All verified mentions of this organization in source documents.
EUMETSAT's Edge Services have attracted more than 50 access requests from universities, public authorities, and small and medium-sized enterprises.
Space Cloud will include a sovereign cloud for national security data and a commercial cloud for Earth observation data and commercial edge computing.
The nanosatellite for the edge AI payload is a 3U CubeSat measuring 30 centimetres by 10 centimetres by 10 centimetres.
The Space Access Programme projects provide platforms for testing advanced technologies including edge AI, electric propulsion, novel solar cells, and electro-optical imaging systems.
China Aerospace Science and Technology Corporation plans to build gigawatt-scale space-based digital and intelligent infrastructure integrating cloud, edge, and endpoint computing.
Neurpac is an AI and machine learning technology that generates codewords to provide more efficient data transmission from the edge to the cloud and to reduce data size.
The 3U nanosatellite will process images on board using small AI models and an edge engine.
Nanyang Technological University’s Satellite Research Centre will integrate an edge computing artificial intelligence payload into a nanosatellite built by Satoro Space.
The Space to Soil Challenge seeks to foster Orbital Edge AI technologies that enable a satellite to analyze its own sensor data as it is captured.
Onboard processing enabled by Orbital Edge AI allows a SmallSat to autonomously detect critical environmental changes.
Blue Origin’s New Shepard tourist flights provide roughly ten minutes of microgravity at the edge of space.
Edge orbital stations will ingest raw sensor data from adjacent satellites via optical links and downlink only refined insights.
POLARIS is being designed with onboard AI processing (Edge AI) to perform real-time Earth observation data processing on the satellite.
Blue Origin unveiled an orbital data center initiative in late 2025 focused on radiation-hardened edge compute for government clients.
The search revealed edge-on planet-forming disks in the Milky Way that resemble hamburgers.
LizzieSat-4 will host Maris-Tech's edge computing and video payload to demonstrate that modular satellite architectures can accommodate advanced processing systems for mission-critical applications in orbit.
Maris-Tech intends to validate its edge computing and video processing capabilities in a space environment and demonstrate integration with the LizzieSat hardware and software platform by flying aboard LizzieSat-4.
Maris-Tech's payload is designed to demonstrate high-performance edge computing and video processing in orbit.
Atlas Cup intends to showcase cutting-edge space technologies through orbital sport competitions.
Maris‑Tech’s payload is designed to demonstrate high-performance edge computing and video processing capabilities in orbit.