Phase I – Page 2 – Army SBIR|STTR Program

xTechSearch 9

The U.S. Army is seeking innovative technology solutions from eligible small businesses across the U.S. through the Expeditionary Technology Search (xTechSearch) competition. This platform offers participants the opportunity to pitch novel technology solutions—whether a new application for an existing technology or an entirely new technology concept—to the Army, engage with the Department of Defense (DoD), earn prize money, join an accelerator program, and winners will have the opportunity to submit a Phase I Army Small Business Innovation Research (SBIR) proposal.

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Predictive Simulation of Injury Progression

This topic seeks to explore technologies that can enable dynamic representations of combat-related injuries, as well as the internal processes that take place over time as the injury changes due to treatment. The goal is to provide medics with a deeper understanding of how various treatment decisions impact long-term injury recovery.

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Advanced Fiber-based Electronic Battery System 

The goal of this topic is to develop a safe, stable, high-capacity, rechargeable, fiber-based structural battery that can be woven into the fabric of equipment worn by Soldiers and provide a power source for their electronic systems.

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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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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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Bridge Health Monitoring System

The current methods for assessing military bridges rely on Preventative Maintenance Check and Services (PMCS) combined with fatigue monitoring crack gauges, which have proven insufficient for accurately determining a bridge’s remaining service life.

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Innovative Operations for Treatment and Processing of Wastewater

The Ammonium Perchlorate Rocket Motor Destruction (ARMD) is designed for the closed disposal thermal treatment of Ammonium Perchlorate (AP) based rocket motors.

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Adaptive Filtering Techniques for Low-Cost RF Emitters

Develop an emitter system-agnostic solution for threat representative waveform generation and validation.

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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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