The New Space Race Is About Who Controls the Infrastructure

Two governments nearly 4,000 miles apart just tipped their hand about the next decade of spending.

This week, in Brussels, the European Union unveiled a sweeping new Arctic strategy featuring two flagship projects: 

1. A secure satellite network, called IRIS² Arctic Connectivity, to carry government communications across the high north.
2. A new undersea fiber cable linking Greenland directly to Europe. 

Because, as EU foreign policy chief Kaja Kallas put it, “Arctic security is European security.”

That same day, at Cape Canaveral, the U.S. Air Force Research Laboratory loaded military-style cargo pods – survival gear, medical equipment, trackers – onto a SpaceX (SPCX) rocket and flew them to orbit and back. The test is part of a program studying whether rockets could someday deliver supplies to troops anywhere on Earth within hours.

Two bureaucracies that rarely agree on anything have, in effect, issued the same memo: space operations are essential. Now governments are spending to guarantee access on their own terms.

A sovereign space system lets a country launch its own payloads, communicate securely, monitor threats, move supplies, and keep operating through a crisis.

For years, that was a think-tank concept. This month, it became a budget line. And that means it’s time for investors to start paying closer attention.

Europe Is Building Sovereign Space Infrastructure

We’ll start with the Arctic because the region is becoming a bona fide arena of competition.

Melting ice is opening shipping lanes and mineral access. Russia has merged its Baltic and Arctic fleets, and undersea cables keep suffering mysterious “accidents.” 

Europe’s response is telling. Its new strategy calls for the region’s own secure satellite constellation over the region, its own cable routes, and a new hub to watch over the infrastructure it already has.

The roughly 350-satellite constellation the EU is building is, in part, an alternative to Starlink – and coverage of the Arctic strategy made clear that several measures aim to reduce dependence on the United States, too.

Ukraine Shows the Risk of Depending on Someone Else’s Network

It seems Europe has internalized a hard lesson over the past few years: connectivity becomes a national-security asset the moment somebody else controls the switch. Just ask Kyiv. Ukraine’s war effort has run on Starlink since 2022 – and this month delivered the starkest reminder yet of who really controls it. On Oct. 14, Ukrainian forces found their Starlink and Starshield terminals throttled without warning. Anything moving faster than roughly 100 mph – drones, aircraft – lost its connection, right as tensions between Washington and Kyiv were boiling over. Zelensky says identical terminals outside Ukraine kept working at those speeds, which is why Ukrainian officials believe the limits were aimed squarely at them. 

Who gave the order is still in dispute. Musk says the U.S. military sets usage limits, the White House denies involvement, press reports point in both directions, and senators from both parties want an investigation. Either way, the lesson landed in Kyiv with full force: somebody else’s hand is on the dial.

Defense officials the world over watched that episode unfold. Which is why sovereignty spending is structurally different from commercial demand. It doesn’t shrink when GDP dips or a hyperscaler trims its budget. Its entire purpose is to exist regardless of what anyone else does.

America Is Running Into a Space Launch Capacity Bottleneck

Now, the United States has the opposite problem. It doesn’t lack a space champion – it lacks room on the runway.

Cape Canaveral and Vandenberg, the nation’s two great launch ranges, are running out of capacity as national-security launches and commercial missions surge. Congress has already allocated $1.3 billion for range construction through 2028, and the Space Force’s next budget request seeks another $2.2 billion for launch infrastructure on top of it. 

The service awarded a contract worth up to $4 billion to modernize operations at both ranges into the next decade. And a congressionally mandated study just concluded the country likely needs an entirely new third spaceport capable of heavy and super-heavy launch – with a capability goal of 2030 that Space Force leadership itself calls aspirational.

In other words, the Pentagon is treating launch capacity the way it treats shipyards and runways: as strategic infrastructure that cannot be allowed to bottleneck. 

The Pentagon Is Testing Space-Based Military Logistics

Which brings us back to that cargo test at the Cape.

The capsule involved – SpaceX’s Starfall – is a squat, disk-shaped reentry vehicle about 10 feet across, built to bring roughly a metric ton of payload back from orbit. SpaceX publicly emphasizes microgravity manufacturing and research returns. But the Air Force’s interest points somewhere else entirely. Its Rocket Cargo program is studying whether large commercial rockets could deliver matériel anywhere on the globe on tactical timelines – to contested areas, disaster zones, or places aircraft can’t easily reach. 

The program’s partner list runs from SpaceX and Blue Origin to Rocket Lab (RKLB), Sierra Space, and Anduril. And the Air Force already holds a contract with SpaceX to demonstrate delivering a transport plane’s worth of supplies anywhere on Earth in under 90 minutes using Starship.

None of this means ammo crates will be falling from the sky next year. Starfall is not a military delivery service today. This week’s test was about collecting data, not dropping supplies to troops. But the direction is clear – because putting assets overhead is only half the job. Keeping them fueled, repaired, and replaceable is the other half. And that’s the half the Pentagon just started rehearsing.

Meanwhile, aboard the International Space Station, astronauts are testing spacesuits, running lunar-agriculture experiments, and studying how human lungs behave in microgravity. Unglamorous stuff – yet no nation maintains a durable presence anywhere, on Earth or off it, without food, suits, medicine, and life support.

Once you put all the layers together, the architecture comes into focus. Launch establishes access. Communications create control. Logistics keep the system supplied. Life support makes it permanent. That’s the full stack of space sovereignty – and every layer of it is being funded, right now, across the globe.