Army STTR follows AFC’s topic release schedule but partners with a university, federally funded research and development center, or a qualified non-profit research institution as part of their contract.
This topic seeks to advance the science of additive manufacturing by developing advanced, in-process monitoring and parameter optimization to boost the 3D printing capability of local users throughout the Army.
Leveraging Advanced Computation to Better Employ Additive Manufacturing Read More »
The Army wants drone swarm detection using artificial intelligence. Businesses should develop neural network architecture and learning processing algorithms for drone identification based on ultra-fast neural networks with low power consumption.
Drone Swarm Detection Using Artificial Intelligence Based on Ultrafast Neural Networks Read More »
The vendor must demonstrate an engineered materials system that can deposit and pattern with semiconductor foundry techniques, offer very low thermal conductivity, and have reasonable electrical conductivity for use as a bolometer leg.
Businesses should utilize Canonical Correlation Analysis to achieve high levels of interference suppression for tactical communications that support military networks’ underlay wireless communications.
Underlay Communications with Wide SINR Range Read More »
The U.S. Army seeks innovative solutions utilizing phase change materials tailored for thermal regulation within a Closed-Circuit, Self-Contained Breathing Apparatus that reduces the thermal burden, enhances operational longevity and improves Soldier efficiency.
Phase Change Materials for Enhanced Warfighter Survivability Read More »
Businesses must demonstrate a mission-configurable miniature, deployable sensing capability.
Distributed Multithreat Microsensor Read More »
Businesses must develop a solution for the autonomous, standoff detection of hidden objects and personnel in or around foliage at 50 to 250 feet.
Standoff Detection of Hidden Objects and Personnel In and Around Foliage Read More »
Businesses must develop and validate an automatic Ground Control Point methodology for orthomosaic, while providing advancements in object identification and mapping (KAZE algorithms2) for multiscale feature detection.
Vendors should develop and scale the production of biosynthetic materials for environmentally-friendly, omniphobic technologies for Department of Defense clothing and equipment without the use of fluorine or perfluorinated compounds.
Biosynthetic PFAS Alternatives to Provide Omniphobicity Read More »
Businesses must develop materials and an approach to manufacturing ballistic protection eyewear lenses with integrated prescription correction suitable for point-of-need additive manufacturing.
Additive Manufacturing for Protective Eyewear Read More »
