On Monday, April 4, Thales Alenia Space, a joint venture between Thales (67%) and Leonardo (33%), announced a strategic partnership with Microsoft to implement new capabilities in space intelligence computing, Space Edge Computing (SEC), artificial intelligence. Tools (Departure) and Digital Ground Segment. To this end, the two companies will demonstrate and test technology and computing capabilities in the orbit of the International Space Station (ISS) in 2023..
Thales Alenia Space architects design and deliver high-tech solutions for telecommunications, navigation, earth observation, environmental management, exploration, science and orbital infrastructure. They have also developed modules for the International Space Station.
Just over a year ago, on April 6, 2021, Thales Alenia Space and Microsoft announced the decision to jointly innovate in satellite cloud technology by adding the Deparvision automated image processing solution created by Thales Alenia Space to Microsoft’s Azure Orbital. Platform This partnership combines DeeperVision’s ability to create timely insights with data stream processing and cloud capabilities of Azure Orbital. Insights are driven by high-speed, high-volume artificial intelligence (AI) and machine learning (ML).
Showcase the benefits of Space Edge computing
The goal of this new collaboration is to provide improved connectivity, analysis and computation in space through Space Age Computing. In 2023, companies will demonstrate and validate in-orbit computing technologies and capabilities at ISS. Thales Alenia Space will place a powerful in-orbit computer, an in-orbit application framework and high-performance Earth observation sensors to develop new in-orbit climate data processing applications to facilitate the stability of our planet.
Researchers at Thales Alenia Space and Microsoft Research will be engaged in remote sensing, computer vision and climate science to demonstrate the potential of next-generation in-orbit orbit computing for Earth observation. With this computing capability at the edge of space, Earth observation data will be directly and immediately applicable for observing, understanding and protecting our planet.
Display space edge computing in ISS
Thales Alenia Space will set up a rigid edge computing payload for space, operating Azure on the International Space Station. Spain’s Thales Alenia will be responsible for creating and delivering payloads to Space ISS, while Microsoft will be responsible for the In-Orbit Software Framework and the Space Software Development Kit (SDK). The in-orbit test bed will include onboard computing hardware developed by Thales Alenia Space in Spain, as well as a data collection sensor system. This exhibition will allow application developers to easily develop and deploy Earth monitoring data processing applications in a real work environment at the junction of space and Cloud World.
Democracy of space observation
Thales Alenia wants to democratize space observation by bringing accessible AI space observation tools (such as Departions) to the market for space developers and Microsoft. Also, the two companies want to speed up the installation of ground stations and increase the range of connections. To this end, they will create and market a jointly operated service offering to provide ground station virtualization and “as a service” model.
Harvey Dere, CEO of Thales Alenia Space, says:
“Thales Alenia Space and Microsoft are advancing their vision of a seamless world between space and digital by showcasing the benefits of Space Edge computing to their customers. Particularly proud to be at the forefront of innovation by combining its expertise with Benchmark Partners ৷ The Global Memorandum of Understanding strengthens our relationship with Microsoft as we move into the digital space.
Tom Keane, Corporate Vice President, Microsoft’s Mission Engineering adds:
“After our initial collaboration to integrate Deployment Software into Azure Space, we are taking the next step with Thales Alenia Space by demonstrating in-orbit orbit computing running in the Microsoft Cloud. It provides immediate practical applications for climate change research and opens the door to expanding opportunities beyond space. A