Brian Monnin Says Orbital Data Centers Could Cut 24-Month Build Delays as Launch Costs Fall
Updated
Updated · SpaceNews · May 21
Brian Monnin Says Orbital Data Centers Could Cut 24-Month Build Delays as Launch Costs Fall
1 articles · Updated · SpaceNews · May 21
Orbital data centers could scale faster than terrestrial facilities because capacity grows through factory output and launch cadence, not land acquisition, permitting and power-grid upgrades that can stretch projects for years.
Monnin argues skepticism over launch costs, cooling, radiation-hardened electronics and orbital complexity resembles early internet doubts that later faded as networks expanded, manufacturing scaled and bandwidth prices fell by orders of magnitude.
Reusable rockets such as Starship, New Glenn and Vulcan Centaur, along with modular “TILES” that add power, avionics, computing and thermal control, could push costs down as deployment volume rises.
Processing data in orbit would also move compute closer to observation constellations, defense sensors and scientific missions, reducing pressure on downlinks, ground stations and other bottlenecks as off-Earth data volumes grow.
The article is an opinion piece by Sophia Space co-founder Brian Monnin, who frames orbital data centers as an early-stage infrastructure platform that could become part of the space economy’s backbone.
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