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.

A new Internet protocol military encryption system from Norway is being targeted for marketing to Scandinavian and new North Atlantic Treaty Organization nations. Developed for Norway's Ministry of Defense, this system provides end-to-end communications security using an Atlantic alliance algorithm and features a smart card removable cryptographic ignition key, operator password and tamper-proof protection.

A metamorphosis in the U.S. Army military intelligence community closely mirrors the changes seen throughout the service as it embarks on the transformation to a full-spectrum force-the Objective Force. The service's conversion is motivated by an increase in the diversity and number of threats, the creation of new technologies, and the proliferation of weapons of mass destruction. These same factors have military intelligence leaders assessing the part that their personnel and technology will play in future operations. And, as in the past, it will be a critical role and one that will grow and change in proportion to the number of adversaries and missions.

The defense intelligence community, flush with new collection and dissemination technologies, now faces a crisis in its human elements. Years of improving technological capabilities have left a serious gap in human intelligence collection as well as in analysis.

There is no doubt that the United States has good intelligence capabilities. Our network-centric approach to warfare fits perfectly with intelligence collection and dissemination. Our collection assets are the best in the world. Expert analysts have proved their worth with decades of vital discoveries that helped stave off potential disasters during the Cold War. Yet, intelligence community leadership is faced with some important decisions to ensure its vitality and effectiveness in the coming decades.

A research pipeline between biologists and engineers has led to a new class of microrobotics, spawning a paperclip-sized mechanical flying insect that will weigh one-tenth of a gram and will measure 1 inch from wing tip to wing tip. The result will be applied in search and rescue missions, mine detection and even planetary exploration.

As businesses increasingly turn to visual methods of interaction, the demand for software programs that support multiple connectivity requirements has fueled growing technological research. The ability to tap the virtually limitless resources of voice, video and data services for use in real-time collaborative communications between companies has attracted interest in the ways these companies can maximize their Internet capabilities.

Forced to go its own way in technology and weapon system development because of a peacetime nonalignment policy and wartime neutrality, Sweden suddenly finds itself the focus of international business attention. Extensive changes are taking place in Sweden's defense and aerospace industries as foreign interest centers on investment, acquisition, merger and multinational consortium arrangements.