Anticipated Release: Q4FY25 Chemical indicators; Low-cost, easy to use, ultra-low SWaP modular open system based chemical detector that is widely distributed to the General Forces as an integrated kit for indication of chemical hazards; Provide Read More
Anticipated Release: Q4FY25 The Government is seeking proposals for development and integration of new CBRN sensing payloads, using common interfaces, on a range of unmanned ground, sea, and air platforms. This includes integration of sensor Read More
Anticipated Release: Q3FY25 BCIS-ENBD will provide a ground-based isolation area for personnel infected or suspected of infection of biological organism or infectious disease and allows medical staff to monitor and/or treat while decreasing the risk Read More
Anticipated Release: Q3FY26 ASPIRE will provide respiratory and ocular protection against Chemical, Biological, Radiological and Nuclear threats that allows near normal operations by minimizing or eliminating physical and psychological burden and increasing Warfighter lethality. Responding Read More
Anticipated Release: Q4FY27 Host response based test to predict illness severity. Responding to this opportunity requires membership in the Countering Weapons of Mass Destruction (CWMD) Consortium. This Consortium releases numerous solicitations throughout the year, so even Read More
Anticipated Release: Q3FY25 This effort will solicit multidisciplinary teams for a competition involving prediction of synthetic binders, synthesis of identified binders, and assay development to include, but not limited to, lateral flow assays (LFAs) with Read More
Cornell University researchers have developed a bioelectric device that can detect and classify coronavirus variants by mimicking the infection process on a microchip. This device – which uses a biomembrane to simulate the cellular environment Read More
Due: September 30, 2024 About: Diverse pressures ranging to hundreds of kPa to more than 2 MPa. Temperature approaching 250°C. Five hundred meters underground. A complex flow of solids, liquids and gases. That’s the environment Read More
A team at the University of Chicago’s Pritzker School of Molecular Engineering (PME) has developed a new fabric that could help people survive the worst impacts of heat, particularly in urban environments. This new textile Read More
Researchers at North Carolina State University (NC State) have developed a technique for creating “amphibious” sensors that can function both in air and underwater. These amphibious sensors have potential for use in applications ranging from Read More
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