DANU / DAGDA
Processing, power, payload I/O and core spacecraft operations on a modular onboard computer.
Explore DANU / DAGDATHE SETANTA SPACE PLATFORM
01THE ARCHITECTURE
DANU provides the onboard computer. Space Tiles extend the capability. Our software connects the application to the platform, with Vulcan bringing AI models and hardware into one visual workflow.
Processing, power, payload I/O and core spacecraft operations on a modular onboard computer.
Explore DANU / DAGDAFPGA, processing and memory options selected around the payload and integration requirements.
Explore Space Tiles / Space Tiles+Embedded control and payload processing, alongside Vulcan for visual AI application design.
Explore Vulcan02THE SOFTWARE
Vulcan connects AI models with the Setanta hardware ecosystem. Design your application visually and prepare its path to onboard computing.
THE SYSTEM COMPOSER
Arrange the blocks. Connect the flow. See how your application comes together.

Start with your AI model and the outcome your mission needs.
Compose the application visually, with the hardware in view.
Keep the application and its build outputs together for your engineering team.
03THE ENGINEERING PROCESS
Identify the payload, interfaces, operating environment and critical compute budgets.
Choose the carrier, compute tile and embedded software path. Make interfaces and validation criteria explicit.
Review benchmarks, hardware-in-the-loop results and the qualification evidence needed for your programme.
We distinguish an engineering model from a qualified flight system. Review the configuration, maturity and evidence for your specific application with our team.
Download the platform datasheetNEXT MISSION. NEW POSSIBILITIES.
Bring us your mission constraints.
Let’s engineer the compute around them.