Award Data

Olfactory dysfunction (OD) is a significant threat factor in the modern military due to frequent exposure to harmful inhalational environments in various military settings. During the pandemic, it has been observed that COVID-19 causes the sudden onset of OD and a significant increase in long-term OD. Although various olfactory tests have been used to diagnose OD, there is currently no reliable cl ...

Triton Systems will design a sensor system capable of measuring, analyzing, and visualizing high-rate deformation of complex surfaces in 3 dimensions. This device will meet the needs of the DoD to accurately characterize surface response kinematics at the interface between the torso and a body armor system.

Triton Systems is developing a hardened portable dry EEG system integrated into flight system helmets to record and analyze physiological measurements of aircrew in flight without interference from environmental signals such as motion, vibration, and EMI reliably and interpretably. The device is lightweight, comfortable for long durations, and will meet requirements for flight certification.

The proposed program addresses the need to replace the combat wound medication packet (CWMP) with a wearable device capable of delivering treatment for the prevention of infection in a prolonged care setting. The ability to treat penetrating wounds with antibiotics before surgery will be a major hurdle in maintaining combat power. In response to this need, Triton Systems, Inc. has leveraged its ex ...

Hearing protection devices (HPD) can prevent occupational hearing loss among military and civilian personnel by reducing noise exposure, but only if properly fitted. Current best practice HPD fit testing is time and labor intensive, requiring a real ear attenuation threshold (REAT) test in an audiometric booth. While commercially available systems exist that can test subjects outside an audiometry ...

Military service members are exposed to an array of challenging conditions and dangerous environments throughout their training and deployment that can result in musculoskeletal injuries. Ankle injuries, in particular, place a severe burden on force readiness given elevated risk to Soldier-Athletes, long durations of recovery, and the elevated risks of reinjury. Identifying ankle injuries and trac ...

Triton’s extreme cold weather medic trainer system will utilize a combination of physical manikin technology and mixed reality technology to enable training of military medics to diagnose and treat combat casualties and those resulting from extreme cold, to include frostbite and hypothermia, spanning from the point of injury through prolonged care at a forward surgical hospital.

Salient Predictions Inc. proposes to develop new technology for accurate subseasonal to seasonal (S2S) water availability forecasts so that communities may manage water resources in preparation for hazardous events like floods and droughts. Current hydrological models face challenges related to data inputs, as climate change has been presenting weather patterns atypical from historical data. Witho ...

We propose to develop in-situ low cost sensors to support fire meteorology for wildland fire emergency response, by blanketing the fire area with real time measurements. Sensors can be air-deployed to provide vertical atmospheric measurement profiles or hand-emplaced for augmenting existing surface fire weather stations. Each telemeters precision measurements of air temperature, solar radiation, i ...

Ocean ecosystems are critical to the regulation of Earth’s climate and biodiversity, while also hosting a range of direct and indirect benefits to people, from being a food source to recreation. Coastal ocean systems are dynamic regions especially rich in diverse biological and geochemical interactions. However, major gaps exist in our knowledge of the primary biogeochemical processes and the fa ...