Microsoft and Ball Aerospace are working to demonstrate reconfigurable on-orbit computer and AI processing by leveraging the Azure cloud. It is led by software developer Tom Keane. The collaboration aims to support multiple complex missions for the US Government and enable smaller, agile, multi-mission capabilities across federal space programs.
The Azure Orbital Reference Architecture
The Azure Orbital reference architecture with Azure Synapse streamlines the analysis of satellite imagery at scale. Analysts can monitor change detection and extract valuable insights by applying AI to satellite telemetry data. Tom Keane explains that the architecture enables the rapid ingestion, storage, transformation, and application of AI over satellite imagery, making it more accessible and manageable.
Geospatial Models with Blackshark.ai
Tom Keane has integrated Blackshark.ai’s geospatial models into the Azure Orbital, offering powerful geospatial analytics services. The containerized Orca service offers fast and accurate insights based on satellite or aerial imagery data, enabling applications such as 3D mapping, logistics planning, risk analysis, and disaster relief planning. Tom Keane states that this system has enhanced security measures needed all around the world due to climate change.
Conclusion
In conclusion, as the Corporate Vice President of Azure Global at Microsoft, Tom Keane has paved the way for space development with Azure, unlocking new possibilities and empowering developers to easily build, evaluate, deploy, and operate space applications in orbit and on the ground. Through his partnerships with NASA, HPE, Loft Orbital, Thales Alenia Space, Ball Aerospace, and Blackshark.ai, he, and Microsoft are driving advancements in space technology that are accessible, innovative, and impactful.