The Pentagon is leaning harder on commercial suppliers in geosynchronous orbit

The U.S. Space Force has created a new $1.84 billion competition that could reshape how it buys some of its most sensitive space-monitoring capabilities. According to Breaking Defense, 14 vendors will compete for rolling task orders over the next decade under the Andromeda program, formerly known as RG-XX. The first task order will focus on commercial satellites intended to replace the Geosynchronous Space Situational Awareness Program, or GSSAP, the military’s long-running “neighborhood watch” spacecraft for close-up monitoring in geosynchronous orbit.

The structure of the award matters as much as its size. Rather than locking in a single prime for a long, closed procurement, the Space Force has set up an indefinite delivery/indefinite quantity contract vehicle that allows it to issue new work as requirements and budgets evolve. That creates room for repeated competition, a wider field of suppliers, and a steadier pathway for newer commercial players to move into missions once dominated by traditional defense contractors.

The scale is notable too. A $1.84 billion ceiling running through April 2036 signals that the service is treating space domain awareness in geosynchronous orbit as a sustained strategic need, not a one-off replacement buy. Geosynchronous orbit, roughly 36,000 kilometers above Earth, hosts many of the military and intelligence community’s highest-value satellites. Monitoring activity there is essential because spacecraft in that belt underpin communications, missile warning, and other critical missions.

Why GSSAP is being replaced

GSSAP has been a core part of that mission for more than a decade. The first satellites in the constellation were launched in 2014, and there are currently six on orbit. The program’s role has been unusually sensitive and unusually important: these spacecraft can move close to other satellites in geosynchronous orbit and inspect them, giving the United States a direct way to observe activity around valuable orbital assets.

But age and capability requirements are catching up with the system. Breaking Defense reports that GSSAP has limited maneuver capabilities, while the Space Force wants replacements that are more agile while still able to remain useful on orbit for long periods. That shift captures a broader change in military space thinking. Endurance is still crucial, but it is no longer enough on its own. The service increasingly wants systems that can reposition faster, respond to changing orbital conditions, and adapt to more dynamic threat environments.

Commercial providers are now being invited much deeper into that mission space. The article says the first Andromeda task order will buy commercial “birds” to replace the existing constellation. That wording is significant because it shows the Space Force is not only buying components or support services from industry. It is preparing to procure operational spacecraft capabilities from a competitive commercial base for one of the most strategically sensitive orbital neighborhoods.

A larger and more diverse industrial field

The vendor pool includes a broad mix of established defense firms and newer space companies. The 14 selected firms are Anduril Industries, Astranis Space Technologies, BAE Systems Space Mission Systems, General Atomics Electromagnetic Systems, Intuitive Machines, L3Harris Technologies, Lockheed Martin, Millennium Space Systems, Northrop Grumman Systems, Quantum Space, Redwire Space Missions, Sierra Space, True Anomaly, and Turion Space.

That list alone tells a story about where the industrial base is heading. Some companies bring long experience in national security space. Others represent the newer commercial and startup cohort that has been pushing faster development cycles and new operating models into orbit. The Space Force appears to want both. Breaking Defense reports that 32 bids were submitted, with 14 selected, so the service has chosen a relatively wide field rather than narrowing immediately to a handful of incumbents.

The strategic logic is straightforward. A wider industrial pool can give the government more design options, more pricing pressure, and more opportunity to exploit rapid commercial innovation. It can also reduce dependence on a small number of legacy suppliers in a domain where timelines, responsiveness, and technical adaptability increasingly matter.

What the contracting model suggests

Col. Byron McClain, the program executive officer for Space Combat Power at Space Systems Command, said earlier this year that the intention is to issue new contracts annually based on service requirements and budgets. That implies Andromeda is designed as a continuing acquisition framework rather than a single replacement event. It also means the vendor field will have repeated chances to compete as the mission develops.

Specific requirements were not made public. Breaking Defense notes that after a draft request for proposals was issued in October and followed up in January, the detailed requirements were marked controlled unclassified information. Even without those details, the direction is clear enough. The Space Force wants commercial capability, greater agility, and a procurement structure flexible enough to absorb technological change over time.

The result is a notable milestone for national security space. The replacement of GSSAP is not just a hardware refresh. It is a test of whether the Pentagon can turn a traditionally exquisite and tightly held mission into a more continuous, commercially contested market. If that approach works, it could influence how future space surveillance and protection programs are built.

What to watch

  • Whether the first Andromeda task order produces a distinctly more maneuverable successor to GSSAP.
  • How aggressively startup-style companies compete against traditional defense primes in follow-on orders.
  • Whether the annual ordering model speeds acquisition without sacrificing reliability for geosynchronous missions.

This article is based on reporting by Breaking Defense. Read the original article.