BusinessMilitary

Why Private Companies Provide Better SSA Than The Pentagon

LeoLabs' newest space radar station in western Australia will feed SSA data to the US government.
LeoLabs’ newest space radar station in western Australia will feed SSA data to the US government. (Image:LeoLabs)

Rocket Lab ($RKLB) is expected to launch four Spire-built satellites on Wednesday for NorthStar Earth & Space that will collect space situational awareness data on objects in LEO. The constellation is a bet on a robust market for privately-collected space traffic info.

With the launch of the new TraCSS pathfinder last week, we’re closer than ever to seeing the government deploy commercial capabilities to fulfill the Department of Commerce’s mandate to create a public database of space activity. 

It’s not just to give DOD a rest from tracking the ever-increasing amount of stuff in orbit and focus on military objectives; it’s also that private SSA is more accurate than what the government is providing. Last year, the GAO found that the Space Force lacked a coherent plan to use commercial data and, as a result, used it sporadically.

It’s the maneuvers, stupid. One source of error (pdf) in current SSA is when spacecraft move for station-keeping purposes or to dodge a potential conjunction. Space Force trackers don’t receive information about maneuvers or may have trouble modeling them. 

Satellite operators have a solution—the Space Data Association, a clearinghouse for voluntary information created in 2009. During a Commerce Department trial in 2022 focused on GEO satellites, COMSPOC assessed its accuracy (pdf) was seven times better than the current standard thanks to its use of data from the association.

It’s the data. Military space trackers depend on the “Space Fence” radar built by Lockheed Martin ($LMT) (and, likely, some classified sensors as well). But commercial data sources, like LeoLabs’ six radar sites around the globe, Slingshot’s 150 optical sensors, or the on-orbit data collected by the new NorthStar constellation or Maxar’s Non-Earth Imaging sensors, among others, can provide more frequent observations and tracking than the DOD alone. 

And it’s the software. COMSPOC says its software was three times more accurate than legacy systems while tracking six MEO GPS satellites in 2022, even without user data. LeoLabs CEO Dan Ceperley said not to underestimate the complexities of managing the data flow from multiple sensors and collating it into timely and useful information.

Last year’s GAO report detailed how Guardians struggled to take advantage of commercial data “because the legacy systems were never designed for data sharing or connecting to a network.”

Related Stories
BusinessCivil

The FAA OKs Varda’s Landing Plans

Varda’s in-space manufacturing capsule is cleared for reentry after months of regulatory back and forth. 

BusinessLEO

China Could Fill Potential Post-ISS Gap in LEO, Industry Says

The US is at risk of losing leadership in LEO to China if commercial space stations do not come to fruition before the ISS plunges into the sea, two industry officials told lawmakers on Wednesday.

CivilMilitary

Congress Reveals Russia’s Possible Nuclear ASAT Plans

Congress was thrown into a frenzy yesterday amid reports that Russia is working on a space-based nuclear capability that could target satellites in LEO.

Business

BlueHalo Acquires Eqlipse for Advanced Defense Applications

BlueHalo, a young defense prime making headway in the space domain, announced yesterday that it has acquired Eqlipse, a cyber, intelligence, and advanced R&D firm working on the edge of defense applications.