The Infrastructure of an Orbital Gatekeeper
The number that landed in every space beat inbox this month: $61 billion. That's Novaspace's projection for cumulative global spending on space situational awareness over the next decade. It made for clean headlines. Space is getting dangerous, the logic went. Governments are responding. The market is exploding.
The number is real. The frame is misleading.
The $61 billion buys you a decade of government-dominated SSA programs — military satellites, sovereign sensor networks, the kind of spending that happens in black budgets and defense appropriations bills. The slice of that pie that commercial companies can actually compete for: $3.6 billion over ten years. That's not a market. That's a rounding error in a typical Pentagon program.
The real story is hiding inside the footnote.
What SSA actually is
Space situational awareness — the ability to track objects in orbit, predict collisions, coordinate launches and deorbits — is becoming the invisible infrastructure of the orbital economy. LEO went from under a thousand active satellites in 2019 to more than 10,000 today. The forecast for 2030: at least 70,000. Starlink alone is responsible for the majority of close approaches tracked by US Space Command.
Tony Frazier, CEO of LeoLabs — one of the largest commercial SSA providers — put it plainly: almost half of all satellites orbiting Earth by the end of the decade will be operated by US adversaries, primarily China. "In this dynamic environment," he said, "the markets for SDA and space traffic management services are expanding and evolving."
That's one way to put it. Another way: the domain is becoming contested at the exact moment the tools for monitoring it are fragmenting into a patchwork of incompatible, proprietary data streams.
The governance vacuum
In 2018, Space Policy Directive 3 laid out a straightforward logic: the US military should focus on its core mission — warfighting in space — and a civilian agency should handle the commercial and civil side of space traffic management. The Department of Commerce was assigned the job. The program that resulted, Traffic Coordination System for Space (TraCSS), was nearly operational when the second Trump administration zeroed out its funding in the FY26 budget request.
The Space Force pushed back. In a statement, Space Operations Command said it would "continue to advocate" for the SPD-3 objectives. Charles Galbreath, a retired Space Force colonel now at the Mitchell Institute, noted that if TraCSS goes away, the military mission — tracking satellites for national security purposes — and the civilian mission — warning commercial operators of collisions — collapse back into a single overloaded command that was already struggling with both.
"Governments are actively trying to get to a point where they can manage SDA like air traffic control," said Diana Klochkova, chief marketing officer at Privateer. "But progress has been slow, and the need is immediate. In the meantime, commercial players have to fill that gap."
That's exactly what they're doing. LeoLabs operates a global network of radars dedicated to tracking LEO objects. Comspoc runs an analytics platform that fuses data from multiple sensors. NorthStar is building a constellation of 24 SSA satellites. The Space Data Association — a nonprofit consortium of satellite operators — is trying to establish itself as a neutral data-sharing hub.
The problem: none of these systems talk to each other. Operators are drowning in overlapping alerts from multiple SSA providers, with no clear framework for which data to trust. "They are getting alerts from many sources, and there is uncertainty of what to do with it," said Joe Chan, chairman of the Space Data Association.
The sovereignty problem
SSA has always had a dual-use character — the same sensors that warn a satellite operator of an impending collision also track adversarial satellites for missile warning and space warfare preparation. But the commercial boom is making the distinction sharper, not blurrier.
Forty-nine percent of the dedicated SSA satellites expected to be launched through 2034 are SST spacecraft — Space Surveillance and Tracking assets. These are military systems, built and operated by governments. But the commercial companies providing SSA data and services are increasingly embedded in government programs. LeoLabs has a $13 million Series A and is pursuing Defense Innovation Unit contracts. The line between "commercial SSA company" and "defense contractor" is not clean.
Here's the part nobody's talking about: when commercial SSA companies become the authoritative source for orbital tracking data — when launch licenses, insurance underwriters, and regulatory bodies treat their catalogs as the ground truth — those companies inherit the power to define what "safe" means in orbit. They set the standards for conjunction alerts. They determine which satellite operator gets warned and which one doesn't. They generate the evidence that determines liability when something goes wrong.
This is not hypothetical. The Office of Space Commerce issued a request for information last year on structuring multi-vendor SSA data contracts — acknowledging that the government is explicitly buying commercial SSA data rather than building its own. The Space Force's own evaluation of commercial SSA data licensing, according to a GAO report, has been "limited" — meaning the acquisition is ahead of the evaluation.
The asymmetry
There are approximately 80 nations with active satellites or launch capabilities. There are perhaps five or six companies globally that can provide comprehensive SSA coverage independently. LeoLabs, Privateer, Comspoc, Numerica, Slingshot. All US companies. All operating under US jurisdiction.
Every nation that does not have its own SSA capability — and that includes most of the world, including many US allies — is dependent on data from either the US military or a handful of US commercial providers to know what's happening in the orbit they launched assets into. This is not a theoretical vulnerability. It is the current operating reality.
The Outer Space Treaty of 1967 established that space is the "province of all mankind" and not subject to national appropriation. It did not say anything about who controls the surveillance infrastructure that determines who can safely operate there. That question is being answered by default, through market consolidation and budget decisions, not through any deliberate governance process.
What the numbers actually mean
Back to the $61 billion. If you add up the annual market estimates from Fortune Business Insights, MarketsandMarkets, Grand View Research, and MarketResearchFuture, you get figures ranging from $1.7 billion to $19.6 billion for the current year alone. The range is not a sign that some analysts are wrong and others are right. It's a sign that "SSA" means different things to different people.
Novaspace's $61 billion is a 10-year cumulative all-sources figure that includes every government SST program and military satellite ever flown. The $3.6 billion commercial slice — the number that represents what commercial SSA companies are actually competing for — is roughly 6% of the total. That's the number that matters for understanding the business opportunity. The $61 billion headline number is what you put in a press release.
The angle
The orbital economy needs SSA like air travel needs radar. But nobody built the radar. Nobody set the standards. Nobody established the governance framework that determines who provides the data and what obligations come with it. And the US government — which was, improbably, on the verge of building exactly that civilian system — just walked away from the project.
What's filling the gap is a handful of US companies, operating without an international mandate, establishing de facto standards through commercial relationships that the rest of the world will have to live with whether they have a vote or not.
The Novaspace report is a market report. It is also a document describing the quiet construction of a new kind of infrastructure power — one exercised not through territorial claims but through control of the surveillance that determines who can safely operate in space. The $61 billion figure is interesting. The governance vacuum behind it is the story.