During the Super Bowl earlier this year, about 25% of the RVs parked in a Southern California campground were using a silver, iPad-shaped device aimed at the sky to stream the game. Not a cell tower. not using a cable. There is no fiber beneath the desert. Elon Musk’s infrastructure, a small terminal, and a low-orbiting satellite flying overhead at 550 kilometers make the whole thing possible. In a way, it’s an ordinary picture of people watching football in the middle of nowhere. But take a moment to sit with it. Depending on your point of view, the fact that this is now commonplace is either an engineering marvel or something that is on the verge of a quiet crisis.
Approximately 90% of all satellite-internet traffic worldwide is currently carried by Starlink. Ninety percent. Tim Ferrer, a satellite communications analyst, cited that figure, which is the kind of number that requires some time to comprehend. A sixty or seventy percent market share in the majority of industries leads to intense regulatory scrutiny. At 90%, you are functioning more as infrastructure than as a market. Furthermore, infrastructure owned by a single private individual raises issues that regulators have been reluctant to publicly address because it lacks the oversight frameworks that normally regulate utilities.
| Field | Details |
|---|---|
| Company | SpaceX / Starlink — satellite internet service provider |
| Founder | Elon Musk — CEO of SpaceX, Tesla, and X (formerly Twitter) |
| Satellite Network Size | 10,000+ satellites in low Earth orbit, approximately 550 km above Earth |
| Market Dominance | Handles approximately 90% of all global satellite-internet data traffic |
| Share of Active Satellites | Controls roughly two-thirds of all active satellites currently in orbit |
| Orbit Advantage | LEO (Low Earth Orbit) allows significantly faster transmission speeds than traditional geostationary satellites at ~36,000 km |
| Active Conflict Deployments | Ukraine (military coordination), Sudan (RSF paramilitary), Iran (anti-government protests, Jan 2026) |
| Key Competitors | Amazon Kuiper, OneWeb — both substantially behind in deployment and market share |
| Regulatory Oversight | Federal Communications Commission (FCC) for spectrum licensing — widely considered insufficient for the scale of dominance |
| Core Risk | A single ownership structure means geopolitical decisions, technical failures, or personal choices by one individual can affect global connectivity |
Starlink’s dominance is due to legitimate and significant technical factors. Conventional communications satellites are about 36,000 kilometers above Earth. Starlink’s constellation is located about 550 kilometers away, which is close enough for signals to travel significantly faster and produce latency that makes real-time applications and video calls truly usable. Before Starlink, there were rivals, but they were unable to match its speed or, most importantly, its cost. By drastically lowering the cost of launching satellites into orbit, SpaceX’s reusable rocket program—the same one that made headlines by landing boosters back on launchpads—created a financial advantage that other businesses have found difficult to match. The Kuiper project from Amazon is on the horizon. There is OneWeb. However, both are lagging behind, and the difference is substantial.
The location of the terminals is what distinguishes the Starlink story from a business school case study. Since the full-scale Russian invasion of Ukraine started in February 2022, Starlink has developed into something akin to vital military infrastructure. It is used to maintain the railway network, coordinate drone operations, connect battlefield units, and keep hospitals operational. According to reports, the Russian military has been using terminals smuggled in through third countries to access the same network, creating the unusual circumstance of both sides of a conflict depending on the same private American satellite company.
In the meantime, Starlink terminals have been entering Sudan through the United Arab Emirates and ending up in the hands of the Rapid Support Forces, a paramilitary organization battling the internationally recognized government. Thousands of smuggled Starlink terminals are said to have kept the protest movement organized and communicating when Iranian authorities shut down the country’s internet in January 2026 in response to protests that broke out all over the country.
All of these scenarios have one thing in common: Starlink intervened when state infrastructure failed, was destroyed, or was suppressed on purpose. That is really helpful. In retrospect, it’s also genuinely concerning. Because neither an international treaty nor a regulatory body has the authority to decide where Starlink operates, under what circumstances, and with what limitations. Elon Musk’s SpaceX manufactures them. In one documented instance from the conflict in Ukraine, Musk personally intervened to limit Starlink coverage in the vicinity of Crimea because he was allegedly worried about escalation. This decision had immediate military repercussions. It almost doesn’t matter if that intervention was appropriate or not. The point is that a single person made a decision that had a significant impact on the outcome of a war, and no one outside of his company had the authority to reverse it.
As you watch this unfold in real time, it’s difficult to avoid feeling a little uneasy. It is historically uncommon for vital communications infrastructure to be concentrated under private, single-owner control. In the twentieth century, telephone networks became too significant to rely solely on market forces, so they were regulated as utilities. Despite its shortcomings, the internet backbone is shared by numerous people. The architecture of Starlink isn’t. Theoretically, millions of people on several continents could be simultaneously affected by a major cyberattack, a corporate bankruptcy, or just a shift in corporate priorities. As some analysts have dryly pointed out, sixty to ninety percent of the world’s satellite internet could be taken down by a single hacking incident.
It is being worked on by rivals. The Kuiper constellation is being put together by Amazon. OneWeb is still launching satellites. Eutelsat has aspirations. According to the Space Republic, Starlink still has significant cost and technical advantages over these competitors, but some governments are starting to diversify their reliance on satellites due to geopolitical concerns. In part because of this worry that depending on the goodwill of an American billionaire for vital communications isn’t a long-term national strategy, the European Union has been creating its own constellation. That instinct appears to be right. Simply put, it’s unclear if the alternatives will materialize soon enough to be significant.
It appears certain that the Starlink monopoly, which accounts for 90% of satellite traffic, will continue to make the kinds of decisions that were previously made by governments. Where the internet is used in times of conflict. if a protest movement is able to communicate. On what terms and to whom is connectivity granted? These are not technical inquiries. One company is currently responding to these political ones.
