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Artificial Intelligence/Machine Learning
supply chain management, logistics coordination, target identifications and simulation
xTechPacific
The U.S. Army Pacific (USARPAC) is interested in finding and developing capabilities that work for the Warfighter by experimenting early, often, and in-theater.
Context-Aware Decision Support
Develop innovative capabilities that provide commanders with real-time, context-aware summaries and actionable insights by integrating dynamic data, enabling informed, unbiased decision-making that enhances training effectiveness and mission success.
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AI-enabled Portfolio Management
This platform will integrate tools and best practices in a central portal to modernize the Army’s acquisition process, supporting both Business-to-Business (B2B) and Business-to-Consumer (B2C) needs
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AI Enabled Source Selection Solution for Contract Proposal Evaluation
Provide a comprehensive software-as-a-service (SaaS) solution that automates and standardizes the evaluation and source selection processes while tailoring the user experience to the Army’s unique conditions/constraints.
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Artificial Intelligence for Aided Driving of Ground Combat Vehicles
Develop and integrate Artificial Intelligence (AI) technology that can augment current and future sensor hardware enhancing the ability of the driver to maneuver and operate large, heavy, ground combat vehicles.
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Generative AI Enabled Tactical Network
The objective of this topic is to create a realistic modeling and simulation environment using Generative AI for NGC2, the Army’s new approach to a data-centric C2 architecture.
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Novel AI Techniques for Insights in Various Environments (NATIVE)
Organizations across various sectors are increasingly inundated with vast amounts of data, making it challenging to identify and analyze anomalies and patterns effectively.
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Cognitive Terrain Flight Assistance
Development of cognitive decision aiding logic, utilizing machine learning and artificial intelligence constructs, to assist aviators in safely performing tactical flight very close to terrain.
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Autonomous Robotic Bridging
This topic seeks to develop autonomous drone swarm capability for watercraft operated in a riverine environment. The fielding of autonomous powered floating bridges will enable the Army to conduct unpredictable dispersed river crossings, increase crew survivability by removing the man from the craft, and reduce logistics footprint over the Improved Ribbon Bridge in use today by combining both payload capacity and powertrain into a single craft. The development of an autonomy package for multiple dispersed floating bays to interact separately and jointly is the key technology to bring this capability to the 2040 battlespace.
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