SatOS™
The most flexible operating environment for spacecraft.
For far too long, mission owners have been forced to work around the challenges and constraints of traditional flight software, including:
Houston, we have a problem.
+ Vendor Lock-in
+ Long Integration Times
+ Lack of Interoperability
+ Hardware Dependencies
+ High Development and Maintenance Costs
+ High NRE Expenses
SatOS™ is a spacecraft software environment, offering a complete flight software stack (or seamless OS infrastructure for your mission needs).
Effortlessly automate and manage task scheduling, flight controls, payloads, edge computing, and communications. SatOS™ brings the power of terrestrial cloud computing to orbit with open APIs and open-source software, ensuring seamless integration, hardware flexibility, and resilience:
Accelerate Time to Orbit
Decrease Mission Costs
Reduce Supply
Chain Risk
Provide Mission Flexibility
Support Secure Interoperability of Components
Why SatOSTM?
Built for the Future
Say “Goodbye” to vendor lock-in. SatOSTM is built using open APIs and open software interfaces, supporting both HTIL and SWIL testing.
Any Payload on Any Bus
SatOS™ was designed from the ground up to work with a diverse range of payloads, sensors, and bus hardware.
Automated Operations
Whether it’s taking a picture or transmitting data to a ground station, SatOS™ understands its mission and automatically orchestrates all the necessary vehicle tasks to accomplish that mission.
Distributed and Scalable
Unlike monolithic software, SatOS™ provides greater resiliency and allocates resources efficiently. With SatOS™, you can update parts of the system —or plug in your own— without updating the entire flight software.
Highly Secure
Multi-layered security from the satellite I/O to the ground segment creates highly-secure infrastructure that keeps your mission safe.
Modular
SatOS™ makes it easy to upgrade all your onboard software at the component level without risking other systems.
Convert Your Supply Chain into a Supply Web
Easily test and integrate alternative software and hardware components and know with confidence whether they meet or even exceed mission requirements.
