The system continues to evolve, but its adoption is not universal.
The intelligence community’s one-year-old Intellipedia already is paying benefits to its users, according to Central Intelligence Agency officials. However, a majority of the community remains unfamiliar with its benefits and uncomfortable with its use.
As warfare and problems change, people and procedures adjust as well.
Intelligence experts from nine nations work together in the Coalition Intelligence Fusion Cell in Bahrain. The cell develops intelligence that coalition naval task forces can use to maintain security and stability in the region.
New structure will manage, control platforms and spread data to services.
The United Kingdom’s Dabinett program seeks to link all of the nation’s intelligence, surveillance, target acquisition and reconnaissance (ISTAR) platforms, such as this Sentinel airborne stand-off radar aircraft, into a single architecture capable of providing continuous battlefield surveillance.
A younger work force offers an opportunity for enhanced collaboration.
A U.S. Air Force intelligence analyst examines reconnaissance imagery from operations in Afghanistan. The surge in data from more varied sources, coupled with the need for collaboration among diverse intelligence organizations, is forcing major changes on intelligence analysis and its practitioners.
Consolidation centralizes capability development.
A U.S. Air Force F-15E Strike Eagle equipped with targeting pods flies over Southwest Asia. The Air Force will be integrating nontraditional intelligence, surveillance and reconnaissance (ISR) from platforms such as these to a greater extent, but the way to accomplish this effectively is not yet clear.
Trench coats have given way to optical collectors.
U.S. warfighters are finding that human intelligence, or HUMINT, is more important than ever in the war on terrorism. The Defense HUMINT Management Office (DHMO) is working to produce new technologies to aid the warfighter in the quest for effective HUMINT collection and dissemination.
The information is at hand; now the community must get its arms around it.
The wealth of information available worldwide from open sources has impelled the
Models address the complex problem of assigning global intelligence, surveillance and reconnaissance resources.
A George Mason University (GMU) model could help the intelligence, surveillance and reconnaissance (ISR) community gauge which assets are more valuable than others.
Two seemingly unrelated events occurred in May.
Stovepipe sensors and databases are enmeshed in the Web.
One of the ways the U.S. Army gathers and correlates intelligence information is with the All Source Analysis System, which tracks red forces through a variety of ground, airborne and space-based sensors. Officials are working toward standardizing access to these diverse data sources throughout many levels of command.
No longer an independent operation, battlespace awareness is now a part of the fight.
U.S. Air Force intelligence, surveillance and reconnaissance is relinquishing its separate identity and becoming an integral part of air combat operations. Sensor advances and the advent of network-centric warfare have both increased the discipline’s importance and compressed the time required to carry out its mission taskings.
Smaller, more proficient devices provide sharper signal differentiation for both military and commercial uses.
Highly refined signal filters will open new vistas in applications ranging from complex intelligence gathering to cellular telephony. The advances emerge from high-temperature superconducting materials incorporated into semiconductor chips. Researchers at the Defense Advanced Research Projects Agency have moved some aspects of this technology to the private sector for production and commercialization.
Dangerous theater competitors in Asian flash points engender increasing threat environment instabilities.
Sails billowing from strong economic, technology and military winds, the U.S. ship of state is tacking toward the future, seeking to shape its own strategic environment. Dead ahead in Asian waters, however, are ominous heavy weather and treacherous shoals. The U.S. military and its allies are facing a growing number of hostile rogue states that are equipping themselves with dangerous technologies designed to thwart power projection.
Exercise shows that operators on aircraft can use video to confirm identities of radar images of ground targets.
The U.S. Air Force has demonstrated the ability to provide airborne joint surveillance target attack radar system operators with real-time video ground imagery from an unmanned aerial vehicle. The capability allows positive identification of targets, decreased reporting and response times for attacking critical targets, and reduced fratricide.