AI/ML-Powered Geospatial Change Detection Engine Development

The contract seeks the development and ongoing maintenance of a scalable artificial intelligence and machine learning system designed to detect physical and cultural changes in geospatial data sourced from satellite and aerial imagery. The system must operate globally, identifying subtle shifts in land use, infrastructure development, environmental alterations, and cultural patterns with high accuracy and reliability, then delivering structured, actionable change notifications to authorized users. This effort requires advanced computer vision techniques, real-time data processing, and robust algorithmic training on diverse and voluminous imagery datasets to ensure consistent performance across varying climates, terrains, and geopolitical contexts. Performance is centered in Saint Louis, Missouri, with the National Geospatial-Intelligence Agency under the Department of Defense acting as the contracting entity. The work is structured as a subcontract, with eligibility governed by the NAICS code 511210, which classifies it under data processing and related services. Proposals must be submitted by July 14, 2026, and the project emphasizes scalability, adaptability, and continuous operational effectiveness to support national security and intelligence missions through persistent, automated geospatial monitoring. The system must integrate seamlessly into existing geospatial architectures and maintain data integrity, timeliness, and precision under high-demand operational conditions.