Vuzix is set to deliver to the Battlefield Air Operations Kit Program of the U.S. Air Force, a shipment of its next generation Tac-Eye LT wearable display solution worth over $1 million within three months.
Early detection and identification of trace level chemical and biological agents and explosive compounds are critical to rapid reaction, response, and survivability in asymmetric warfare. While there are many methods currently being used that can detect these threats, none allow for the unique fingerprinting of threat agents at trace levels.
DataGait, developed by researchers at Oxford Brookes University, allows for easy and instantaneous analysis of a patient’s gait (manner of walking) by trained professionals in any health clinic.
A research team led by Cagri Savran, an associate professor teaching mechanical engineering at Purdue University, has developed a diffraction-based sensor that is both biological and chemical.
The latest touch-screen solution from Zytronic’s unique PCT(TM)-technology has found its way to Microsoft Corporation's Envisioning Lab where the touch-sensor is used in a multi-monitor, fully touch-enabled workstation referred to as the Lab’s Spatial Desk.
In 2009, General Dynamics was selected by the Marine Corps to provide nine Combat Operations Center (COC) Capability Set III systems as part of the government's CAC2S initial integration of the Processing and Display Subsystem.
Universal Biosensors recently declared that the OneTouch Verio from LifeScan designed with Universal’s technology is suitable for applications in self monitored blood glucose.
Future technology may put the brakes on drunk drivers and save many lives if researchers at QinetiQ North America, Waltham, Massachusetts have their way. They are developing a system that will prevent a car from starting if the driver's blood alcohol level is higher than the legal limit.
According to a report published in the New Mexico Daily Lobo late last year, scientists at the University of New Mexico have designed a sensor that will identify biological material used to manufacture weapons.
Researchers at the University of Michigan have recently found a means to measure the growth and vulnerability to drugs of a single bacterial cell without using a microscope.
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