Award Data

USmilitary medical personnel are deployed to a variety of operationalenvironments wheretheir success savinglives depends on their ability to act quickly and effectively, both as individuals and as teams. Currently, trainers must infercompetence by observation alone—a challenging task. Automatically sensingindicators ofcognitive workload can augment performance observations, offeringinsight into ...

To provide WaterFor Injection (WFI) for far-forward deployed medics, Triton Systems, in collaboration with our team, have provided proof of concept demonstration of a prototypethat iscapable of producing WFI from a widerange of water sources. Our system is modular (resultingin a future proofsolution),can be daisy chained, and has thecapability to work with any pre-filter. Phase2 will focus on deve ...

Junctional and inguinal bleedingfrom battlefield injuries is a significant and challenging problem. Inventors have developed new types of tourniquets, includingthe Abdominal AorticJunctional Tourniquet™ (AAJT), the Combat Ready Clamp™ (CRoC), the SAM Junctional Tourniquet (SJT), and theJunctional Emergency Treatment Tool (JETT) to address theseinjuries.Whilethese new tourniquets have been deve ...

Triton Systems will apply our novel materials design expertise to develop a rugged training model that will realistically simulate female anatomy to support the simulation-based training of battlefield Tactical Combat Casualty Care (TC3). Our approach is focused on the main limitations of current trainer models, such as visual and tactile inaccuracies, which minimize the effectiveness of the psych ...

Triton is developing a device to be used in the temporary management of injury following ocular trauma. Triton is characterizing performance in vivo in Phase II.

In addition to hazards relevant to automobiles, motorcycle riders must remain vigilant for hazards that pose significant danger uniquely to motorcycles, such as uneven terrain, sand/gravel, and potholes. However, there is currently no motorcycle-specific hazard tracking or alerting system available for riders. To address this need, Charles River Analytics executed a successful Phase I effort to de ...

Technological Enhancements to Improve and Expand Casual Carpooling in New Corridors 12/05/2016 The overall goal of Phase II of this SBIR project is to demonstrate a working prototype of one or more tools and/or approaches that catalyze casual carpooling in a corridor where it does not exist or to improve casual carpooling in a corridor where it is present but underperforming. Phase II will provi ...

Triton is developing a simulation-based system to provide psychomotor skills training to advanced health care providers in the performance of a Lateral Canthotomy and Cantholysis (LCC) procedure, a method of preserving eyesight. Our full prototype demonstrated in Phase I was designed iteratively following user feedback.

The DSOM system realized in a Phase II effort will provide a modular, compact and reconfigurable system with the ability to provide unique and new information about the scene of interest (e.g. temporal and height information) when compared with traditional SAR sensors. When compared with other imaging technologies, DSOM has the important advantages of being operable through cloud cover and at nigh ...

This project continues our development of innovative systems for farming macroalgae on the high seas. We will identify suitable sites in Nantucket Sound to demonstrate our system and determine the associated environmental parameters including depths, currents, and waves. By combining that information with load and acceleration data from our Phase I wave-basin tests, we will refine the structural d ...