Military commanders looking for a battlefield advantage that can tip the balance dramatically in their favor may be able to benefit soon from a promising new technology application. Called predictive insight, it holds the potential not just of making the concept of complete battlespace awareness a reality but also of taking that concept a giant step further.

Inadequate funding and prolonged operations in Iraq are taking a toll on U.S. Marine Corps equipment and threatening U.S. military readiness to fight and render humanitarian aid. These circumstances already are influencing training and consequently effectiveness and could affect re-enlistment numbers if not corrected. Adjusting resources is one issue; however, the situation also calls for overhauling acquisition practices so near- and mid-term needs can be met.

An experimental airborne radar system currently under development may improve tracking capabilities for hard-to-detect airborne and ground targets. The radar would be lofted aboard a robotic airship to float tens of thousands of feet over a region, providing comprehensive and persistent surveillance for up to a year. A key advantage of this high-flying system is that the radar antenna would be a part of the airship's structure, turning the entire platform into a sensor.

Researchers are looking to improve satellites by studying their functions in space. By sending up nanosatellites for the satellites, scientists can determine problems more accurately and fix defects before launch, saving money and time and reducing the debris in space.

An evolving battle management and situational awareness system is allowing the United States to form a layered missile defense by linking regional, theater and national commands into a single network. A new battle management function allows warfighters to optimize sensor and interceptor operations. By fusing sensor data, the system presents commanders with a common operating picture during a ballistic missile attack. The technology allows users to select and place missile defense assets and to analyze and test for potential weaknesses in defensive coverage.

Governments, militaries and businesses worldwide are in the midst of various types of transformations. AFCEA members can be pleased with their own association's embrace of change. It always is important for an organization such as ours to transform as nations around the globe adjust to the dynamic information age as well as the changing nature of conflict and security amid the Global War on Terrorism.

Without a doubt, service-oriented architecture (SOA) and specifically the impact it will have on how personnel think about and deploy business services will affect the way the Office of Naval Research (ONR) does business. As others have stated in this column, the biggest challenge will be the processes and thinking that must be put in place to make the technology work.

New and effective technologies will be essential for NATO to carry out missions beyond its traditional areas of responsibility. Industry is a key player in providing needed capabilities, and ongoing cooperative efforts between the Atlantic alliance and its commercial partners need to be enhanced and their procedures improved.

The U.S. Defense Department is shifting away from building its own communications tools and services and is reaching out to the private sector for help in providing information to those who need it. The public sector is seeking to form partnerships with industry based on open standards, network centricity and collaboration between developers and end users to supply tools to the troops before the technology is obsolete.

The composition of the U.S. Army's strategic and tactical signal brigades is evolving to meet the changing needs of the warfighter, and communications is at the crux of the transformation. Simultaneously required for transformation is the centralization of knowledge, security, capabilities and maintenance.