Whether it is the Federal Information Processing Standard (FIPS) 140-2 compliant encryption for FOUO or otherwise unclassified content or National Security Agency (NSA) certified Type 1 encryption for classified material, encryption keeps data and communications safe even if it physically or electronically falls into the wrong hands. Not using encryption only exposes identities, missions and lives to unnecessary risk.
Speed was the focus of the Trident Warrior 2010 U.S. Navy experiment: increasing the speed of communications, assessments and especially acquisition.
With the development of the Afghan Air Force six to nine months behind schedule, the commander of the Combined Air Power Transition Force pushes for more technology, teaching tools and NATO support.
Service introduces Prophet Enhanced system into the field at lightning speed under ISR surge.
The U.S. Army and Air Force are on the same page- saving time and money by sharing one geospatial data network.
An ultra-fast search algorithm that finds patterns in social networks could impact national security, businesses and individuals. A team of University of Maryland researchers developed the computer program, which can be used to uncover covert agents and terrorist groups communicating via social media sites such as Facebook, Flickr, YouTube and Twitter.
In a headline-driven nation where the death of Anna Nicole Smith bumps video of a battle in Baghdad off the news, a roundtable program from the U.S. Defense Department’s Emerging Media Directorate engages bloggers and downrange commanders in rich conversation.
Government agencies and other organizations responding to the devastating earthquake that struck Haiti in January were able to coordinate efforts better thanks to the deployment of new information-sharing technology.
Soldiers’ Wearable C4 Platform
It really is frustrating. For years, the U.S. government—and others—consistently have failed to treat information and communications as either a critical infrastructure or as an essential service in Afghanistan. However, in the past few months, innovative people have been making some important progress. AFCEANs can help a lot—starting with reviving the Afghanistan Chapter.
U.S. sailors are protecting the ocean blue as they ride the waves, but they also are thinking green. The Navy is making great strides as caretaker of the waters and the air it requires for its operations while never forgetting that its primary mission is to win wars. The establishment of a Green Strike Group, a unit of powerful ships and assets that will operate at least part of the time on biofuels, reconciles the need for a healthier Earth along with the needs of enhanced security and mission effectiveness. The alternative fuel sources that the Green Strike Group will use meet specific criteria that save energy and benefit the American people.
New fiber optic technology is allowing warfighters to place antennas far away from their radio systems. This capability can both provide greater protection from attack and increase radio signal range.
U.S. warfighters may one day have their handheld communications and sensor equipment powered by batteries that are “grown” using biological processes. Researchers are manipulating viruses to create power sources that can be poured or sprayed into containers or woven into uniforms and ballistic vests. By using genetically engineered viruses as templates for semiconductors and metals, scientists are building small, highly efficient batteries that are more powerful and longer lasting than current platforms.
By the middle of this decade, a new command and control system will provide U.S. Army air defense forces with an extended view of the airspace over a battlefield. The capability will integrate the service’s sensors and weapons into a single network, allowing each platform to perform to its maximum abilities while minimizing operational weaknesses. Commanders will be able to access data quickly from any sensor on the network and order any weapon to engage a target.
Scientists are developing methods to turn green algae into black gold. A research consortium consisting of two national laboratories, universities and private industry is studying a variety of technologies and processes to convert the humble one-celled organism into the chemical building blocks for biofuels and plastics.
The push for alternatives to crude-oil-based fuels is as much about greenbacks as it is about greenhouse gases. So for the U.S. military, which spends $20 billion on fuel annually, the benefit of finding viable biofuels can mean saving big bucks. But creating feasible substitutes for good old diesel is only the beginning of the workload for the U.S. Marine Corps. Not only does the service have to determine if swapping feedstock for traditional fuel is cost effective but it also must clarify the impact that doing so would have up and down the logistics road.
Coalition forces are on the threshold of attaining one goal they have sought to achieve for nearly a decade: persistent agility and perseverance. The stunning terrorist attack on the United States on September 11, 2001, is one in a list of terrorist assaults that occurred prior to that unprovoked assault and unfortunately persist. But it was that horrific event in September 2001 that solidified a multinational determination to fight a tenacious conglomerate of adversaries. Despite this focused objective, however, the challenges to collaborate are not as much about a lack of single-mindedness but rather the natural ungainliness that emerges when countries take on en masse combat.
The U.S. Defense Department’s point program for tactical electric power is introducing a new generation of power generators that will reduce the fleet average fuel consumption more than 20 percent. The Advanced Medium Mobile Power Sources generators—the handiwork of the U.S. Army’s Project Manager–Mobile Electric Power—is scheduled to enter production early next year and, once fully fielded, will save the Army more than 50 million gallons of fuel annually.
Developers are testing the many pieces that plug into the U.S. Army’s communications networks during the military branch’s annual system-of-systems event. The four-month exercise gives leaders a look at the network of the future. It also offers developers the opportunity to study many of soldiers’ critical assets in an operational venue, enabling experimentation outside of a laboratory. Understanding the real-world interoperability capabilities through these evaluations will help the Army ensure that predictions on paper become reality in the field.