Coalition interoperability and transformation dominate the challenges facing the U.S. Army-Pacific as it supports the Global War on Terrorism. Nearby wars, backyard threats and rapidly changing network-centric technologies all compete for top billing for a component command that encompasses the world's largest ocean and more than three dozen countries.
Calling a help desk when the computer refuses to boot up or when e-mail is blocked can be a frustrating experience. But with the help of industry, U.S. Air Force communications personnel in the Asia-Pacific region have taken steps to alleviate some of the aggravation. By employing commercial best practices and standardizing processes, the directorate in charge of ensuring that warfighters can connect is now more efficiently and effectively employing its resources. As a result, it expects to reduce the time needed to resolve technical issues by 20 percent.
In what has proved to be a timely and prescient move, the Guam Army National Guard recently upgraded its communication system both to handle expanded mission demands and to be resistant to constant battering by typhoons. The Guard now has an Internet protocol (IP)-based system built around commercial technology and designed to survive storm elements that used to crash the Guard's old system regularly.
The People's Republic of China is commissioning increasingly versatile destroyers adaptable for multirole missions in more distant waters. These vessels are capable of antisubmarine operations or regional air defense commonly attributed to blue-water fleets, and they feature advanced indigenous and imported weapons technologies.
China's senior military thinkers are clamoring for that nation to develop or acquire information and electronic warfare technologies and systems. Ascribing almost mystical qualities to the coming revolution in military affairs, these leaders are pressing for the development of advanced technologies such as missiles armed with radio frequency microwave warheads to destroy or disrupt an enemy's battlefield sensor and communication grids.
The U.S. Pacific Command is weaving a web of security cooperation across thousands of miles encompassing diverse nations and territories, some of which are longtime adversaries. These efforts include engaging former foes to contain weapon and missile proliferation, spearheading coalition peacekeeping operations, encouraging multinational economic growth, and implementing new information systems technologies to increase interoperability among mixed forces.
The Australian army is taking advantage of technology that consumers recognize as a faster way to connect to the Internet. To enhance their communications capabilities in the field, the service is collaborating with industry to design equipment that meets its specialized needs. The system has broad applications across a spectrum of other fields, including transportation and energy resources.
U.S. military forces on the Korean peninsula are mobilizing the power of technology to nurture a partnership that has been more than 50 years in the making. The unique nature of the Korean theater of operations has prompted the combined and joint commands in that area to fine-tune information systems to meet their distinct requirements.
The U.S. Pacific Command is cultivating a variety of technological tools that would bring coalition partners into permanent wide area networks and support the numerous partnerships in the vast region. Enhanced connectivity within the U.S. military forces and improved links for foreign nations will support the United States' primary mission in the Asia-Pacific region-ensuring security in an area of the world that continues to build up its armaments.
In keeping with its approach to incorporating blue-water-navy technologies for possible littoral uses, China is deploying a number of antisubmarine warfare systems to support potential conflicts against adversaries equipped with the most advanced submarines under the sea. As with most of China's military, these systems constitute a mix of legacy import technologies with indigenous developments.