Members of the 2nd Space Operations Squadron (2 SOPS) deployed a novel tool to Afghanistan last month, giving warfighters the ability to combine Global Positioning System (GPS) capabilities with Google Earth. The resource enhances situational awareness and information sharing, and developers intend it to assist with planning efforts.

Humans organize to get big things done. And for years leaders and thinkers have tried to optimize organizations. You have no doubt studied this yourself. Do you remember reading books like “The Peter Principle: Why Things Always Go Wrong” or perhaps the true genius of Scott Adams in works like “This Is the Part Where You Pretend to Add Value.” Those are great timeless works because they are working off enduring human scripts. You can find other insights into human dynamics in organizations, of course, in leadership books from greats from Carnegie to Covey.

Walk up to a terminal, swipe a card and log in to a single, consolidated network architecture. That is the future the Navy envisions for its sailors when they disembark after a deployment and want to use a network on land, or vice versa—something that is difficult to do in today’s environment of cluttered legacy networks.

The dynamic environment that defines trends from social development to technology innovation is wreaking havoc on attempts to plan an effective national security structure. Coupled with severe budget limitations arising from the global economic crisis, this rapidly changing milieu is revolutionizing warfighting in ways that cannot be countered—or even predicted—on short notice.

More than 70 percent of U.S. casualties on the battlefield result from attacks with improvised explosive devices, frequently controlled by a radio link. The weapons likely will remain a persistent threat worldwide for years to come, but work is ongoing to counter them. Already, upgrades to current capabilities are entering battle zones, and development is underway on a complex system of systems to advance defeat tactics. During the next few years, military members can expect improved protection that includes the jamming of more frequency bands and a networked toolset connecting dismounted soldiers, vehicles and fixed installations, all focused on bringing troops home safe and sound.

A future U.S. Coast Guard acquisition strategy may owe its design to social media such as a wiki and an interactive blog site. That is not to say that those activities will define the architecture of the new acquisition strategy; that particular decision is well in the future. What the Coast Guard is doing right now is using social media to develop its new acquisition strategy transparently and collaboratively.

The key to defeating improvised explosive devices may lie in attacking the network that procures, develops and emplaces the weaponry rather than focusing on the device itself. Eight years of combating both the devices and their effects has broadened the mission of those tasked with rendering these weapons null in the realm of asymmetric warfare.

The U.S. Army National Guard is continuing down a path blazed by other institutions to create counter-improvised explosive device training lanes around the country. Citizen soldiers will use the locations to improve their tactics against the oft-fatal threats, and partners also can take advantage of the ranges to upgrade their skills. The goal is to increase the number of rehearsals warfighters participate in while requiring less time away from home and less money outlay for travel.

A forest of antennas is making life even trickier than usual for military signalers at Regional Command–South in Afghanistan. In addition to dealing with a harsh environment, deadly enemies, battle-zone operations and the regular hiccups inherent in systems and networks, communicators in the combat area are fighting against the very tools designed to help them. Personnel in the information-sharing realm have discovered that international signal towers set up in the area are proving to be one of the most time-consuming problems of their deployment.