The U.S. Army has networked the battlefield, providing troops with the first digital systems they actually wear. Capabilities formerly reserved exclusively for use on vehicles are now available at the individual level, altering how warfighters manage combat operations. This cutting-edge technology improves situational awareness and interoperability as well as command and control.

We humans are very resourceful creatures. When faced with a threat we are able to create innovative, effective ways of protecting ourselves. Back at the dawn of time when humans were stalked by prowling predators, they leaned to build a roaring fire at the mouth of the cave to keep the threat at bay. Yet that fire needed to be strategically placed and well maintained to be useful. Let it die out and there was a good chance someone became a midnight snack for a creature with very big teeth. That’s why it is always amazing when somebody decides that a proven security device is inconvenient and devises a way, sometime a very resourceful way, of circumventing it.

I was in Chicago the week after Labor Day for the DNI's "Analytic Transformation - Moving Forward Together - Symposium" where 400 Intelligence Community (IC) "dignitary" gathered to affirm their belief that information sharing and collaboration enabled by technology can now truly transform intelligence analysis.

Planning, Budgeting, and Execution

Misguided Policies Restrict Guaranteed Reliable Communications Cmdr. Gregory E. Glaros, USN (Ret.)

The U.S. Defense Department is investing billions of dollars in new military satellite communications (MILSATCOM) systems such as the Advanced Extremely High Frequency (AEHF), Wideband Global Services (WGS) and Transformational Communications System (TCS) to transform the way U.S. forces communicate and operate in modern combat. Unfortunately, reliance on these expensive and delayed programs has hampered the networked capabilities of operating units. Specific programs

Investigators performing computer forensics can now do their jobs from the beach—or anywhere else. An emerging technology eliminates the need for experts to have hardware in hand before examining a system and works around legalities that prohibit the transport of information across borders. The technology has applications across law enforcement, the military, the intelligence community and private industry.

An airborne networking system may soon provide warfighters with real-time battlefield data gathered from sensors and reconnaissance platforms across a theater of operations. A high-altitude unmanned aircraft serving as a flying information exchange will link to a constellation of low-altitude robot air vehicles, making this capability possible. Users will be able to access data from battlefield computers and ground terminals.

The requirement to protect information and the necessity to share information frequently conflict, but government and industry obligations to do both effectively, efficiently and simultaneously now are connecting these two near opposites. A partnership of companies, both large and small, is combining resources and skills to enable the government to provide information to those who need it while denying access to those who do not.

A proposed constellation of reconnaissance satellites soon may allow European governments to acquire and share satellite imagery rapidly. The multinational effort seeks to launch a new generation of imaging spacecraft to replace aging platforms. The program will permit participating nations to access individual satellites and sensors to meet their intelligence requirements.