Despite the collected wisdom of those who know about this stuff (i.e. congressional staffers) that it is unlikely there will be an intelligence authorization bill for the third year in row, I was interested in the language of the authorization bills recently reported out by both the House Permanent Select Committee for Intelligence (HPSCI) and the Senate Select Committee for Intelligence (SSCI). The reason there won't be an FY 2009 Intelligence Authorization Bill is because the executive branch through the IC finds both versions fatally flawed on interrogation techniques the CIA should be allowed to employ.

Various mechanisms exist to achieve success, but the power and benefit of 500-day plans have been proven repeatedly. Organizations can use this approach to plan and quantitatively measure the success of transformational activities even during the most dynamic of times.

In 1986, the Goldwater-Nichols Act mandated jointness in the Defense Department. This affected training, doctrine, personnel management and assignments, force structure and operations. Joint operations and a joint approach to command, control, communications, computers and intelligence (C4I) have become fundamental to the way we fight.

China has been buying and adapting Russian naval technologies as it introduces new ships to the fleet in fits and starts. Instead of standardizing ship designs and deploying large numbers of similar ships to its emerging blue water fleet, the People’s Liberation Army Navy keeps introducing new types of guided missile destroyers largely in pairs. The answer to the question of why China produced only one or two of four recent new guided missile destroyer designs could be that China is trying to gain the capability of producing a 956-type ship so that no more expensive Russian imports would be needed.

The U.S. military’s newest combat aircraft, the F-35 Lightning II Joint Strike Fighter, is designed as a multirole platform capable of carrying out a range of missions for different services and foreign allies. Its brains are an advanced software programmable avionics package that can be rapidly reconfigured for new operations. The package manages the aircraft’s navigations, communications, electronic warfare, and identification friend or foe functions. Although it was developed for use in fighter aircraft, the electronics package can potentially be installed in a range of airborne and ground-based vehicles.

Web 2.0 users beware: Social networking technologies may be fun and useful, but the one thing they are not is secure. For all the benefits it offers, the Web 2.0 world is still pretty rowdy, and the risk to enterprises is very serious. Experts warn that capabilities such as social networking and collaborative content sites are a wide-open window to hackers who are using their mega-networking appeal to spread malware and crack into systems. Unless organizations take precautions, not only do they put themselves at risk, but they also may inadvertently become members of a ring of thieves whose goal is to get their virtual hands on information, which equals riches.

Science fiction heroes zooming faster than the speed of light is the stuff of space-age movies, but slowing down or stopping light’s speed may prove more useful to the military and others. Scientists have found that changing the pace of light brings technologies that were once considered impossible closer to reality.

Nanotechnology may soon provide warfighters with lightweight and powerful electronic equipment. Researchers have created a fully functional transistor radio made entirely of carbon nanotubes. This feat demonstrates that these microscopic structures can be used as high-speed transistors and radio system components that consume only a fraction of the power required by current equipment.

In the future, there will be no place to hide from the U.S. military. Two prototype sensor technologies may soon allow warfighters to observe enemy units at great distances and to track their movement inside buildings and urban areas. These systems benefit from recent developments in optics, radar, algorithms and processing to pull images out of desert heat distortion or to create maps of entire neighborhoods rapidly, greatly increasing soldiers’ situational awareness.

The minds of the world who are creating the future’s communications technology already know what to expect in the next generation—tools that are smaller, more powerful and more flexible yet less expensive. These experimenters also know that current bandwidth problems have to be a focus area for future operations. Research and development is already underway on everything from nanomolecules to intercontinental systems that will incorporate those features that troops need most. At the same time, military members can expect brand new capabilities and better security as well.