Is the opportunity to establish the scientific, technical, commercial merit and feasibility of your proposed innovation.
The goal is to explore potential opportunities surrounding a non-HFC based fire extinguishing agent or system, which is needed for ground vehicle crew automatic fire extinguishing systems (AFES) to protect Soldiers and their equipment.
Non-HFC Extinguishing Read More »
The goal is to develop a suite of probe technology and machine learning algorithms to improve the energetics manufacturing process. Technologies will be selected based on time resolution, ruggedness, data output, safety and suitability in reducing costs and increasing product consistency.
Artificial Intelligence/Machine Learning for Nitramine Recrystallization and Coating Read More »
Demonstrate a wearable device that senses, collects and monitors real-time physiological data to assess aspects of Soldier operational health and readiness.
Wearable Technologies for Physiological Monitoring Read More »
Develop structural armor floor system that can be used as a lightweight, reconfigurable floor for the UH-60 fleet
Lightweight, Reconfigurable UH-60 Floor Read More »
NVESD through MANTECH has matured a high dynamic range, Long Wave Infrared (LWIR) 3K X 3K Focal Plane Array (FPA).
Staring Sensors for Pilot Situational Awareness Read More »
Methodologies to analyze and describe operational environment (OE) complexity in terms of the above definition through development pathways to elevate the cognitive ability of machine learning (ML) and artificial intelligence (AI)
Art + Science Geospatial Innovation Read More »
Demonstrate engineered hardwoods capability to replace critically endangered Asian Apitong species that are currently being utilized as trailer decking.
Engineered Domestic Hardwood Replacement for Critically Endangered Species Hardwood Read More »
In current times, energetic filled parts are inspected for defects during manufacturing processes utilizing x-ray equipment. Critical defects are inspected 100%, especially for items such as Excalibur, in support of the LRPF CFT using a pass/fail criteria.
AI/ML for Visual Processing of Energetic Defects Read More »
Future fleet and hybrid propulsion aircraft will need advanced power management systems that can monitor and adjust loads throughout the power system to accommodate mission requirements. Such a system must be capable of rapid load shed for emergency operations. This topic is considered an open source/publicly available model basis. Please follow GPR rights to optimized architecture using MOSA and FACE standards.
Power Management for Energy Resiliency Read More »
Find or generate materials that can be used in target areas that are not just domestically grown, much less costly, and environment-renewing but are weavable or printable
Bio-Based Fabric/Material/Textiles for Military Applications Read More »
