A recently developed technology will allow military and local community first responders to take advantage of all available communications assets. The gateway-bridging equipment provides interoperability between commercial and military networks. Specialized military network cards support the connectivity to tactical equipment, allowing commercial traffic to travel over those assets.

Before September 11, only a few brave organizations were dedicated to authorizing and funding programs to test advanced technologies for state and federal disaster first responders and train key personnel in their use. For scenarios involving weapons of mass destruction, even fewer offered unclassified-level training in the skills and technology needed by law enforcement and health care personnel. Among those few are the U.S. Air Force Research Laboratory's Homeland Defense Technology Center in Albuquerque, New Mexico; the U.S. Department of Justice's Office of Justice Programs, Washington, D.C.; and the New Mexico Institute of Mining and Technology, Socorro. In times of crisis, it has been their experts who arrived on the scene toting a combination of "Men in Black" suitcase technology and advanced supercomputing capabilities to assist the nation's first responders.

An event that has become a staple of advancements in military technology has undergone an evolution and now aims at providing theater commanders with immediate solutions to operational interoperability problems before systems move into the field and are tested under fire-live fire.

High-temperature superconducting materials discovered only 15 years ago now are enabling signal filters that can achieve performance levels not even approached by conventional filters. Virtually any commercial or military system that must pull weak radio frequency signals out of background noise can benefit from the new technology.

Researchers are investigating the use of alternative radio transmission methods for military information systems. A recently launched program examines the use of ultrawideband technology in robust, scalable communications devices and networks, in radar and in collision avoidance sensors.

The U.S. Navy is launching a new initiative that expands the concept of network-centric warfare from the purely technical world to the operations doctrine domain. The paradigm will affect every aspect of the Navy-from acquisition processes to transportation, from information sharing to targeting. Military leaders believe this new approach will increase combat effectiveness and better support joint and coalition operations.

Battlefield information systems, both in use today and being designed for the future, have gone beyond being a force multiplier to become a cornerstone of military operations. The technology of today, along with that being prototyped for tomorrow, means timely response to execute the commander's intent and timely and accurate response to the individual warfighter.

Technology's role in the worldwide war against terrorism and the critical part it plays in homeland security will be the focus of TechNet International 2002. Attendees will be privy to a wealth of information and view hundreds of technical solutions that address the key concerns of today's military, government and industry leaders.

Analysts who must search hours of audio recordings for key words of particular importance to a mission now can find them in a matter of seconds with nearly 100 percent accuracy. Because the technology supports any task that requires the search, analysis and monitoring of voice content, potential customers for the capability range from intelligence organizations looking for terrorist code words to customer service personnel seeking to improve client relations. Additional applications include knowledge management, training and education.

Today's enterprise networks, major Internet exchange points and international peering points increasingly are being interconnected by high-speed fiber and gigabit Ethernet facilities. While these next-generation environments provide benefits in terms of speed and throughput, they also are brutally efficient at spreading distributed denial of service attacks, viruses and malicious worms that can disrupt network and application servers. The increase in the number and severity of attacks as well as the massive economic costs of malicious worms over the past three years indicate that defenses against these problems need to be improved.