Submariners are being immersed in the latest in simulation technology to familiarize them with their future stations and duties. Hardware and software under development during the past few years have come to fruition, and instructors at the U.S. Naval Submarine School, Groton, Connecticut, are excited about the positive impact the new systems have in their classrooms. Students are so excited about training in this fashion that they actually refuse to leave when the final bell rings.
Autonomous underwater vehicles, unmanned aircraft and miniature tracked vehicles all rigged with enhanced mine-detecting capabilities will assess a dangerous area before troops disembark from ships, providing them with information about what lies beneath. Outfitting battle groups with these relatively small yet powerful technologies will allow them to conduct mine countermeasures independently so that amphibious units can proceed quickly with their missions.
A security management system allows administrators to track computer network threats by providing near-real-time alerts from remote sensors on the network. Software agents, tailored to be expert monitors of specific programs and devices, use rules sets to sift through data before sending reports to a central management engine that tracks and correlates the information. Thousands of potential alerts then are analyzed and reduced to one or two dozen incidents that require immediate attention.
U.S. military forces face diverse challenges as they defend national security in the post-Cold-War ear. Dealing with these threats will require both technological solutions and new tactics and techniques. These were some of the views expressed at Tampa TechNet 2001, co-sponsored by the Tampa-St. Petersburg Chapter and AFCEA International.
When someone mentions the term National Security, everyone immediately understands both its meaning and its importance. All military, geopolitical, economic, law enforcement and sociological elements come into play under the overarching concept of nation preservation. Laws are passed, militaries are formed, and foreign relations are defined all to ensure that a country's existence remains unthreatened by potential adversaries.
Protecting warfighting information technology systems requires the same situational awareness for networks that battlefield commanders rely on to maneuver forces to outflank and engage an enemy at maximum effective range. Without a near-real-time picture of the U.S. Defense Department's Global Information Grid, the bubble could burst, leaving in question warfighter network defenses.
Balancing function against security may prove to be the tightrope act that determines the future of information assurance. Government and commercial experts are weighing the convenience and capabilities of new technologies against their vulnerability to the burgeoning threat from all corners of cyberspace.
The U.S. Defense Department is moving ahead with plans to engage Reserve forces further to protect and defend military information systems. The approach takes advantage of available expertise by making it easier for civilian information assurance specialists to put their skills to work for the military.
The U.S. Air Force is researching an information assurance system that incorporates the human factor into protecting data. The system would help analysts charged with monitoring networks identify potential breaches more easily by removing clutter and presenting them with a clear assessment of the danger level.
The U.S. Defense Department has established a facility to evaluate and integrate biometric identification systems for military and federal agencies. Charged with multiple responsibilities, this center also serves as a place where government, academia and industry can share their expertise and knowledge.