Assistant Secretary of the Army for Acquisition, Logistics, and Technology ASA(ALT) releases contract opportunities on an ad-hoc basis to meet Army research and development needs.
This topic seeks to develop open-source machine controller software and custom 3D printing toolheads that enable the fabrication and repair of printed circuit boards (PCBs). The goal is to adapt an existing 3D printer (commercial off-the-shelf (COTS) or custom built) with open-source software to support PCB printing capabilities, while also developing modular toolheads optimized for conductive material printing and circuit repair.
Additive Manufacturing for Circuitry Read More »
Enable aerial logistics delivery in anti-aircraft/access-denied (A2/AD) contested environments. It will add propulsion to JPADS to extend the range it can deliver at least 700 lbs. of payload to at least 250 nautical miles.
Long-Range Joint Precision Airdrop System (LR-JPADS) Read More »
Successful execution of research and development under this topic will produce a quadruped robot and control architecture that enables faster-than-creep gait in deep muddy environments.
Mechanics and Control of Autonomous Legged Robotic Systems in Mud Read More »
The topic aims to fulfill the need for a Platoon Scale Power Generator (PPG) that will allow Platoons to operate semi-independently over extended periods of time and distance during Large Scale Combat Operations (LSCO). PPG is one part of the Platoon’s overall power generation capabilities.
Multi Fuel Platoon Power Generator Read More »
Develop an AI-enabled predictive logistics software solution, to be used at the Brigade level and below, capable of operating in contested environments, providing real-time tracking, predictive analysis, and AI-generated Courses of Action (COAs) to optimize logistical flow and facilitate mission success.
Predict, Optimize, Recommend, and Track for Adaptive Logistics (PORTAL) Read More »
Recent advancements in meta lens technology show promise for reducing the size and cost of optical sensors used for daytime (solar) celestial navigation. This topic’s objective is to design and prototype a solar compass that leverages meta lens technology to increase performance while reducing weight and cost.
Meta Lens Solar Compass Read More »
The aim of this topic is to harness advanced artificial intelligence/machine-learning (AI/ML) technologies to enhance The Integrated Personnel and Pay System- Army (IPPS-A) by achieving the following objectives:
Human Resources/Pay Data Quality Enhancement: Ensure high data integrity and reliability and develop generative AI or ML solutions to identify and rectify data inaccuracies, inconsistencies, and complete missing information.
HR/Pay Anomaly Detection and Prevention: Implement AI-driven mechanisms to detect anomalies, prevent data duplication, and ensure ongoing data quality improvement, adapting to evolving operational needs.
AI-tool for Data Quality Management of Human Resources Database Read More »
This topic seeks to research and develop a low size, weight, and power (SWaP), soliton-based miniature optical frequency comb module. The goal is to deliver a turn-key microcomb-based prototype including an external pump-laser that fits within an industry standard 14-pin butterfly package with control electronics board.
Turn-Key Micro Optical-Frequency-Comb Module Read More »
There is a need to increase the supplier base and production capacity for power sources currently implemented in advanced ammunition fuzing applications. Joint Program Executive Office Armaments and Ammunition (JPEO A&A) Project Manager Maneuver Ammunition Systems (PM MAS) desires alternate power sources to increase the supplier base and production capacity to meet the increasing demand of cartridges employing these advanced fuzing technologies.
The proposed power source solutions should meet or exceed the performance and reliability of the current solution. The proposed solutions need to be capable of maintaining an extended shelf-life, fitting within a 400 mm3 cylindrical volume, and functioning under high g-load and spin rate conditions and within cold and hot temperature extremes IAW MIL-STD-810 while supplying 50 to 200 mW for the duration of the mission. Acceptable proposed solutions can implement energy harvesting or stored energy.
Small Innovative Mission Power Sources Read More »
The proposed topic will examine tradeoffs for ground Soldier applications for micro displays, create new backplane architectures, determine optimal Si process nodes and wafer size, and ultimately entail the fabrication and characterization of the micro displays, for further integration into head-mounted display (HMD) systems for augmented reality (AR) outside of this SBIR.
Micro Display for Augmented Reality Information Overlay Read More »
