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Vantor will provide the intelligence community with high-fidelity insights into shifts in buildings, roads, vegetation, and ground disturbances under the Luno B contract.
Vantor will use its precision alignment technology to ensure accurate merging of multiple sensor datasets for pixel-level change detection.
The $5.3 million award is Vantor’s first under NGA’s multiple-award Luno B contract announced in January 2025 to 13 companies.
The Vantor contract was awarded under NGA’s Luno B program.
Under the Luno B contract, Vantor will provide the U.S. intelligence community with data about shifts to roads, vegetation, and buildings and broader impacts caused by manmade or natural disasters.
Vantor will fuse data from multiple space-based sensors, including its own imaging satellites and other operators of electro-optical and synthetic aperture radar satellites.
Vantor received a $5.3 million contract from the National Geospatial-Intelligence Agency to provide automated analytics on real-time changes in Earth’s terrain.
The Luno B contract positions Vantor to provide foundational geospatial intelligence that powers approximately 90% of the U.S. government’s current spatial awareness.
Vantor won a $5.3 million contract from the National Geospatial-Intelligence Agency to help the government combine data sources for accurately tracking changes to Earth’s landscape.
Vantor was formerly known as Maxar.
Vantor’s analytics will support NGA missions related to natural and man-made disasters, regional conflicts, and humanitarian assistance events.
Vantor won a $5.3 million contract from the National Geospatial-Intelligence Agency under the Luno B program to help combine data sources for tracking changes to Earth’s landscape.
Vantor was called Maxar Intelligence until last fall.
Vantor will combine its own 30-centimeter high-resolution electro-optical imagery with third-party sensors to provide a more complete global picture.
Susanne Hake is Executive Vice President and General Manager of U.S. Government at Vantor.
Vantor will use artificial intelligence to rapidly detect shifts across large datasets of Earth-observation imagery.
Vantor’s proprietary AI models are designed to achieve precise, pixel-level alignment across diverse sensor types and varying viewing angles and resolutions.
Vantor will integrate data from its own high-resolution imaging satellites with third-party electro-optical and Synthetic Aperture Radar constellations for Luno B.
Vantor received an award under NGA’s multiple-award Luno A contract in summer 2024.
Vantor’s fused data and insights will be used to update NGA’s Land Use Land Cover classification system to characterize land use and condition worldwide.