Space Force Will Launch Software to Track Orbit
A new military prototype will integrate commercial and government space data by this fall.
Updated on Sept. 22, 2026 in Space
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The United States Space Force plans to launch a software prototype in fall 2026 to consolidate military and commercial orbital data. The initiative aims to improve situational awareness by combining diverse tracking streams into one unified picture.
Why it matters
Parallel tracking streams currently result in redundant efforts that slow down critical operations. Faster data integration is necessary to mitigate collision risks as the number of satellites and orbital debris continues to climb.
The system will utilize data from a global network of radars and optical telescopes, including the 18th and 19th Space Defense Squadrons. It is designed to handle LEO objects moving at 17,000 miles per hour.
The players
Space Force
This is the military branch of the United States Armed Forces responsible for space-related operations and domain awareness.
Mission Delta 2
This organization within the Space Force is specifically tasked with overseeing space domain awareness and tracking orbital activity.
18th Space Defense Squadron
This military unit is a key component of the Space Surveillance Network responsible for identifying and tracking man-made objects in orbit.
19th Space Defense Squadron
This unit operates within the Space Surveillance Network to provide continuous tracking and characterization of space objects.
The details
Mission Delta 2, which oversees space domain awareness, will develop a minimum viable product to automate the combination of tracking observations. The system prioritizes rapid alerts about orbital changes over the high-fidelity refinement typically performed by military-validated data.
Timeline
Fall 2026 marks the planned launch of the prototype software.
The Big Picture
The Space Force effort represents a shift in paradigm for the Space Surveillance Network, moving toward speed-oriented data synthesis. This transition will ultimately accelerate the orbital kill chain for future space-control operations.
This software development could lead to safer orbital operations and reduced collision risks for the growing satellite constellations that power modern communications. Improved tracking capabilities ultimately ensure the long-term viability of the space environment for civilian and military use.
The takeaway
The move toward integrating commercial sensor data reflects the increasing reality that military assets alone cannot maintain full domain awareness. Organizations seeking to operate in space must adapt to faster data cycles to manage the dense environment of debris.
Further reading
Learn more about the latest developments in Space exploration and military operations.
Source note: This article includes information reported by The National Interest.
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