Battlespace digitization was the focus of a number of leading experts as they debated the reality and trends evolving from this concept. The discussions were part of a recent international symposium in Paris presented by the AFCEA Paris Chapter and conducted under the patronage of the French Minister of Defense.
Emerging technologies are essential to the Intelligence Community's ability to accomplish its international mission in the high-threat environment of the 21st century. In the global war against terrorism, the United States faces foes who are clever, patient, determined, multinational and largely invisible against the backdrop of the societies in which they operate. The nation's ability to counteract this threat demands broad connectivity, speed of action and the management of large volumes of information at levels unparalleled in history.
Over the past three years, AFCEA International has undergone several changes, both internally and externally. Some of these changes reflected the new world that we faced after the September 11, 2001, attacks. Others were a part of the internal activities that a dynamic organization undergoes to remain vibrant. The next three years hold more changes in store for the association, and they promise to be as important as those of the recent past.
Many would-be contractors sabotage their own bids with sloppy processes and mistaken notions that leave government acquisition officials no choice but to reject them for a contract award. These mistakes can run the gamut from firms' attempts to pull the wool over the eyes of government officials to honest errors that bidders do not realize are hurting their cause.
After several years of depressed revenues, the telecommunications industry is poised to recover in 2005, experts say. Rebounding from the historic lows of the past several years, the equipment manufacturing sector can expect robust growth while gains for services will remain modest. But storm clouds loom on the horizon as emerging technologies such as broadband and voice over Internet protocol threaten to radically change traditional service carrier arrangements.
A former niche technology will greatly improve how military and commercial organizations stock and track supplies and products. The system permits the identification of equipment fitted with radio frequency devices known as tags. This capability allows quartermasters to know a cargo container's contents immediately as it enters a theater of operation. Inventory information can then be fed into a database to follow incoming parts and equipment shipments, allowing commanders to react quickly to demand spikes.
Data identification is emerging as the primary challenge facing network-centric warfare. Many elements of network-centric operations have been field-tested in the Afghanistan and Iraq wars, and user feedback is giving U.S. Defense Department planners insight into capabilities and drawbacks. These lessons learned span both technological and cultural issues, and defense experts are adapting their efforts to deal with both disciplines.
Today's threats to U.S. national security range from the bloody reality of terrorist suicide bombers who kill and maim individuals to weapons of mass destruction that potentially hold many thousands at risk. The U.S. information infrastructure is a vital element of U.S. national security, but the design and management of software render its terminals, nodes and networks demonstrably vulnerable to malicious manipulation.
The military may be moving toward the massive Global Information Grid, but interest also is growing in networks that feature lilliputian qualities. Research that began in the mid-1990s is starting to bear fruit in the form of networking nodes that are scarcely the size of a postage stamp. Sometimes referred to as "smart dust" or "motes," these miniature networking nodes can be integrated with a variety of sensors to then pass on the information that is gathered to the people who need it.
Researchers are developing shape-shifting robots that can climb obstacles, drop down cliffs and fit into tunnels. Small, individual modules link to form a system that can take a multitude of shapes to travel over varied terrain. Two distinctly different designs could allow military and first responder personnel to reach past obstructions into previously inaccessible areas while remaining at a safe distance.