The Myth of the Neutral Conduit

In mid-October 2026, across the front lines in eastern Ukraine, an unexpected problem disabled long-range defense operations. High-speed interceptor drones, used by Ukrainian air defense units to track and hit incoming Russian Shahed attack drones, began losing signal mid-flight and dropping out of the sky. The loss of control was not caused by Russian signal jammers or bad batteries. Instead, the satellite receivers mounted on the drones were blocked by an automatic software rule. Whenever a terminal traveled faster than one hundred miles per hour (one hundred and sixty kilometers per hour), its data link cut off completely.

The practical impact on the battlefield was immediate and direct. Fast strike drones aimed at distant oil refineries and high-speed interceptors built to catch jet-powered targets could no longer stay connected. Ukrainian President Volodymyr Zelenskyy confirmed that these limits hurt the country’s defensive perimeter, while military technicians tried to understand why communications equipment provided through Western defense partnerships was shutting down during critical combat missions.

The incident challenged a common assumption about satellite internet. Commercial satellite networks are often seen as an open public utility, a signal layer that operates above national politics and borders. The reality is that every satellite in low-Earth orbit answers to the code sent by its owner. The software speed limit showed that the sky is not an open space free of control. It remains private property, shaped by physical equipment, national regulations, and company management.

When an unannounced software change can ground a country’s air defenses overnight, the idea of an open network falls apart. Access to satellite links during war is not a permanent guarantee. It is a temporary service that can be changed or canceled by outside parties whose business goals or political interests change.

The Ethereal Commons and Its Concrete Roots

This gap between the idea of an open digital world and the reality of physical control began long before satellites circled the Earth. In February 1996, political activist John Perry Barlow wrote A Declaration of the Independence of Cyberspace during the World Economic Forum in Davos, Switzerland. Barlow told national governments that they had no place in the digital world. He described the internet as an open space of human thought that governments could neither govern nor border.

That perspective became widely popular, but it overlooked how networks actually work. The internet was never an invisible world floating outside physical space. It has always been made of physical equipment sitting on sovereign soil, protected and regulated by the laws of specific countries. It runs through thick glass-fiber cables under the ocean, heavy server racks in steel buildings cooled by local river water, backup diesel generators, chip foundries, and cables buried alongside railway tracks.

The cloud is often described as weightless storage for human culture, commerce, and government records. Yet those servers always sit inside real physical borders. European governments ran into this problem as they evaluated their heavy dependence on American tech firms like Amazon Web Services, Microsoft Azure, and Google Cloud. Under the United States CLOUD Act of 2018, American courts can order domestic technology companies to hand over data stored on their servers, even when those servers are physically located in Frankfurt, Dublin, or Paris.

European leaders tried to respond by building projects for digital autonomy. Initiatives like Gaia-X were created to set European data standards, and laws like the General Data Protection Regulation tried to restrict how personal data crosses borders. Even so, these rules face the hard economics of computing power. Building and running modern cloud networks and artificial intelligence systems costs tens of billions of dollars each year. Because European alternatives do not match that level of investment, European agencies remain politically independent while depending heavily on American computer infrastructure.

The service always depends on who controls the land under the hardware. When a government stores its official records, public services, or military logistics inside equipment owned by a foreign company, it is not using an independent public utility. It is working inside private property subject to the laws of another country.

The Cold War Heritage of the Borderless View

The habit of presenting military programs as universal achievements for all humanity began during the Cold War. The space race established the exact pattern we see in commercial technology today.

On July 20, 1969, Neil Armstrong climbed down the ladder of the Apollo 11 Lunar Module and walked on the moon. The words he spoke into his radio about a giant leap for mankind framed the mission as a shared human milestone. On the side of the lunar lander, NASA placed a metal plaque showing two maps of the Earth, inscribed with the words: “We came in peace for all mankind.”

Right next to that plaque, Armstrong and Buzz Aldrin set up the American flag. The flag was held straight by a metal rod so it could be seen without wind. The United States had already signed the 1967 Outer Space Treaty, which stated that no nation could claim the moon as its own territory. Even with that agreement, the image broadcast around the world sent a clear visual message. The expedition was an assertion of national strength.

The machines that carried astronauts to the moon came straight out of military programs. The Saturn V rocket, developed under aerospace engineer Wernher von Braun, came from the technology behind the German V-2 rocket and American military missiles like Redstone and Jupiter. The flight paths worked out to guide Apollo capsules to the moon were the exact orbital paths designed to carry nuclear weapons across oceans.

The Apollo program was funded to answer a strategic challenge, not out of abstract scientific goodwill. The Soviet Union had beaten the United States to several early milestones: launching Sputnik 1 in 1957, putting Yuri Gagarin into orbit in 1961, and landing early robotic probes on the lunar surface. Apollo was a massive government and industrial effort built to show that American engineering and manufacturing could outperform the Soviet Union. As soon as that political contest was settled and the Soviet space effort slowed down, American funding dropped sharply, leaving crewed lunar landings untouched for decades. The mission presented as a step forward for the whole world was driven from the start by great-power rivalry.

The Fragile Geometry of the Overview Effect

Seven months before the Apollo 11 landing, an image from orbit gave the public a fresh view of the planet. On Christmas Eve in 1968, the Apollo 8 spacecraft completed its fourth turn around the back of the moon. As the capsule turned, astronaut William Anders saw the Earth rising over the bare lunar landscape. He picked up a camera loaded with color film and took the picture that became known as Earthrise.

The photograph showed the planet surrounded by deep black space. From that distance, the Earth looked bright, small, and fragile, marked only by blue water and white clouds. There were no country borders, no military outposts, and no political barriers visible from space.

The picture contributed to what writer Frank White called the overview effect: the deep change in perspective that astronauts feel when seeing the whole planet from space, realizing that political arguments seem small against the scale of the universe. The photograph became an enduring symbol, helping start the first Earth Day in 1970 and shaping the early environmental movement. The visual message seemed obvious: looking down from the sky made national boundaries look artificial.

At the same time, the events of 1968 on the surface showed how little that perspective altered world events. That year brought intense combat during the Tet Offensive in Vietnam, where tens of thousands of soldiers and civilians were killed. In the United States, civil rights leader Martin Luther King Jr. and Senator Robert F. Kennedy were assassinated, sparking riots across multiple cities. In Europe, Soviet tanks rolled into Prague to end democratic reforms in Czechoslovakia, restoring state boundaries by force.

The contrast between the calm orbital photograph and the fighting on the ground showed the limits of the view from above. The overview effect was an inspiring personal experience, but it did not stop battles or settle border disputes. The borderless perspective was a rare view experienced by a small group of astronauts inside sealed capsules. On the ground below, borders remained real, contested, and defended by the very states that built the rockets to look at them.

The Legal Illusion of the Commons

Because the early space race happened during a time of nuclear tension, diplomats worked to write rules for space before conflicts could spread off the Earth. This effort produced the 1967 Outer Space Treaty, signed by the United States, the Soviet Union, and many other nations.

The agreement described space as the province of all mankind. Its most important rule, Article II, stated that no country could claim sovereignty or ownership over the moon or any other celestial body through occupation, use, or any other method. It was a major legal achievement during a pause in Cold War friction.

The treaty passed smoothly because neither side had the technology to build real bases in 1967. Neither the United States nor the Soviet Union could build permanent outposts, mine passing asteroids, or drill for water on the moon. It was straightforward for nations to agree that space belonged to everyone when none of them could extract resources or stay there permanently. The treaty prohibited national borders because no one was yet capable of holding territory.

That agreement has weakened as space technology has advanced. Today, missions to the moon are focused on valuable resources, especially water ice found inside dark craters at the lunar South Pole. Water ice provides drinking water and can be split into oxygen and hydrogen to make rocket fuel, turning the lunar pole into a potential base for deeper space travel.

Because these ice-rich areas are small and few, countries have developed legal arguments to work around the 1967 ban on owning territory. Under the American-led Artemis Accords, member countries agree that taking resources from the moon does not count as claiming national ownership, treating space extraction like commercial fishing in international waters. The Accords also introduced safety zones, which let operating countries ask others to stay clear of their work areas to prevent interference.

Other space-faring nations pointed out what this means in practice. If a country sets up a safety zone around an extraction site on a crater rim, it effectively controls that ground without having to formally claim sovereignty. In response, China and Russia created their own group, the International Lunar Research Station, aiming for the same resource-rich locations at the lunar South Pole.

The idea of space as a shared common territory is being replaced by practical resource competition. Space activity is following familiar geopolitical rules, where legal terms are adjusted to let allied groups secure valuable ground for themselves.

The Privatized Sovereign

The current era of space activity has introduced an element that was missing during the Cold War: the private company as an independent strategic actor. During the Apollo missions, every launch system, communication line, and capsule was run by government agencies under direct official command. Today, orbital communications are dominated by private satellite constellations that are far larger than the systems run by state space programs.

The conflict in Ukraine demonstrated how powerful this commercial role has become. SpaceX’s Starlink network, with thousands of small satellites in low-Earth orbit, gave Ukrainian military and civilian units dependable, low-delay internet connections after ground towers were destroyed by Russian artillery and missiles in 2022. It became an essential tool for defending territory, giving front-line units a network that traditional jamming could not shut down.

Yet relying on a commercial vendor also exposed new vulnerabilities. Unlike classic defense contractors that build equipment to rigid government instructions, SpaceX manages its network as an active commercial service. When company leaders decided that consumer Starlink dishes should not be used as attack guidance systems, connections were turned off during Ukrainian sea-drone missions against the Russian naval fleet in Sevastopol. When software speed limits were put in place in October 2026, the explanations were tangled. SpaceX leadership pointed out that military systems belong under the Starshield program funded by the Pentagon, while news reports indicated discussions between company leadership and political officials trying to avoid wider escalation.

This dynamic overlaps directly with global energy markets. Long-range Ukrainian drone strikes targeted Russian refineries and fuel storage to cut off war revenue. In Western countries, fuel shortages and rising oil prices raise domestic living costs, creating inflation pressures during election seasons. When technical decisions to limit satellite communication on the front line overlap with political efforts to steady international fuel markets, the line between commercial choices and international diplomacy blurs.

A private firm, built on government contracts but directed by its own executives, now has the power to affect tactical military plans and influence diplomatic talks. Defense ministries around the world are discovering that critical battlefield communications can depend on service terms and executive decisions made by a commercial supplier. Rather than removing state power, private infrastructure adds a new, unpredictable variable to international security.

The Persistent Border

The path connecting the Saturn V to modern satellite networks, and the Apollo plaques to current cloud data centers, shows a consistent pattern. Whenever an unfamiliar technological space opens up—whether it is Earth orbit, the lunar surface, or the digital network—we attach our best hopes to it. We tell ourselves that advanced tools will move us beyond long-standing political and military conflicts.

We expect that satellite networks will create an open global discussion, that photographs of the Earth from above will make war look obsolete, and that digital storage will make country borders unnecessary. These ideas are appealing because they treat political problems like technical puzzles, assuming that better software, faster signals, and new flight hardware can solve human disagreements.

History shows the opposite result. Technology does not dissolve human borders; human borders adapt and claim technology. The networks that let us send information and travel across long distances are funded, built, and defended by specific nations with their own security interests. Because these systems depend on physical territory, they carry the political goals and defensive worries of their home countries into every environment they reach.

The satellites moving through low-Earth orbit do not create an open sky detached from the world below. They are physical parts of terrestrial power, shaped by export regulations, software rules, and national negotiations. The flags planted on the moon and the speed limits placed on military equipment share the same practical background.

Humanity has not moved past territorial divisions by launching rockets or creating global digital links. We have brought our existing borders along, extending them into the sky above.

Image: NASA