ChemImage Corporation, Pittsburgh, Pennsylvania, recently announced that the U.S. Army Space & Missile Defense Command awarded the company an $811,000 contract for integrating its real-time sensor technology used for standoff detection of explosives into a multi-sensor vehicle screening system. The comprehensive screening system is currently being designed to screen vehicles for explosives.
Oklahoma State University/University Multispectral Laboratory, Ponca City, Oklahoma, is being awarded a $13,639,889 indefinite-delivery/indefinite-quantity, cost-plus-fixed fee, performance-based contract to provide services that bring together research, practical application, and the integration of hardware and software to execute testing and evaluation of sensors and related technologies to fulfill warfighter requirements. This contract includes options, which, if exercised, would bring the cumulative value to an estimated $49 million. Space and N
Have you ever wanted to delve a little deeper into your smartphone? With the new Sensor Kinetics app, Android owners can test and monitor all the standard sensors available in their devices.
Manufacturing Techniques Incorporated, Kilmarnock, Virginia, was awarded a $20 million contract to provide 111 Cerberus lite portable surveillance and reconnaissance sensor systems. The U.S. Army Contracting Command, Aberdeen Proving Ground, Maryland, is the contracting activity.
Woolpert Incorporated, Dayton, Ohio, was recently awarded a nearly $15 million contract to provide for the investigation of capability enhancements, including higher-flying platforms, improved imagery resolution and accuracy, improved processing and sensor payloads for improved collection rates. Work is to be performed in Arlington and Alexandria, Virginia, and in Afghanistan. The U.S. Army Geospatial Center, Contracting Office, Alexandria, is the contracting activity.
URS Federal Technical Services, Germantown, Maryland, is being awarded a nearly $14 million contract to provide professional support services in support of submarine towed array systems, associated component systems and hull sensor systems. This contract will include services in the areas of program analysis, development, control and monitoring, administration, communication, human resources, business, finance, cost estimating, technical and engineering support, information technology and lifecycle support. The Naval Sea Systems Command, Washington, D.C., is the contracting activity.
Georgia Tech Applied Research Corporation, Atlanta, Georgia, was awarded a nearly $15 million contract for the Advanced Airlift Tactics and Training Center sensor/countermeasures engineering and training. The U.S. Air Force 55th Contracting Squadron, Offutt Air Force Base, Nebraska, is the contracting activity.
Scientists at the U.S. Department of Homeland Security are a phase closer to putting chemical detectors into the hands of everyone who wants them. Developers have finished demonstrating a miniaturized sensor that can fit into the now-omnipresent personal cell phone. Early testing shows promise for small, inexpensive technology, and over the next year or so project personnel plan to test its real-world application. The cell phone platform would enable crowd sourcing to reduce false positive readings, and it would support instant alerts that would send out timely notifications. The goal of developers is to improve public safety, enhance homeland security and ultimately save lives. In this next round of development, researchers with the program have to figure out how the network will support the technology and determine whether applications that seem strong in the laboratory will function in the field.
When the U.S. Army needs to determine if an area on the battlefield is safe or is threatened by hidden menaces, it may be calling on its own custom-made mosquito air force to probe the area and report back to headquarters. Army researchers are developing life-size robotic sensor platforms based on small flying insects.
A different approach to focal plane array technology is leading to better and less expensive infrared sensors for a broad range of applications. For users in the battlespace, this development will mean higher resolution images in systems that require less maintenance even in demanding conditions.
The IBCS system must be agile enough to operate in uncertain situations without degrading the lethality of the weapons systems. Will the system be able to achieve this goal? Read the full article and share your opinions and ideas.
Scientists at Oak Ridge National Laboratory have devised a sensor that can detect substances at the nanoscopic scale. What potential practical daily uses could this technology be used for? Are there any ethical considerations for this technology? How would this affect national and public security?
The U.S. Army is speeding next-generation imaging systems to the field in response to experiences gleaned in Afghanistan and Iraq. Adversaries waging asymmetric warfare have impelled the Army to improve existing technologies and to seek innovative new capabilities in the field of electro-optics.
Researchers are developing a portable sensor to detect hazardous biological materials more rapidly than current methods allow. The sensor has applications for government and private organizations and could be used to reduce the impact of biological weapons of mass destruction and to identify contaminants in health-related concerns.
Electronic bloodhounds that quickly and reliably detect dangerous substances in a closed environment will begin replacing current sensors in military facilities in the near future. The final elements of a program borne out of the need to defend warfighters against biological and chemical agents will enter the transition stage later this year. The goal is to expand protection to the rest of the military work force. This added security is part of a two-year effort to develop extremely fast and accurate sensors that are so cost-effective that they can be used on a large scale.