The Space Race Is a Fight Over Infrastructure
Space competition between the United States, China, and Russia is a contest over services on Earth. The real test is whether communications, navigation, and intelligence keep working under pressure.
A satellite doesn't have to be destroyed to become useless at the moment it matters. Jam its link, compromise the network that manages its users, or prevent its data from reaching a commander, and the military effect may be much the same.
That's the useful starting point for understanding space competition between the United States, China, and Russia. Launches and spectacular weapons tests attract attention, but the underlying contest is over who can keep seeing, communicating, navigating, and making decisions under pressure.
For intelligence and technology professionals, this is a familiar problem in an unfamiliar environment: critical infrastructure with long supply chains, shared dependencies, and opponents looking for the cheapest way to interrupt it.
The competition reaches well beyond orbit
The Defense Intelligence Agency's 2022 assessment of space security describes Chinese and Russian efforts across electronic warfare, cyber operations, directed energy, and anti-satellite weapons. These capabilities differ in maturity and purpose. A development program, a successful test, and a weapon that can reliably support a military campaign are different things.
The same care is needed when interpreting activity in orbit. A spacecraft that can approach another satellite may have inspection or servicing uses. That maneuvering ability can also create a threat. Observing an approach tells an analyst something about capability; establishing intent requires additional evidence.
Space systems also extend far below the satellite. Ground stations, terminals, software, operators, and terrestrial networks all help deliver the service. Protecting the spacecraft while neglecting those dependencies leaves an attacker plenty of options.
The February 2022 attack on the KA-SAT network made that concrete. In its incident account, Viasat described disruption affecting thousands of customers in Ukraine and tens of thousands elsewhere in Europe. It reported no evidence that the satellite itself had been compromised. The European Union attributed the attack to Russia.
The operational lesson is straightforward: a functioning satellite can sit above a service that its users can no longer access.
China and Russia share interests, with important limits
Beijing and Moscow both have reasons to challenge American advantages in space. Their cooperation deserves close attention, especially where navigation, space surveillance, and missile warning intersect with military operations.
But treating them as a single space power obscures more than it explains. Their resources, industrial capabilities, and priorities differ, and cooperation agreements don't establish a unified wartime command structure.
A 2023 CNA study of the relationship found a deepening partnership involving satellite navigation, debris monitoring, missile-defense-related cooperation, and lunar exploration. It also described a shifting balance in which China's growing capabilities and funding were moving Russia toward a secondary role.
The study's cautions matter as much as its headline findings. The researchers found no evidence supporting speculation about a joint missile early-warning system, and they warned that limited transparency made it difficult to judge how fully some agreements had been implemented.
For an analyst, the next question is what cooperation actually enables: shared observations, alternative navigation signals, technology transfers, or operational dependence. Each has different consequences. A signed memorandum is a lead to investigate, not a finished assessment of military integration.
Resilience has to survive contact with the whole system
The U.S. response includes distributing capabilities across larger numbers of satellites. The Space Development Agency's Proliferated Warfighter Space Architecture reflects that approach, using a low-Earth-orbit network to support terrestrial military missions and improve resilience.
The logic is sensible. Distributing a mission can reduce the importance of any single spacecraft and complicate efforts to disable the service by attacking a few targets.
Yet satellite count is an incomplete measure of resilience. Hundreds of spacecraft can still depend on common software, a small set of ground facilities, or a vulnerable management system. Different providers may share an upstream supplier or communications route. Redundancy on an architecture diagram needs to be tested against those common points of failure.
The practical questions are less glamorous than the launch schedule. Can users move to an alternative service? Do they have compatible terminals? Who authorizes the switch? How much capability remains during the transition? Has anyone exercised the process while communications are unreliable?
Commercial capacity and allied systems can widen the options. They also make it important to settle access, priorities, and recovery arrangements before a crisis. Capacity that exists somewhere in the market isn't necessarily capacity a commander can use when needed.
Destruction creates a problem for everyone
Russia's November 2021 anti-satellite test demonstrated the consequences of physically destroying a spacecraft. NASA reported that debris from the test forced astronauts and cosmonauts aboard the International Space Station to take emergency precautions.
That is a different risk from a localized communications outage. Debris can endanger spacecraft belonging to countries and companies far removed from the original confrontation. It also makes the operating environment harder for the state that created it.
This should make us careful with loose talk of an inevitable “space war.” Competition, interference, and destructive attack involve different choices and consequences. Treating them as interchangeable makes escalation harder to understand and sensible responses harder to design.
Follow the service all the way to the user
The most revealing way to assess this competition is to trace a mission from collection to decision. Which sensor supplies the information? How does it move? Who processes it? What happens when one of those steps fails?
That approach gives intelligence collection a clearer purpose and technology investment a more demanding test. It directs attention toward demonstrated capabilities, actual dependencies, recovery times, and the decisions people will have to make during an outage.
The United States, China, and Russia are competing over an infrastructure layer that helps military power function. The advantage will depend heavily on whether useful services keep reaching the people who need them when that infrastructure comes under pressure.