In the near future, laser-based detection systems will allow military aircraft to identify enemy ground vehicles accurately in battle zones and permit spacecraft and robotic vehicles to navigate safely through unfamiliar terrain. The technology is built around highly sensitive optical detectors that measure minute amounts of reflected laser light. These systems do three-dimensional modeling of scanned objects in real time, offering missile defense systems the capability to differentiate between re-entry vehicles and decoys.
Advances in visual processing may soon allow robot vehicles to travel autonomously across battlefields and city streets. Researchers are developing mathematical models that offer insight into how mechanical and biological systems interpret images for movement and navigation. The answers will provide a key to designing more sophisticated automated guidance systems for commercial and military use.
Government and private industry are struggling to grasp different aspects of the same challenges as they implement network-centric operations. Whether involved with e-commerce or battlefield situational awareness, organizations stand to gain substantially from a networked information infrastructure. However, some solutions-architectures, protocols or security measures-that work in some areas may not be applicable to others.
Battlefield applications of 21st century communications and information technology capabilities allow commanders to assess their own positions as well as the locations of enemies. Soldiers in the field can receive orders and take action in record time. However, an intense dialogue is in progress on how best to employ these technologies to win the war against terrorism.
While weaving the thread of homeland security throughout the panel discussions at TechNet International 2002, speakers also expressed candid views about the problems that must be solved to make the best use of today's technical capabilities. Topics included network-centric warfare, biometrics, smart cards and emergency communications.
One year ago, I discussed the role that AFCEA International can play in supporting interoperability among coalition forces. Until recently, that interoperability drive largely has focused on ensuring that vital equipment is built to the same standards on both sides of the Atlantic. The primary hurdle to be overcome was incompatibility among different nations' information systems, and building new systems along the lines of common standards helped us move toward built-in interoperability.
The home nation of the former Warsaw Pact is undergoing a multifaceted military revolution as it strives to provide significant contributions to Free World security. Shortly after leading the former Eastern bloc in joining NATO, Poland is facing multiple challenges to both modernize and transform its armed forces.
This month marks the transformation of the U.S. Army's only air assault division into a new modular format that is designed to lead the Army into the future. Following similar changes at the 3rd Infantry Division, Fort Stewart, Georgia, the 101st Airborne Division (Air Assault) at Fort Campbell, Kentucky, is metamorphosing into a modular construct that brings with it significant changes in structure and equipment.
The U.S. Army's force restructuring effort is affecting every aspect of the service, including the way signal soldiers train. To address the communications needs of modular units, the U.S. Army Signal Center, Fort Gordon, Georgia, is helping to create a multifunctional signal soldier who can accomplish different tasks as required by the unit. As joint operations drive doctrine and technical solutions, the Army's junior leaders are being taught from the start to think about how the Army works with the other services beyond the realm of joint task forces.
Even Wal-Mart's Sam Walton might stand in awe of the way the U.S. Army is transforming its logistics infrastructure. The service has identified four focus areas for change and is now in the blueprinting phase of improving how the supply chain links. With the support of commercial enterprise resource planning technology, the Army is targeting problems to ensure that data is not the only asset that makes it to the end of the last tactical mile.