Constellations - Explore Space Network Technologies with Industry Leaders 214 - COTs Infrastructure, Space-Grade Computers, and Opening New Mission Architectures
Sep 3, 2025
Edward Ge, Co-founder and CEO of Aethero, is revolutionizing space-grade computing to enable powerful onboard AI and autonomy. He reveals how today's satellites often rely on outdated processors, hindering modern capabilities. Ge discusses the shift towards COTS components, making missions cheaper and more flexible. He emphasizes the critical need for real-time onboard compute in defense, especially for national security. Plus, discover how autonomous operations will impact lunar and deep-space missions, allowing for unprecedented adaptability.
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Legacy Processors Limit On-Orbit AI
- Most satellites still use decades-old CPUs and FPGAs, limiting modern AI adoption.
- Porting CUDA-native models to these systems requires massive rewrites and makes on-orbit AI obsolete on arrival.
Satellites As True Edge Devices
- Enabling real-time onboard processing converts satellites into true edge devices.
- That autonomy cuts decision cycles from hours to near-instant, preventing costly mission failures.
Use COTS For Short-Lived Missions
- Favor COTS components for many short-duration satellite missions to reduce cost and speed development.
- Lower launch prices and disposable satellites make COTS a practical choice for modern constellations.