The National Geospatial-Intelligence Agency is juggling several different directions as it plans for the next five years. But, rather than face having to choose which direction to pursue, the agency has mapped a course in which all of the different paths aim for a common destination.

Handheld mobile devices will be the next delivery vehicles for geospatial intelligence if the agency responsible for processing and delivering the vital information has its way. The National Geospatial-Intelligence Agency already has developed apps for a variety of different mobile platforms, and it is working with the commercial sector to expand the menu it is about to offer to individual users in the field.

In the battle to share information effectively among local, state and federal partners, the National Guard Bureau has employed a tool designed to give personnel an edge. This geospatial information technology is deployed across the United States and its territories, enabling better coordination during emergency situations. With Google Earth as its base, it already has proved valuable in large-scale responses, and officials are planning future improvements.

The entire U.S. Defense Department has put a strong emphasis in recent years on the need to develop alternative energy technologies not only to reduce dependence on foreign oil, but also to ensure its own energy security. Airmen have responsibility for more than 100 of these projects, and even personnel typically associated with the most dangerous missions have embarked on research. Special operations troops are determined to remain on the cutting edge as their headquarters base leads the way in confirming the viability of some new offerings.

I joined the U.S. Army in 1968. Having been trained as a Signal officer, I went to the field in the early 1970s with maps in hand, and I used acetate and grease pencils to prepare overlays for troop movements, command post and signal site locations, and the ever-important radio line-of-sight calculations. One of the greatest technology developments of the time was the marking pen—we got rid of grease pencils and we had color!

The next time U.S. forces fight in the littorals—whether it be in the Persian Gulf, Africa, Asia or elsewhere—adversaries, if they are smart, will adopt the land tactics that have made insurgents effective in Iraq and Afghanistan. And, if the U.S. military is smart, it will bring to the asymmetric maritime fight the same force-multiplying intelligence, surveillance and reconnaissance tools that have kept casualty rates surprisingly low in the ground fight in Iraq and Afghanistan.

U.S. MARINES fighting the war in Afghanistan have embraced solar power as a way to become more self-sufficient and less dependent on batteries and generators at the front lines. The use of solar energy and renewable energy sources is part of a plan by the Corps to cut by half its reliance on non-renewable energy sources by 2025.

Email is the most attractive application for leading to implementation of a Defense Department enterprise-wide strategy. Email features are generic and functionally identical. It is shared across all components. It is mature. A shared directory of addresses and the security requirements are identical and do not require innovation. Implementing email as a software-as-a-service (SaaS) by an organization such as the Defense Information Systems Agency (DISA) would offer immediate cost reductions of at least 50 percent. This would serve as a precedent for similar enterprise-wide efforts that could follow.

The U.S. Marine Corps intelligence community is establishing a governance counsel of colonels who will make some of the acquisition decisions normally made at the general officer level, unburdening the service’s generals while also streamlining the process for getting intelligence technologies to the warfighters, reported Phillip Chudoba, Marine Corps assistant director of intelligence, speaking at TechNet Land Forces Southwest yesterday in Tuscon.

A solar cell no bigger than the dot over the letter “i” is setting new standards for efficiency and could significantly reduce the cost of solar-provided power in hot, dry regions, making solar energy more competitive with established, conventional sources of electricity, according to experts.