Commercial Satellites in the Crosshairs

On July 9, 2026, a joint investigation by The Insider, Der Spiegel and Le Monde revealed contents of the documents allegedly from a secret Russia-China military forum in Guangzhou. Among these documents, a slideshow purportedly laid out a three-tier plan to neutralize Elon Musk’s Starlink constellation. It begins with diplomatic and regulatory pressure followed by jamming and orbital-slot denial and physical destruction of satellites as the final rung. Fast forward two months, on September 14, Air Force Secretary Troy Meink announced, the first official disclosure of its kind, that the United States has, "on-orbit space control weapons capable of defending the Joint Force against hostile adversary action." The causal link between the two developments is difficult to establish. However, they have certainly pushed the theoretical debate of space weaponization into the practical realm. It demands a closer scrutiny of their implications while also impinging the necessity to find a diplomatic common ground, sooner rather than later, vis-à-vis weaponization element of outer space.

Furthermore, Starlink’s proven track record in the Russia-Ukraine war adds another layer of anxiety. Ukraine has successfully integrated the link for communication, drone control along with other battlefield applications. The Starlink involvement in the war, a purely commercial entity, has already blurred the line between its variant Starshield which is exclusively built for Pentagon.  The rivals, Russia as a direct stakeholder and China as a distant but concerned observer, are unable to view it as purely a commercial entity since the constellation now has a history to being rerouted for military purposes.  It has become a contested strategic asset for the United States besides the stated purpose of providing home internet to users around the world.

At least since 2022, there have been reports that Chinese academics and researchers contemplating on ways to disable or disrupt Starlink. Lasers, microwaves and “soft kill” mechanisms have been proposed as instruments to that effect in journals. Contrarily, the Guangzhou leaked documents were not random academics brainstorming about the possible solutions to the conundrum, but researchers from China Aerospace Science and Technology Corporation (CASC). The organization is the brain and muscle behind China’s Long March rockets and military space infrastructure. Interestingly, if reporting is to be believed, the joint forum has been convening since 2020. The Insider, however, is confident in its reporting, corroborating the attendee list against flight records, and tallying the officials named in the documents to the dates and venues of said forum. It is the source of aforementioned plans that sets it apart from scholars speculating in academic journals about the same ideas. The supposed forum is where the ideas move from concepts on paper to actual development of systems.

While there may or may not be a correlation with the leaked documents and Secretary Meink’s announcement two months later, a more accurate way is to analyze the development from deterrence signaling perspective. Since the nuclear age, the states have resorted to this practice around every strategic weapon. The disclosure is deliberately ambiguous around the specifics of in-orbit weapons, aimed at confusing the adversary’s strategic risk calculus.  The experts, however, believe that it is not going to have a major impact on Moscow or Beijing’s behavior regarding Outer Space. Without the specifics about the capability or a clear threshold of their use, it is unlikely that both adversaries would alter the course they have charted deeming space as a strategic domain. Washington has been consistently accusing both the states of deploying counterspace weapons, denied reflexively by Russia and China. They, however, have voiced their concerns that the US admittance will certainly push forward an arms race in outer space, with Russia calling for ‘complete demilitarization of outer space’.

The efficacy and adherence to the rules of other strategic domains could be argued but at least they have certain rules, unlike outer space. The legal architecture at disposal, to restrain the weaponization by all states, is weak and open to interpretation. The 1967 Outer Space Treaty (OST) bars the placement of weapons of mass destruction in orbit, but it says absolutely nothing about other kinetic and non-kinetic means of interference with space objects. Unilateral moratoriums like the one announced by United States on direct ascent ASAT testing have little, if any, impact besides their normative value. While America has been vying to set itself apart from Russia and China through consistent championing of the idea of responsible behavior in Outer Space, the announcement of a deployed on-orbit weapon has levelled the field, even by its own interpretation of irresponsible behavior. There is a dangerous course going forward where China could frame an attack on Starlink as ‘self-defense’ due to its proven military utility and the US would justify its attack against Chinese space assets as protection of critical infrastructure. The OST, at its time of inception, didn’t anticipate a satellite constellation serving both commercial and military purposes in future. This gap in the flagship legal instrument is central to how each side justifies its action going forward.

Despite what the contents of leaked documents say and what the US has chosen to admit, a direct confrontation in outer space is not imminent. Each side is aware of the nondiscriminatory risk of space debris. It is a common deterrent for all the stakeholders to engage in such an action. But it is certain that an arms race in Outer Space is already underway and ominously we are closer to the settlement of the debate if space is already weaponized or not. The time for building a consensus on the rulebook is constantly reducing.    

Akash Shah is a Research Officer at an Islamabad-based think tank, Strategic Vision Institute (SVI). His research focuses on the intersection of space and emerging technologies with nuclear strategy and security.