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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.

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.

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.

A World Wide Web-enabled technology is on the verge of dramatically changing the way people and computers interact and share information. It provides a common architecture that permits data to be communicated and reused across application, enterprise and community boundaries. This automated context mapping capability will allow complex network-centric systems to reach their full potential and to scale beyond present systems.

The complexity of the command, control, communications, computers, intelligence, surveillance and reconnaissance environment has increased significantly during the diverse operations the U.S. military has supported in recent years. From the battlefields of Afghanistan and Iraq to the devastation in the Gulf Coast region, the ability to share information has been instrumental in saving lives and carrying out effective operations. However, the fast tempo of activity within such a short period of time has brought to light the challenges that still exist in sharing data among organizations.

What may be the oddest looking U.S. Navy craft to set sail in years is carrying the hopes of visionaries who aim to transform Navy ships and missions with the aid of advanced technologies. The composite-material craft couples a new hydrodynamic design with a modular network-centric electronic system to leverage the many innovations emerging from the information technology sector.

Biometric scanners, gamma ray detectors and unmanned underwater vehicles seem like topics reserved for futuristic action-adventure movies. However, these technologies are being embraced by agencies under the U.S. Department of Homeland Security's umbrella. Technologies that serve to track, trace and contain or detain potentially harmful materials and individuals are being studied, tested and integrated into many homeland security activities.

The large hexagonal building's Tidewater architecture blends well with its placid Hampton Roads surroundings. Indeed, this bucolic Virginia setting belies the beehive of combat-related activity inside-experiments that are profoundly transforming the way this nation fights wars and protects its citizens.

Pictures may indeed be worth a thousand words when applied to visualization aids for warfighters and first responders. A university-based facility is using state-of-the-art computers and software to convert large data files into maps for a variety of organizations. This free material is made available to government agencies, academic research groups and companies that require high-resolution terrain imagery.

Analysts in the U.S. Navy will soon be able to examine new ship systems and military tactics from the beginning to the end of the kill chain without ever leaving shore. A modeling and simulation tool will enable them to assess capabilities quickly at their desktop with a level of fidelity that allows them to make better informed acquisition recommendations as well as to explore adversaries' responses to new devices and strategies. The capability capitalizes on advances made by the video game industry.