Radiation-supervised, AI-native onboard computing platform for satellites — processes raw satellite data into real-time in-orbit decisions.
Emtech AstroCore-R Onboard Computing Platform
Radiation-supervised, AI-native onboard computing platform for satellites — processes raw satellite data into real-time in-orbit decisions.
Description
AstroCore-R is Emtech Space's radiation-supervised, AI-native onboard computing platform designed to bring real-time decision-making intelligence to the satellite bus. The platform processes raw sensor and payload data in orbit, enabling autonomous spacecraft operations without waiting for ground contact — advancing the capability envelope of both legacy and New Space missions.
The radiation-supervised design provides fault tolerance for the space environment while the AI-native architecture supports edge inference workloads directly in orbit. This makes AstroCore-R well-suited for missions requiring rapid on-orbit data reduction, anomaly detection, autonomous payload scheduling, or image classification — use cases where bandwidth constraints or latency make ground-based processing impractical.
AstroCore-R is part of Emtech Space's broader product ecosystem that includes ODES (a cloud-based holistic simulation suite for mission scenario modeling and AI-driven fault injection) and the company's extensive ADCS validation and magnetic cleanliness testing facilities.
Specifications
| Radiation tolerance | Radiation-supervised design |
|---|---|
| Processing architecture | AI-native onboard computing |
| Function | Real-time in-orbit data processing and autonomous decision-making |
| Applications | On-orbit data reduction, anomaly detection, payload scheduling, image classification |
