The Infrastructure Layer for Autonomous Spacecraft
Modularity-
as-a-Service. Hardware + Software.
Modular hardware and software, engineered as one spacecraft computing ecosystem. Carrier and Space Tiles provide the compute; Vulcan brings AI application design into the same platform.
HARDWARE. SOFTWARE. ONE ARCHITECTURE.
01 / THE SPACECRAFT CORE
A stable core.
A smarter
Spacecraft.
Carrier brings processing, power and mission I/O onto one modular onboard computer. A foundation for payload control, data handling and decisions made before ground contact.
- Processing
- ARM Cortex-M7
02 / ADAPT THE CAPABILITY
The mission
changes.
Adapt.
Space Tiles add mission-specific FPGA, processing or memory capability to a common interface. Choose the compute around your payload, connect the software workflow, then evaluate the complete system against your mission requirements. Reduced recurring engineering efforts.
- Interface
- Space Tile
- Approach
- Modularity
03THE SETANTA PLATFORM
Hardware + Software.
Designed as one.
A common foundation for your hardware and applications. Adapt the capability around your mission while keeping the hardware and software architecture connected.
04THE CONNECTED ECOSYSTEM
One architecture.
More possibilities.
DANU at the core. Space Tiles for mission-specific capability. Vulcan brings hardware and AI application design into one workflow.
Backed / supported by
Setanta Space Systems Limited is participating in the ESA Business Incubation Centre Ireland
NEXT MISSION. NEW POSSIBILITIES.
What are you
building for orbit?
Bring us your mission constraints.
Let’s engineer the compute around them.