Orbital Compute Partners With Orca Aerospace
The Los Angeles startup will use Orca's onboard satellite software to power its planned orbital computing constellation.
Updated on Nov. 9, 2026 in Data Centers
Orbital Compute Inc. has signed a strategic partnership with Orca Aerospace for onboard satellite software, a deal claimed to be worth up to $20 million. The company also moved its first pathfinder mission launch from 2027 to 2028.
Why it matters
Orbital is designing its constellation around onboard autonomy because thousands of daily decisions would make the ground team its largest recurring cost. For Los Angeles, the company's headquarters location makes it a local player in the emerging race to put computing hardware in orbit.
Orca OS is installed on each satellite to propose fault responses and maneuvers, while a separate safety kernel checks proposed commands against mission rules before approving or blocking them. The company has not said how much of the planned 10GW capacity will be operational at launch.
The players
Orbital Compute Inc.
A Los Angeles-based startup that filed with the FCC for a 100,000-satellite orbital computing constellation.
Orca Aerospace
A company that builds onboard software for satellites to handle their operations and fault responses.
Starlink
SpaceX's satellite internet constellation, which has more than 11,150 satellites in orbit.
The details
Orca's software will power the autonomy and interface layer of Orbital's constellation, handling satellite operations without relying on constant ground control. Orbital emerged from stealth in June 2026 with a $5 million seed round led by Andreessen Horowitz's Speedrun accelerator and 14 other investors, and has announced no further fundraising.
Timeline
June 2026: Orbital emerged from stealth with a $5 million seed round.
October 2026: Starlink described collision-avoidance close calls at the International Astronautical Congress.
2027: Original target year for the pathfinder mission launch, now delayed.
2028: Revised target for the pathfinder mission and first satellite launch.
2031: Target year for the full 100,000-satellite constellation under the FCC filing.
Tech Race
Starlink already operates more than 11,150 satellites among an estimated 16,900 active satellites, setting the scale Orbital's planned 100,000-satellite compute constellation would have to match. Orbital's bet on onboard autonomy is a departure from the ground-dependent model that has dominated satellite operations so far.
For most people, orbital computing will not change daily technology use in the near term, since the first satellite is not planned until 2028. The practical effect will show up later, if the constellation proves that onboard processing can cut the cost of operating satellite networks.
The takeaway
Onboard autonomy is becoming a central design question for satellite operators, and the cost savings Orca claims would matter most to anyone planning large orbital networks. Readers should watch whether Orbital meets its 2028 launch target.
What happens next
Orbital plans to launch its first pathfinder satellite in 2028, the revised date for its initial mission.
Further reading
For more on the infrastructure behind this kind of project, see Data Centers coverage on Wisevoter.
Source note: This article includes information reported by Datacenterdynamics.
