Award Data

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In this Phase I SBIR Program, K+P Agile will develop a high strength, lightweight, modular, composite windshield structure for the MK V Special Operations Craft (SOC) that will not fail when the craft passes through a wave (or

This Phase II SBIR program will create a route planning system for Special Operations Forces (SOF) personnel that can generate optimal routes for a number of different modes of transportation. The system will be called SOFTRAK. The system will developroutes considering a number of parameters unique to military operations. These parameters include enemy capabilities and presence, concealment, mili ...

A need exists for inexpensive, disposable, broadcast capable chemical / explosive-compound sensors that also provide site weather conditions. The state-of-the-art does not meet the need described both in terms of CWA sensor cost/size and lack of a low-cost deployment system. ADA proposes under this three-phased SBIR program to develop a system comprised of a suite of covert, modular, lightweight ...

Regenerative medicine is an emerging, interdisciplinary field that will result in new engineered medical products. The introduction of a high-resolution, non-destructive imaging technique that is capable of penetrating deeply into the highly-scattering scaffold medium has the means to accelerate the development and commercial utilization of these novel materials. Multi-photon microscopy (MPM) is b ...

Current methods of transmitting low-frequency RF energy from airborne platforms involve antennas such as blades that are electrically inefficient and a place a large aerodynamic burden on the airframe. SOCOM desires a method of efficiently transmitting low-frequency energy (VHF-UHF) at high power levels from airborne platforms. The desired gain numbers (-2 to 0 dB) at these frequencies would requi ...

The single most effective method to thwart security threats posed by people with hostile intent is to detect their presence early. Unfortunately, large scale standoff detection of humans is difficult. Various sensors, including still and video cameras, have been designed and applied to human detection, however, to date a person is required to be in the detection loop since robust, automated detect ...

The MOCA project will develop a network-enabled DSP+FPGA-enhanced image-intensified embedded system for self-contained low-power monitoring of crowds in open and in complex urban terrain. The Phase I effort will develop new algorithms explicitly for crowd management, rather than building on the traditional intelligent video surveillance algorithms that are focused on isolated targets in motion. P ...