U.S. military grants SpaceX access to restricted orbital tracking data

U.S. military grants SpaceX access to restricted orbital tracking data
SpaceX gets military data

A new data-sharing arrangement between the U.S. military and SpaceX is intensifying scrutiny of how commercial space traffic management is evolving. The move gives the company access to more precise collision-tracking information as policymakers continue to debate the future of the federal Traccs program.

Highlights

  • U.S. Space Command granted SpaceX unprecedented access to its High Accuracy Catalog and Vector Covariance Messages, marking the first such civilian agreement.
  • SpaceX’s privileged access to precise military tracking data strengthens its competitive advantage as the Traccs civilian space traffic program faces repeated budget threats in FY26 and FY27.
  • The data-sharing deal comes as SpaceX operates about 11,000 Starlink satellites, with ambitions to reach 20,000, in a U.S. commercial space sector projected to approach $2 trillion in a decade.

Military data-sharing deal sharpens debate over orbit control

As first reported by The Guardian, the U.S. military has given SpaceX enhanced access to restricted tracking data from U.S. Space Command’s High Accuracy Catalog, including Vector Covariance Messages derived from military sensors, telescopes and ground radars. The arrangement, acknowledged by the Space Force in a statement to Breaking Defense, marks the first time a commercial company receives this level of access to the secure catalog of objects in orbit.

The agreement comes as the administration and Congress continue to clash over the future of the Traffic Coordination System for Space, or Traccs, a civilian program created to take over commercial space traffic coordination from the Defense Department. Industry observers say the latest move strengthens SpaceX’s position in a market where operators rely on accurate conjunction warnings to avoid collisions among satellites, spacecraft and debris.

Former Traccs employee Cole Donovan, now with Stand Up for Science, says the arrangement risks making one company the de facto coordinator for space traffic in the U.S. He argues that SpaceX gains an advantage over rivals offering similar services because military radar data is more precise than the company’s own Stargaze tracking network, which monitors objects in low Earth orbit but is less accurate for smaller debris.

Space sector stakes rise as Traccs funding remains contested

Traccs helps manage thousands of satellites, debris objects and spacecraft, and supports efforts to prevent as many as 50,000 near-collisions a day. Yet the program has never been fully staffed or funded, and the administration has twice sought to cut its budget sharply, first in fiscal 2026 before Congress restored funding, and again in the fiscal 2027 process, where the House has also moved to put funding back.

SpaceX’s growing role comes as the commercial U.S. space market is expected to approach $2 trillion over the next decade. The company already operates about 11,000 Starlink satellites and could expand that total to 20,000 in coming years, deepening its influence over launch, broadband and orbital operations.

The government is receiving access to SpaceX’s Stargaze cameras and sensors in return, a tradeoff supporters say could improve the military’s visibility in orbit. Critics counter that the shared data remains sensitive because it is classified as controlled unclassified information and could reveal limits in U.S. defense tracking capabilities or enable reverse engineering of surveillance methods.

A former National Oceanic and Atmospheric Administration official says SpaceX has been responsive to space safety concerns, but argues the larger failure lies with the government’s inability to build a coherent governance framework with transparency and equal treatment for operators. Others, including Public Citizen lobbyist Craig Holman, say the arrangement raises ethical concerns because it appears to reward a political ally with lucrative federal business in a strategically important sector.

In our earlier article on Musk’s pledge to reimburse users for Grok-related transaction mistakes, we examined how AI agents handling payments and bookings are raising new questions about who bears the losses when automated systems err. We also noted that most developers’ terms typically shift liability to users, even as real-world incidents highlight growing operational and financial risks from agent-driven actions.

This material may contain third-party opinions, none of the data and information on this webpage constitutes investment advice according to our Disclaimer. While we adhere to strict Editorial Integrity, this post may contain references to products from our partners.