Electromagnetic Augmented Reality Image Guidance with Computerized Task Assistance for Minimally-Invasive Field Care
Technology combining electromagnetic tracking, guidance software, and advanced visualization for 3D and 4D image guidance with augmented reality for minimally-invasive medical procedures. The low-power, portable system can simplify lifesaving interventions while facilitating use closer to the point of need. Applicable to hospital use, training, field resuscitation, and prolonged field care.
Monocrystal-based microchannel plate image intensifier
Prior microchannel plates have a visual acuity of approximately 20/36 and have a 1.5 ms decay time. Fermilab's technology provides better spatial resolution and imaging speed. Microchannel plates are used in particle detectors, photodetectors, night vision, etc.
Blaise AI-Augmented, Raman/IoT/5G device for chemical and biological point detection (CBRNE) in the field
Blaise is an Android Form factor device that will enable users to surface in a field environment for pathogens and harmful chemicals in 10 seconds at a cost of less than one cent per scan
PICO Anywhere Suite - Distributed Intelligence Mesh for Constrained Conditions
Decision support teaming services in the field nearest the data and communication needs of users and their resources. System maintains decision support services in high interference or constrained conditions for those moments of inadequate to no access to uplinks or clouds.
Mountable, zero-power, ppm-to-ppt level toxic gas and vapor sensor
Torel technology provides a lightweight, personal, mountable and zero-power wearable device that detects the exposure to a variety of toxic gases and vapors with an unmistakable visual output. The platform provides a tamper-proof indicator for both acute and chronic exposure to toxic gases and vapors.
AI enhanced medical device capable of detecting unique biomarkers
The mission of Know Biological is the development of an AI enhanced medical device capable of detecting unique biomarkers appearing in the human body only under specific conditions, such as impending epileptic seizures. These biomarkers can be used as an early warning alert, as in the case of epileptic seizures.
Informed Virtual Vitals
Mindset Medical has developed the ability to capture patient physiologic monitoring using remote photoplethysmography from a smartphone. Blood pressure, Sp02, heart rate, and breathing rate can be captured and posted to a cloud based clinical dashboard as well as delivered through text messaging for remote patient monitoring.
PNT as a Service (PNTaaS) for operating in GPS denied environments
The Position, Navigation, and Timing (PNT) as a Service (PNTaaS) open-architecture solution enables the use of multiple space Signals of Opportunity (SoOP) to provide back-up PNT in the event of long duration, wide area GPS denial, and even in the complete global absence of GPS.
ADiC Noise/Interference Mitigation Filters
The NonLinear solution minimizes the impact of noise and interference in signal processing more completely than any technology available today. The solution is complementary to any current technology being used and will act only to enhance signals to levels currently unattainable.
Opal HTM: IoT-optimized medical asset management
Opal HTM tracks where, when, and how often medical equipment is used. Our patented system of wireless sensor modules and data analytics gives hospitals unprecedented clarity into the utilization of their equipment, helping them convert this information into millions of dollars saved through optimized procurement and maintenance strategies.
RF-Silent DC Voltage Regulators with High Efficiency
Polaris Semiconductor has pioneered a voltage regulator technology which can efficiently raise and lower DC voltages with zero electromagnetic interference (EMI), high efficiency and an extremely compact footprint. This provides critical performance advantages in noise-sensitive and space-constrained applications such as defense, medical, communications and IIoT hardware
Using AI to Improve Safety at Grade Crossings
The invention to a mobile railway crossing safety device that detects an approaching train at a roadway railway crossing, and provides the issuance of an alert to a person at-risk of associated harm, such as a driver of a motor vehicle about to traverse the railway crossing.
Wearable Body Composition Analyzers
The present invention relates to an apparatus and method for analyzing body composition using a wearable device, and more particularly to a finger-wearable device using bioelectrical impedance measurement. This device provides a better assessment of fat, muscle and water composition in the body to track progress.
NeuroHawk TBI Scanner
NeuroHawk is a non-invasive radio-frequency based brain monitor. It detects and monitors, using RF signal scattering and absorption, the presence and size of brain bleeding injuries from traumatic brain injury. The device consists of a flexible headset which contains 9 RF antennae, and the cell phone sized driving electronics.
Revolutionary passive acoustic sensor arrays
SubSeaSail (SSS) and partner Applied Ocean Sciences are developing highly capable, disruptively affordable passive acoustic arrays with broad application but ideally suited for the SSS long-duration semi-submersible platform
Miniaturized Laser Induced Breakdown Spectroscopy (LIBS) Harsh Environment Sensor
The LIBS sensor identifies elemental compositions of solids and liquids in the field, in real-time– essential for producing the nation’s energy while protecting the environment. LIBS enhances research of domestic sources of rare earth elements and enables sensing and monitoring of chemical processes, assuring effective carbon storage and groundwater quality.
Soft Burrowing Robot for Simple & Non-Invasive Subterranean Locomotion
This technology embodies a soft robot that can burrow through sand or dirt, like a plant root. Through its unique eversion mobility, this robot can navigate tightly constrained environments without imparting undue stress or friction on its surroundings.
Low cost, real-time, visual detection of Volatile Organic Compounds
This technology is a liquid crystal sensor that can detect volatile organic chemicals (VOCs), especially aromatic VOCs. In the presence of VOCs, the liquid crystals drastically change color, allowing for user detection with the unaided eye. These features make the technology ideal for personal sensor badges.
Integrated LC Filter for Power-Dense and Cost-Effective Power Electronics
This novel integrated inductance-capacitance (LC) filter allows generation of lighter, cheaper, and more power-dense power electronic circuits. Our novel LC filter combines the inductor and capacitor into a single element to improve cost-efficiency and ease of manufacturing.