York Space Systems has outlined work under two previously awarded US Space Force task orders to test how spacecraft and ground systems from different suppliers can exchange data and to plan a future orbital demonstration.
Both orders support the Space Data Network, an effort to develop space-based communications that can carry large volumes of data with minimal delay.
The network will draw on commercially developed technologies.
Under Delivery Order 2, York will support an interoperability demonstration involving the SDN-Backbone satellite constellation.
The work will examine different ways to connect spacecraft and ground infrastructure, testing whether systems supplied by multiple companies can communicate through several data-exchange paths.
Delivery Order 3 covers the initial planning stage for an in-orbit Space Exchange Point (SEP) demonstration.
York will help define the interfaces connecting the spacecraft platform to its payload and plan how to integrate that payload.
This work will inform a potential orbital prototyping phase, with common interfaces intended to simplify the integration of equipment from different suppliers onto spacecraft.
Space Testing and Training
The latest task orders follow York’s selection in August to compete for work under another US Space Force contract focused on testing space systems and preparing personnel for operations in contested environments.
Space Systems Command’s Operational Test and Training Infrastructure organization will manage the National Space Test and Training Complex Innovative Technology and Engineering program, which will develop live and simulated ranges for testing space systems and training personnel.
For future assignments, York could pair its satellite platforms with the global ground-station network run by its subsidiary, ATLAS Space Operations, to support activities involving both orbital and ground systems.
