The U.S. Army seeks a platform that secures the sensor data layer at the individual record level.
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Ensuring Sensor Data Security and Integrity
Army SBIR
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.
Tactical Micro-Grid Standard Add-On for Power Sources
The Department of Defense recently introduced the TMS, which requires compliant power devices to meet the standards on data types and interfaces.
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AI-Enabled ARP, Select and Monitor
Starting with how the U.S. Army develops Acquisition Requirements Packages, small businesses must develop and deliver a state-of-art, artificial intelligence and machine learning-enabled system to modernize and automate Army acquisition processes.
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Novel Positioning, Navigation and Timing Signal Classification Techniques
This effort provides a risk reduction approach to improve performance, provide cost savings and expand the application of the technology sensor solution set that includes additional Army aviation assets.
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Autonomous Optical Sensors
The sensor will work with minimal or no intervention from an operator. Once deployed, it will capture imagery data of a SUT using advanced geospatial and
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User and Entity Behavior Analysis
This User and Entity Behavioral Analysis will streamline authentication to the network and services while transparently securing mission-critical services, such as warfighting applications, through granular, role-based access controls. This UEBA solution may enable the implementation of the Army’s Zero Trust Architecture while improving the tactical network’s cybersecurity posture.
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Quantum-Enhanced RF Components
Through quantum phenomenology, businesses can create sensitive Radio Frequency components to enhance the performance of current communication systems. The enhancement of detection of current RF systems will produce lower noise levels for each of the components. Lowering the noise levels for the components will enable the detection of weaker signals, which could mean radar detection of previously unseen targets.
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Off-the-Visor Heads-Up Display
The topic involves the development of available, daylight-readable off-the-visor display solutions for use in mixed reality head-mounted display systems. Through this solicitation, the Army aims to move on to an Army Applied Small Business Innovation Research Phase II contract, where businesses can design, produce, deliver and characterize the most optimal off-the-visor solutions for use in future Soldier Vision products.
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Non-Radio Frequency Transceiver Alternative Communicator
The U.S. Army seeks to develop a small, energy-efficient and self-contained transceiver that can wirelessly communicate between two points up to 300 meters away without using the traditional radio-frequency transport medium. Through an NRF-TAC solution, the Army wants a non-standard means of signal communication, such as magnetic, acoustic or infrared, that is difficult to detect and report in an environment of highly covert activity. The utilization of the Non-Radio Frequency Transceiver Alternative Communicator (NRF-TAC) will enable new mission deployment possibilities for the operation and control of remote sensors.
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Forward-Looking Infrared (FLIR) and Dual-Band Focal Plane Array in High-Definition Forma
The Army seeks to develop dual-band Mid-wave Infrared/Long-Wave Infrared (MWIR/LWIR) Infrared Focal Plane Array (IR FPA) technology that can meet Third Generation Forward Looking Infrared performance objectives, such as clusters, dark current, noise, quantum efficiency, operability, spectral crosstalk, modulation transfer function and non-uniformity correction stability.
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