Pentagon’s “Ghost Recon” Program: Why the DoD Wants Satellites That Spy on Other Satellites

If you needed a sign that space is becoming the next major battlefield, here it is. Last week, the Defense Innovation Unit quietly published a solicitation for what might be the coolest-sounding program in the Pentagon’s portfolio right now: Ghost Recon. Not the video game. A real program designed to build commercial satellites that can sneak up on — and photograph — other satellites in orbit.

The full name is “Geosynchronous High-Resolution Optical Space-Based Tactical Reconnaissance.” But Ghost Recon is much better. And honestly, it fits.

What Is Ghost Recon, Exactly?

The short version: the DoD doesn’t have enough satellites watching other satellites. That’s a problem when adversaries like China and Russia are regularly maneuvering their own spacecraft — testing proximity operations, deploying inspector satellites, and generally making the space domain a lot less predictable than it used to be.

The DIU solicitation puts it plainly: the DoD “lacks sufficient satellites capable of providing high-resolution space-to-space imagery and maintaining custody of both friendly and adversarial satellites in geosynchronous orbit.” Geosynchronous orbit — roughly 22,000 miles up — is where military communications and missile warning satellites live. It’s strategically critical and, until now, hard to monitor from up close.

So the Pentagon is doing what it’s increasingly doing in 2026: turning to commercial industry to fill the gap. Ghost Recon is asking private companies to design, build, and launch spacecraft that can:

• Get clo se enough to another satellite to photograph its key components — solar panels, antennas, mission payloads
• Perform weekly “drive-by” inspections of target spacecraft
• Handle “uncooperative” targets (satellites that actively maneuver away)
• Operate for at least three years in GEO

The government wants these birds in orbit within two years of contract award. Within three years, they’d take ownership. By year four, the satellites need to prove they can run at least one close-range inspection mission per week. That’s a tight timeline for a capability that’s genuinely hard to pull off.

Why This Matters Right Now

Space domain awareness — knowing what’s up there, where it is, and what it’s doing — has been a growing concern for the U.S. military for years. China has been aggressively testing satellite maneuvering and proximity operations since at least the early 2010s. Russia has done the same. The fear isn’t abstract: a satellite that can sidle up to one of ours could, in theory, interfere with it, blind it, or physically disable it.

Right now, the U.S. tracks space objects primarily through ground-based radar and optical sensors, plus a limited number of dedicated space surveillance satellites. The problem is that ground-based systems struggle to get detailed imagery of objects at GEO altitude, and the dedicated government satellites in that role are expensive, few in number, and slow to replace.

Commercial satellites change that math. Companies like Planet Labs, Maxar, and Umbra Space have proven that you can build capable spacecraft faster and cheaper than traditional defense programs. T he Ghost Recon concept applies that logic to space-to-space surveillance, using the commercial sector’s speed and cost efficiency to field a capability that currently doesn’t exist at scale.

The Technical Challenge Is Real

Don’t let the cool name fool you. This is genuinely hard engineering. Getting a satellite to autonomously maneuver close to another spacecraft in GEO, obtain high-resolution imagery from 10 kilometers away, and document things like star trackers and communications payloads requires precision that most commercial satellites today aren’t designed for.

The DIU solicitation gets specific: Ghost Recon satellites need to perform “rendezvous and proximity operations” and handle targets that don’t want to be photographed. That last part is interesting. It’s essentially acknowledging that some satellites will try to avoid inspection. The solution? Use multiple spacecraft to track a single target simultaneously.

There’s also the question of orbit. GEO is far from Earth and expensive to reach. Satellites there need to carry significant propellant to maneuver. The solicitation even floats the idea of refueling to extend spacecraft lifespan — another capability that’s still emerging in the commercial sector. Companies had until March 3 to submit proposals, which suggests DIU already has a pretty clear idea of who can do this.

The Bigger Picture: Commercial Space as a National Security Tool

Ghost Recon is part of a broader trend that’s been accelerating over the past few years. The Pentagon is leaning harder on commercial space companies — not just for im agery of the Earth’s surface, but for everything from GPS augmentation to secure communications to, now, surveillance of space itself.

The Ukraine conflict was a turning point. Commercial satellite imagery from Planet, Maxar, and others gave the world a real-time window into Russian troop movements and battlefield damage in ways that were previously impossible. That demonstrated the operational value of commercial space to military planners in a way no briefing could. Ghost Recon is the next evolution of that thinking: if commercial satellites can watch the battlefield on Earth, why not have them watch the battlefield in orbit?

It also raises some uncomfortable questions. If the U.S. is building satellites designed to photograph adversary spacecraft, adversaries are probably doing the same — or will be soon. Space, which has historically been governed by somewhat cooperative norms, is moving toward a more contested environment where everyone is watching everyone else. That’s not necessarily bad, but it’s different. And it means the rules of the road in orbit are going to matter a lot more than they used to.

Key Takeaways

• The Pentagon’s “Ghost Recon” program asks commercial companies to build satellites capable of photographing and tracking other satellites in geosynchronous orbit.
• The DoD currently lacks sufficient close-range space surveillance at GEO altitude. Ghost Recon is designed to close that gap faster and cheaper than traditional government programs.
• Proposals were due March 3, with an expectation of launch within two years of contract award.
• The program reflects a broader strategic shift: using commercial space technology to address national security gaps in orbit, not just on Earth.

Watch the Full Episode

Want to go deeper on how the intelligence community uses geospatial technology to track what’s happening in space and around the world? Check out this episode of The NDS Show: