Intelligence-gathering techniques perfected by the government have made their way from the battlefield to the boardroom and now to corporate war rooms. These distinctively designed facilities are headquarters to a company's team of specialists who provide decision makers with knowledge that is critical to corporate survival and growth in today's highly competitive environment.
The former Warsaw Pact nation of Bulgaria is battling fiscal restraints and holdover communists as it strives to achieve its primary defense goal of membership in the North Atlantic Treaty Organization. The country is wrestling with cultural changes in its transition to a Western-style democracy with civilian control of its defense establishment. Military leaders once trained to operate in possible Warsaw Pact actions against the West now see the nation's civilian leadership providing full support to alliance operations against its former allies.
A multilayer, multinational research and development network is coming online as a result of recent coalition-focused joint operational demonstrations held in the virtual environment. The combined wide area network, which acted as the conduit for sharing information during the exercise, has been transformed into the combined federated battle laboratories network. The year-round, plug-and-play virtual center will allow international combined and U.S. joint service forces to operate with allied national command and control systems over the U.S. Defense Department's global command and control system.
If anyone can explain the principles behind the flight path of a boomerang, it is Dr. Edward H. Bersoff. Not only is Bersoff president, chief executive officer and founder of BTG Incorporated, a leading information technology company based in Fairfax, Virginia, but he also holds a doctoral degree in mathematics from New York University and is a former U.S. Army officer assigned to the National Aeronautics and Space
Researchers at the Department of Energy's Sandia National Laboratories have developed a new encryption device that promises the security and bandwidth accommodation necessary to scramble various types of data at speeds unmatched by many other encryption technologies.
Sophisticated, pattern-recognizing artificial intelligence agents are solving quandaries faced by organizations that are being inundated by massive amounts of information. The design of these technodrones is based on the characteristics of structures that allow the human body to function. It enables systems administrators, both military and commercial, to monitor and pre-empt network catastrophes and allows corporate leaders to tap available data and take advantage of opportunities.
New production methods allow constructing semiconductors capable of operating at a fraction of the power of existing devices while delivering comparable or superior performance. These new technologies could lead to extremely efficient electronic devices, from handheld computers to tactical radios and missile warheads. The potential also exists for increased processor speeds in both military and civilian communications and computing applications.
A radical approach to semiconductor fabrication may soon lead to supercomputers the size of wristwatches. Scientists are developing logic gates based on molecular oxidation that could allow these building blocks of computers to be constructed of only a few molecules.
The U.S. Marine Corps Command and Control Battle Laboratory experiment is using modular, easily configured software to achieve visualization and coordination of battlefield radar and communications data. This project provides a picture of ongoing efforts throughout the armed forces to create sophisticated battle management technologies. Designed as a testbed for future air defense and command and control systems, the battle laboratory combines forward-looking new concepts while providing an off-the-shelf hardware and software environment.
Technology derived from military signal analysis work is producing testing equipment for wideband applications in the private sector. These devices are capable of both storing and analyzing large amounts of data while generating a variety of broadcast waveforms.