HERNDON, Va. - The National Reconnaissance Office (NRO) has awarded a contract modification to BlackSky Technology Inc. in Herndon, Va., to accelerate development of the company’s AROS broad-area collection satellites, positioning the system as a commercial source of foundation imagery for U.S. government users.
The effort is intended to support development of a flight-ready multispectral, large-area mapping spacecraft and foundation data collection system by 2028. BlackSky says the AROS constellation is being designed to address anticipated gaps in commercial broad-area imagery capacity as existing large-area collection satellites age out of service.
Foundation imagery refers to large-area, baseline geospatial datasets that function as the reference layer for mapping and analytics systems. These datasets provide consistent, wide-area coverage used to establish and maintain a current "base map" of the Earth. They are commonly used for global mapping, change detection, infrastructure monitoring, and as the underlying input for geospatial analytics, including digital twin environments and AI model training.
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"Developing BlackSky’s AROS constellation in partnership with the U.S. government cements a major step in securing U.S. global space competitiveness, resilience and maintaining critical operational continuity as commercially available foundation data becomes capacity-constrained in the coming years," said Brian O’Toole, chief executive officer of BlackSky.
A wider view
Unlike tasking-oriented high-resolution imaging systems that focus on specific locations, AROS is being developed as a broad-area collection system designed to generate country-scale, multispectral imagery for mapping, navigation, maritime situational awareness, and 3D digital twin applications. The satellites will be optimized for wide-area coverage and systematic data collection rather than point-target imaging.
The system is expected to operate alongside BlackSky’s existing Gen-3 constellation in a complementary “tip-and-cue” architecture, in which broad-area surveillance identifies activity across large regions and higher-resolution satellites are then tasked for detailed follow-up collection. BlackSky says the combined architecture is intended to support AI-enabled analytics that can detect and characterize aircraft, vessels, and vehicles across large geographic areas.
The company also plans to incorporate a proprietary data pipeline designed to support real-time and historical AI analytics, model training, and decision-support tools. The architecture is intended to enable automated feature extraction, Earth digital twin applications, and navigation safety products, with outputs designed for integration into operational customer workflows.
The contract modification reflects continued U.S. government interest in expanding commercial geospatial intelligence capacity and building layered satellite architectures that combine wide-area baseline mapping with high-resolution tactical collection.
