politically active billionaires has created problems that don’t fit cleanly into any market analysis. Ukraine has relied heavily on Starlink for battlefield communications since Russia’s full-scale invasion in February 2022. That dependence has made Elon Musk’s decisions about service availability, pricing, and geographic coverage into matters of national security for a sovereign country fighting an existential war. Reports that Musk personally intervened in Starlink service decisions affecting Ukrainian military operations have been deeply contested in their specifics but widely reported.

European governments have responded by accelerating support for OneWeb as a structural alternative. Germany has funded OneWeb terminal provision to Ukraine. The European Union’s IRIS² satellite constellation project, a multi-orbit European government broadband program, is partly justified by the perceived risk of over-dependence on a US-controlled commercial network whose operator holds unpredictable political views. The framing in European policy circles is explicit: a world where Starlink is the only viable option is a world where European communications sovereignty is contingent on the preferences of an American private citizen.

China’s GuoWang national broadband constellation, which plans to deploy thousands of satellites under state control, is often discussed in Western analysis primarily as a competitor to Starlink for global market share. But from Beijing’s perspective, GuoWang is as much about preventing dependence on foreign-controlled infrastructure as it is about commerce. The Chinese government has reportedly researched countermeasures against Starlink, citing national security concerns. As of 2025, China had launched roughly 500 GuoWang satellites, a fraction of its stated ambition but a demonstration of serious intent.

The State Department’s reported pressure on other governments to approve American satellite operators, including Starlink, in the context of tariff negotiations in 2025 added another uncomfortable dimension. Countries like India granted Starlink regulatory approval under circumstances that, according to contemporaneous reporting, were at least partly shaped by the desire to avoid trade friction with the Trump administration. When regulatory approvals for a commercial communications service become bargaining chips in bilateral trade negotiations, the line between market competition and geopolitical influence dissolves in ways that classical antitrust frameworks don’t address.

The Market Failure Question Deserves an Honest Answer

Is Starlink’s dominance a market failure? The traditional definition of market failure involves a situation where the free market, left to its own devices, produces outcomes that are inefficient from a social welfare standpoint. By that standard, the case is decidedly mixed.

On the benefit side: Starlink exists because SpaceX made a bet that the traditional telecommunications industry had declined to make, invested billions in infrastructure before the business case was proven, and delivered internet service to millions of people in rural and remote areas who had no viable alternatives. The latency and speed improvements over legacy geostationary satellite broadband are not incremental, they’re transformational. The direct-to-cell capability now rolling out could eventually eliminate mobile dead zones across entire continents. No regulatory program or public investment scheme produced this outcome. Competitive market incentives did.

On the concern side: the barriers to entry in LEO broadband are extraordinarily high and becoming higher. Every additional satellite SpaceX launches makes its orbital position more defensible, its cost structure more efficient, and its coverage denser. The spectrum acquisitions from EchoStar transferred resources that competitors would have used to challenge Starlink into SpaceX’s hands at prices that only SpaceX could credibly pay. The FCC’s 2022 decision to claw back an $885 million Rural Digital Opportunity Fund award from Starlink, on the grounds that the company failed to meet minimum speed requirements during testing, illustrates that even regulatory decisions intended to ensure accountability can be contested indefinitely without producing clear outcomes.

What’s harder to assess is whether the concentration itself is the problem. SpaceX didn’t buy or eliminate its satellite internet competitors. It out-executed them, often by years. HughesNet, facing subscriber declines it cannot arrest, has reportedly begun referring new customers to Starlink rather than attempting to compete. That’s not predatory behavior; it’s a market participant acknowledging that it can’t match what a rival has built. The question of whether SpaceX should have been allowed to build it faster than anyone else could respond is a different and considerably more difficult regulatory question than whether it has behaved anticompetitively in any conventional sense.

The Pricing Dimension

Pricing is one area where the dominance question has the most tangible consequences for ordinary consumers. In the United States, Starlink’s residential service runs approximately $120 per month for standard plans as of early 2026, with hardware costs for the user terminal varying by product tier. Enterprise maritime contracts have reached $5,000 per month. The company has pursued GDP-adjusted pricing in lower-income countries, a practice that has extended its addressable market but also raised questions about whether differential pricing for the same service in the same orbital infrastructure constitutes a form of market segmentation that competition would erode.

By comparison, the legacy geostationary providers that Starlink has been displacing charged comparable monthly fees for service that was technically inferior by almost every measure. HughesNet’s plans have averaged around $64.99 per month; Viasat’s plans have run approximately $109.99 per month. The fact that Starlink commands a significant premium over both while simultaneously absorbing their customers at scale suggests price is not the primary driver of customer decisions. Performance and reliability are. That dynamic systematically favors an incumbent with a densely deployed constellation over a smaller entrant operating fewer satellites with thinner coverage and higher per-bit costs during the early deployment phase.

In North America and Europe, Starlink has responded to the approach of Amazon Leo with price cuts and promotional offers that suggest SpaceX is not indifferent to the threat of eventual competition. That responsiveness to anticipated competition could be read two ways. It could reflect the normal behavior of a dominant incumbent discounting to defend market share before a rival can establish itself, a practice antitrust authorities sometimes scrutinize in other industries. Or it could simply reflect the fact that Starlink’s improving cost structure as the constellation matures allows pricing flexibility that competitors can’t yet match. Probably both things are true simultaneously.

What Would a Healthier Market Look Like?

Several analysts and policy observers have argued that the problem with Starlink’s dominance isn’t Starlink itself, it’s the structural conditions that allowed one company’s advantages to compound so rapidly that viable competition became almost impossible at comparable scale. A more competitive LEO broadband market might have required spectrum policy that prevented a single operator from acquiring the coverage necessary to crowd out rivals, launch licensing frameworks that imposed real costs on hoarding orbital slots, and infrastructure subsidy programs designed to support multiple providers rather than rewarding whichever company could demonstrate the fastest deployment.

Whether those interventions would have produced better outcomes is deeply uncertain. The history of satellite broadband before SpaceX entered the market, featuring multiple bankruptcies, chronically underperforming services, and enormous public subsidies that delivered minimal connectivity, doesn’t support the view that more regulatory intervention produces better consumer outcomes. The 1990s experiments with LEO broadband, including Teledesic, co-founded by Bill Gates in 1990 before collapsing in 2002, and the first iteration of OneWeb before its 2020 bankruptcy, demonstrated how difficult it is to make this business work even without a dominant competitor in the field.

What seems clearer is that the market as it exists in 2026 is not stable. Amazon Leo has the capital and the strategic motivation to become a genuine second option for enterprise and government customers. AST SpaceMobile, if its BlueBird constellation performs as promised, could meaningfully change the mobile coverage arithmetic in North America by late 2026. Telesat‘s Lightspeed constellation, planned to begin deployment with SpaceX as launch provider starting in mid-2026, targets a 198-satellite initial configuration with an enterprise-focused architecture. None of these will challenge Starlink’s consumer subscriber count in any near-term horizon, but each addresses a specific institutional concern about over-dependence on a single provider.

The deeper issue is that the satellite broadband market is, at its base, an essential infrastructure market dressed in commercial clothing. And essential infrastructure markets have historically been managed through regulatory frameworks that accept natural monopoly characteristics while imposing obligations, whether price controls, service requirements, or open-access mandates, that protect the public interest. Whether LEO satellite broadband will eventually require that kind of structural intervention, or whether the arrival of Amazon Leo and its successors will produce enough competition to make regulation unnecessary, is the central open question of the next decade in this sector.

The Elon Musk Variable

No honest treatment of the Starlink monopoly question can avoid the role of Musk’s personal political involvement in shaping the regulatory environment. This isn’t speculation about motive; it’s an observation about documented outcomes. The FCC that approved 7,500 additional Gen2 satellites and granted higher-power operating waivers in January 2026 is led by Brendan Carr, whose stated philosophy is maximum regulatory accommodation for US satellite operators. The FCC that scrutinized Starlink’s spectrum applications, revoked its RDOF funding, and articulated monopoly concerns publicly is the one that operated under Rosenworcel until January 2025. The policy change between those two FCC compositions is stark, and it tracks closely with the political realignment of late 2024.

Whether that alignment reflects legitimate policy differences about industrial competition with China, regulatory capture by a politically connected company, or some mixture of both depends on judgments about intent and institutional behavior that are well beyond what available evidence can definitively settle. What it does establish is that the competitive position of a technology company and the regulatory environment shaping that position have become entangled with the personal political activities of its CEO in ways that were not true for, say, the FCC’s handling of Comcast’s spectrum portfolio or SES’s license applications.

That entanglement is itself a kind of market distortion, one that doesn’t appear in subscriber counts or revenue figures but shapes competitive outcomes nonetheless. A potential competitor calculating whether to invest in a rival LEO constellation has to factor in not just technical and financial risks but the probability that regulatory decisions affecting its ability to obtain spectrum, operate at power levels necessary for commercial viability, and receive government broadband subsidies will be made in a framework that has been demonstrably responsive to the political preferences of its most powerful incumbent. That’s not a normal market calculation.

Summary

Starlink’s domination of LEO satellite broadband is neither a simple market victory nor a simple market failure. It’s a compound outcome: a genuine technological achievement that has delivered real benefits to real people, enabled by competitive dynamics that have created structural concentration risks serious enough to draw antitrust scrutiny, spectrum policy concerns, geopolitical alarm, and billions of dollars in rival investment aimed at producing a “not-SpaceX” alternative that didn’t exist in early 2026.

The fact that 10 million people now have broadband who previously had none, or who were paying far more for far worse service, is not a small thing. The fact that a single private company controls 65% of active satellites, 97% of satellite internet speed test traffic by some measures, and the spectrum that might have powered its competition is also not a small thing. And the fact that regulatory decisions affecting that company’s spectrum access, orbital permissions, and government subsidy eligibility have shifted dramatically in its favor following its owner’s high-profile political activity is a complication that market frameworks alone are not equipped to evaluate. What the market produces next, whether Amazon Leo’s commercial launch in 2026 introduces genuine price competition, whether AST SpaceMobile’s direct-to-device service creates a viable parallel network, or whether Starlink’s structural advantages prove so durable that regulatory intervention eventually becomes unavoidable, will shape not just the broadband market but the governance of space-based infrastructure for decades to come. The monopoly question, in other words, is just getting started.

Appendix: Top 10 Questions Answered in This Article

How many subscribers does Starlink have as of early 2026?

Starlink surpassed 10 million subscribers globally in February 2026, having crossed the 9 million mark in December 2025. The most recent million subscribers were added in under seven weeks, reflecting an accelerating growth curve that is outpacing all satellite internet competitors combined.

What share of the satellite broadband market does Starlink control?

In the United States, Starlink held a 72% market share among satellite broadband households as of the second quarter of 2025, according to S&P Global analysis. Connectivity analytics firm Ookla found that Starlink customers accounted for 97% of its global satellite internet speed test samples in the third quarter of 2025.

How many satellites does Starlink operate compared to its competitors?

As of March 2026, Starlink operated over 10,020 satellites in low Earth orbit, representing approximately 65% of all active satellites globally. Amazon Leo had approximately 180 satellites in orbit, while OneWeb had deployed roughly 634 satellites focused on enterprise and government markets.

What did the FCC approve for Starlink in January 2026?

The FCC approved SpaceX’s request to launch an additional 7,500 Gen2 Starlink satellites in January 2026, bringing the total authorized Gen2 constellation to 15,000. The agency also granted a waiver for SpaceX to operate in additional spectrum bands and at higher power levels, subject to an ongoing rulemaking process and an interference-based operational limit.

What is AST SpaceMobile and how does it relate to the Starlink competition?

AST SpaceMobile is developing a space-based cellular broadband network designed to connect directly to standard smartphones without specialized terminals. AT&T and Verizon have both invested in the company, with Verizon committing $100 million in October 2025, explicitly to prevent a scenario in which Starlink becomes the sole provider of satellite-based mobile coverage in the United States.

What were the EchoStar spectrum transactions and why do they matter?

In 2025, SpaceX agreed to acquire EchoStar’s AWS-3 spectrum licenses for $2.6 billion, following an earlier deal to acquire AWS-4 and PCS-H band frequencies. These acquisitions transferred spectrum directly relevant to direct-to-cell satellite services from a company that could have used it to compete with Starlink into SpaceX’s control, prompting US senators to urge antitrust scrutiny from the Department of Justice and the FCC.

What is Amazon Leo and when does it plan to offer commercial service?

Amazon Leo is the rebranded name, adopted in November 2025, for what was previously called Project Kuiper. The constellation had approximately 180 satellites in orbit by late 2025 and launched an enterprise preview program in November 2025 with terminals offering up to 1 Gbit/s download speeds. Broader commercial service is anticipated in 2026, though the company filed for an FCC deadline extension on its July 2026 constellation milestone.

What is the T-Satellite service and who does it involve?

T-Satellite is a commercial direct-to-cell service launched by T-Mobile in July 2025, powered by Starlink’s specialized direct-to-cell satellites. The service costs $10 per line per month and provides text, voice, and data coverage beyond T-Mobile’s terrestrial network. More than 1.8 million people signed up during the beta phase, including customers from AT&T and Verizon.

Why are European governments concerned about Starlink’s dominance?

European governments are concerned that over-dependence on a US-controlled satellite network whose operator holds significant political influence creates sovereignty and security risks. Germany has funded OneWeb terminal provision to Ukraine as an alternative to Starlink, and the EU’s IRIS² satellite program is partly motivated by the desire to establish European-controlled space-based connectivity infrastructure.

Has the FCC or any US regulator formally accused Starlink of antitrust violations?

No formal antitrust action has been taken against Starlink or SpaceX as of early 2026. However, former FCC Chairwoman Jessica Rosenworcel stated publicly in September 2024 that “our economy doesn’t benefit from monopolies,” directly referencing Starlink’s control of nearly two-thirds of active satellites. Senators Warren and Casar urged the Department of Justice to scrutinize the EchoStar spectrum acquisitions for potential antitrust violations in December 2025.