This project focuses on testing edge computing aboard the International Space Station.
IMAGIN-e is a programmable computing payload delivered to the ISS in March 2024 by Thales Alenia Space with Microsoft Azure Orbital SDK. In January 2026 Thales reported more than a year of operation and external applications. In July 2026 Unibap identified its iX5 as supporting control, synchronization, routing and selected image processing, and quoted Thales reporting simultaneous applications in orbit. This hosted demonstration is separate from the ASCEND architecture study.
Thales Alenia Space / Microsoft · In-orbit operation demonstrated
Scope: Shared computing & storage · A shared computing or storage platform, or a program developing that infrastructure. Classification describes intended use, not operating capacity.
Figures retain their disclosed units and scope. Launched hardware does not establish demonstrated performance; targets may change. Not disclosed means no figure in the reviewed sources.
SpaceCloud iX5 supports IMAGIN-e payload control, synchronization, data routing and selected image-processing functions aboard the ISS.
Mission-specific hardware involvement, not evidence of a new procurement award. The source does not identify whether this implements the existing 2023 Thales SpaceCloud order. A separate compute unit handles higher-throughput processing.
Announced 15 Jul 2026 · Evidence checked 20 Oct 2026
Clarification of mission continuation and additional applications after the January 2026 operating report.
Manual review 30 Oct 2026. Compared Unibap's mission account with the recorded payload design. Replaced catalog-only iX5 prose with its supported control and data-handling role. Separate processing configurations remain distinct. Last full profile review 15 Oct 2026. Primary body last observed 15 Oct, 07:32 UTC. Source monitoring: blocked. Source collection and substantive profile review are separate checks. Plans and dates may change.
Unibap's July 15, 2026 account identifies its iX5 computer as supporting IMAGIN-e payload control, synchronization, routing and selected image-pipeline functions. It quotes Thales Alenia Space reporting a successful ISS demonstration of simultaneous applications processing sensor data in orbit. The payload was delivered to the ISS in March 2024.
