The fundamental nature of warfare has changed. Asymmetric warfare has become the prominent threat. Non-state actors, often difficult to identify, have become the primary warfighters in many cases. The cyber domain has been recognized as one of the most dangerous and potentially harmful warfighting domains. And, defense and security budgets are strained by a troubled global economy. Does this sound familiar? It is the environment no matter where you sit on this globe.

In the war against illicit drug trafficking, the U.S. Southern Command is employing unmanned weapons that are disrupting the operations of drug-running organizations. By combining remotely controlled air, surface and subsurface vehicles to monitor criminals moving drugs from South America northward, the United States and local law enforcement agencies are shutting down the avenues drug traffickers once dominated. The result has been a mixed blessing. While the flow of drugs has been disrupted, the use of unmanned assets to scrutinize air and sea transport has forced these criminals to move their product via land through countries that must deal with the consequences.

A time-honored military event turned 16 years old this summer, and what some may call an unruly adolescent and others an annual gathering that has outlived its usefulness reveals how lessons learned can turn into powerful practices. The Coalition Warrior Interoperability Demonstration, with its trial sandbox mirroring Afghanistan, not only continues to be as vital as it was in years past but also shows that building on experience leads to new discoveries.

The agency responsible for managing NATO’s computer and communications networks is redrawing its financial goals to deal with the global financial crisis. Not only is the NATO Consultation, Command and Control Agency reducing expenses, but it also is finding new sources of revenue, such as by providing research and development and procurement services to alliance nations.

Automated logistics software based on commercial standards will make its combat debut next year when Germany’s 1st Armored Division deploys to Afghanistan.

Based on technology being developed through the U.S. Army’s Robotics Collaborative Technology Alliance, unmanned systems of the future could become trusted companions on the battlefield—much like canines have been for thousands of years.

Military commanders long have complained of limited situational awareness because of faulty intelligence and disruption of their lines of communications. Gen. Carl von Clausewitz called this “the fog of war.” Today’s military commanders face a distinctly different threat to their lines of communications because cyberwar casts a shadow far beyond Gen. Clausewitz’s conventional battlefield and the rules of engagement that govern armed conflict.

Years from now, engineers and scientists across the U.S. Defense Department may double-click an icon on their desktop computer screens and access the phenomenal processing power of the Army Research Laboratory (ARL) Defense Department Supercomputing Resource Center (DSRC) at Aberdeen Proving Ground, Maryland. Those computers are currently capable of processing 350 trillion calculations per second.

Public and private organizations should pay close attention to cybersecurity regulations in the legislative pipeline and adhere both to the rules and intent.

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