A prototype command center allows engineers and military officers to test the interoperability of new technologies and to simulate operational scenarios. Based on existing intelligence gathering and battle management systems, the demonstrator links equipment and provides commanders with real-time data collected from a variety of sensors. Data fusion and decision-making tools permit simulation participants to experience the effects of rapid processing of intelligence information-a clear picture of the battlespace and a shortened sensor-to-shooter loop.
Front line British troops soon will be able to access maintenance documentation electronically through a portal-based software system. By clicking on an icon, personnel will download data onto their laptops or handheld computers for immediate reference at flight lines or repair operations. The technology saves space in logistics chains once required for transporting paper documents and allows process or equipment changes to be noted immediately and made available across all military services.
An advanced Swedish radar system capable of rapidly detecting and tracking multiple targets provides commanders with precious additional seconds in medium- and short-range air defense engagements. The radar can quickly sweep a section of sky in three dimensions and relay data to weapons platforms or to other sensors on a network.
The French military is enhancing its global communications capabilities with a new generation of dedicated satellites designed to simultaneously link several theaters of operation. The spacecraft features multiple antennas operating on different radio frequencies that can be aimed to provide highly focused, secure links to mobile and fixed groundstations.
The increasing complexity of global geopolitics is weighing heavily on U.S. military planners as they gird for the next round of network-centric warfare. Both technological and cultural dynamics loom large in potential scenarios and outcomes.
Participants in this year's Joint Warrior Interoperability Demonstration (JWID) operated from sites around the world, and personnel at each site form their own impressions of the event's results. In addition to taking part in the multinational activity, the teams at the Naval Surface Warfare Center (NSWC), Dahlgren, Virginia, demonstrated some of their own programs that support military and homeland security efforts.
The transformation that is redefining our military, far from slowing down, is actually gaining speed as it reaches into every corner of military affairs. If we measure the success of military transformation by the rate of positive change, then we have done more to improve the way we fight over the past four years than was achieved over the previous 213.
The Office of Naval Research and the Naval Undersea Warfare Center are testing a commercial Web technology that will boost network centricity in the program management process. An enterprise weblog, a Web-based journal that supports information sharing, communication and collaboration all in one medium, is being employed during the test and evaluation phase of a night-vision technology project.
More than two years have passed since the September 11, 2001, terrorist attacks. In that time, the U.S. government has undergone a massive overhaul to meet the challenges of combating an elusive foe. A key part of this restructuring was the creation of the U.S. Department of Homeland Security, charged with coordinating the efforts of myriad federal, state and local agencies to locate, identify and neutralize terrorist threats on American soil.
Sensors will swarm tomorrow's battlefields, allowing warfighters nearly complete situational awareness and denying enemy forces the ability to hide or maneuver without being observed. A recent U.S. Air Force wargame identified several technologies that may revolutionize warfare by 2020. Key to these applications is the use of datalinks in all platforms to create a flexible, redundant network that stretches from infantry units on the ground to satellites in geosynchronous orbit.