Building on a broad research base at the forefront of military technologies, German industry is developing a vast array of components and systems for the Bundeswehr and other allied military forces. New concepts tumble forth almost daily from German industry and government laboratories to improve tactical programs, especially in the areas of sensor, fire control, combat management, communication and simulation systems.

Buttressed by a wave of mergers, acquisitions and joint ventures, France's defense and aerospace industries are becoming increasingly competitive in cutting-edge technologies. This especially is the case in the development of electronics, command, control, communications and sensor systems.

Twin pressures of extremely complex advanced technologies and far fewer major defense and aerospace programs are propelling the worldwide consolidation of industry. This evolution is characterized by moves away from nationally based, fragmented approaches and toward mergers, consortiums and joint ventures in an era of fewer major global prime contractors.

AFCEA long has been an international organization moreso than by the mailing addresses of some of its members. Just as successive U.S. administrations recognized the inexorable strategic link between North American democracies and their counterparts across the Atlantic Ocean, so too did AFCEA's leadership. The establishment of the AFCEA Europe office in Brussels, Belgium, in 1980, site of the North Atlantic Treaty Organization (NATO) headquarters, emphasized this importance. During the Cold War, the trans-Atlantic AFCEA link helped provide a valuable two-way dialog for command, control, communications and intelligence (C3I) experts tasked with deterring aggression and maintaining the peace of nearly a half-century.

The U.S. Defense Department, with the cooperation of nations worldwide, is examining a multitude of technologies that would enhance today's command, control, communications, computers, intelligence, surveillance and reconnaissance capabilities. Recently created systems would allow military forces to acquire targets more accurately, collaborate remotely and share weather information to determine how conditions will affect a planned mission or the effectiveness of a weapon. Emerging technologies also would passively monitor potential targets, facilitate near-real-time access to up-to-date terrain information, provide a defense against information operations, and reduce the footprint and life-cycle cost of equipment.

Space may be the final frontier for travel, but for today's earthbound warriors it is the enabler of systems that strengthen and speed operations. Recognizing that the military's reliance on space-based assets will continue to grow, the U.S. Defense Department is seeking new ways for these resources to give its soldiers the advantage. No longer viewed as a luxury, the cosmos is now treasured as an intricate component of a successful mission.

Over the past decade, downsizing in the U.S. Air Force has refocused the service's goals on the efficiency, readiness and maximization of manpower and resources within a tighter budget. Restructuring the organization's planning and allocation systems under a new program will ensure that the challenges of a rapidly changing global defense picture will continue to be met.

A powerful computer that generates thousands of radar signals is being used to test the electronic warfare suite on the F-22 Raptor. The device pushes the aircraft's countermeasure package to the breaking point, allowing engineers to locate, analyze and repair faults in the system prior to installation.

Imagine being able to fly from planet to planet at a cost and safety level comparable to today's flights from continent to continent. Work currently being conducted by the National Aeronautics and Space Administration could make this a reality for future generations.

The U.S. Defense Department has developed an imagery system that allows full-motion video inputs from unmanned aerial vehicles, handheld cameras and similar devices to move directly from a sensor to an analyst's workstation. Based on recent advances in hardware and commercially available software, intelligence agencies can now capture and process uncompressed imagery in real time with sophisticated off-the-shelf products.