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Tactical Operations

Special Ops Hunts for Psyops Tool

August 26, 2013

The U.S. Special Operations Command (SOCOM) is seeking radio broadcast systems that can search for and acquire every AM and FM radio station in a region and then broadcast a message across the specific area. This capability would be used to share information simultaneously with residents in locations where unrest or natural or manmade disasters make it difficult to communicate. The synchronous over-broadcast system must be lightweight, able to operate on multiple frequencies and demonstrated at a technology readiness level 8 or higher.

To propose their secure communications system, companies must submit a summary outline not to exceed five pages that describes the performance specifications. Submissions must include name, address, phone and fax numbers, and email address for all points of contact.

This is a sources sought announcement only. If SOCOM decides to acquire one of the proposed systems, a pre-award synopsis will be posted on FedBizOpps.gov to pursue procurement.

C4ISR Has Come a Very Long Way 
for Government and AFCEA

August 1, 2013
By Kent R. Schneider

 

My reflections on C4ISR are flavored by my recent reading of the book “From Pigeons to Tweets” (SIGNAL Magazine, April 2013, page 66) by Lt. Gen. Clarence “Mac” McKnight, USA (Ret.). In his book, Mac recounts the changes in every aspect of the U.S. Army Signal Corps and the defense environment over the course of his long and distinguished career. Most prominent among these changes were the evolution of technology and capability, and what this meant to command and control and intelligence over time. If you haven’t read Mac’s book, I recommend it.

Through the lens of my nearly 44 years in and around C4ISR, I have seen the transition from paper maps, acetate and grease pencils for situational awareness and single-channel push-to-talk radio, as well as laying and retrieving field wire and multipair cable; installing and continuously reinstalling tropo and microwave multichannel radio; and using couriers and liaison officers for much of our information sharing. I remember using torn-tape relay for message traffic. But I also remember implementing the Army’s first email system and the Army’s first wide-area network. And I am awed today by the tremendous capability that exists in computing, big data, mobility, cloud variants and security. I am amazed at the incredible bandwidth available down to the lowest organizational levels. I also am impressed with the vulnerability that has resulted from all this progress.

Building
 a Bigger,
 Better Pipe

August 1, 2013
By Max Cacas

 

Scientists at the U.S. Defense Department’s top research and development agency are seeking the best new ideas to provide a larger-scale mobile network to support an increasing array of bandwidth-hungry mobile computing devices for warfighters.

The Defense Advanced Research Projects Agency (DARPA) has issued a Request for Information (RFI) for new technical approaches that would expand the number and capacity of Mobile Ad Hoc Networks (MANETs) nodes available in the field.

“When we look at MANETs, it’s really tough to deliver networking services to more than about 100 users,” says Mark Rich, program manager, DARPA Strategic Technology Office. Those 100 users translate into approximately 50 nodes on a mobile wireless network operating in a forward location, generally supporting everything from tactical and operational systems to advanced video services. All of these functions are carried on a service that is largely dependent on highly secure digital radio systems. Once that limit is reached, network services begin to deteriorate in quality and effectiveness. To support larger deployments or to cover a greater area, military communications experts usually knit smaller networks using other available means, such as satellites.

Smartphone Increases Soldier Intelligence

July 26, 2013

10th Mountain Division U.S. Army Rangers and soldiers on the battlefield are now wearing commercial smartphones to communicate with each other and higher commands. Nett Warrior is a Samsung Galaxy Note II with its commercial memory wiped clean and Army-developed software loaded. It displays the locations of fellow soldiers, allows placement of location digital chem-light markers, and enables warfighters to communicate through texting. This information is then relayed to commanders over encrypted tactical radios.

“We are beholden to the commercial industry,” Jason Regnier, project manager, Nett Warrior, PEO Soldier, says. At approximately $700 per unit, buying the devices commercially costs substantially less than procuring similar devices from contractors, he explains.

In addition, the ability to buy newer versions of a device as technology matures means soldiers can transition to up-to-date capabilities as they develop. “So when the Note IIs are gone, they’re gone. Then we’ll have to be ready to buy Note IIIs or whatever it’s going to be,” Regnier relates.

Before the smartphones are integrated into a Net Warrior system, most of the communications capability is disabled, including the cellular antennas and the Wi-Fi and Bluetooth capabilities. A USB connection with a soldier’s hip-mounted Rifleman Radio enables communication.

Spectrum Management System Deploying to Afghanistan

July 11, 2013
By George I. Seffers

The U.S. Army is currently delivering a new and improved Coalition Joint Spectrum Management and Planning Tool (CJSMPT) to divisions scheduled for deployment in Afghanistan. The software automates the spectrum management process, dramatically reducing the amount of time and paperwork associated with spectrum allocation and mission planning in a tactical environment.

For operational security reasons, Army officials cannot reveal exactly which divisions will be receiving the systems or when, but for the next few months, they will be working to get the system out to Afghanistan.

Warfighters are continually confronted with an increasingly crowded radio spectrum—too many devices transmitting on a limited range of frequencies and interfering with one another. Poor spectrum availability can have a devastating effect on operations, and spectrum management normally is a complex and time-consuming process involving frequency access requests that must be approved at multiple levels. “There’s a lot of paperwork associated with the spectrum management process. There are thousands of these [requests] that have to be prepared, submitted, received and reconciled down at the brigade level. Normally, this could take days or even weeks in preparation for a mission or deployment, and CJSMPT can do this in a matter of hours. It provides automation to the spectrum manager to reduce the complexity of his tasks,” says Bob Shields, chief of the Spectrum Analysis and Frequency Management Branch, Space and Terrestrial Communications Directorate, U.S. Army Communications-Electronic Research, Development and Engineering Center (CERDEC), Aberdeen Proving Ground, Maryland.

Making Tactical Communications History

May 1, 2013
By George I. Seffers

Two brigades from the Army's 10th Mountain Division are preparing to deploy to Afghanistan with a host of technologies that will allow the units to provide their own network down to the tactical edge. The new equipment provides battalion and company commanders with a communications on the move capability and pushes critical data down to the individual squad level.

Army Network Testing 
Increases Commonality

May 1, 2013
By Robert K. Ackerman

The same approach used to test and implement the Army’s single largest networking system is laying the groundwork for extending the network down to the individual soldier. As laboratory tests and field exercises validate the interoperability of separate elements in a network, system conflicts are giving way to greater commonality among different elements.

This effort has borne fruit in the evolution of the Warfighter Information Network–Tactical (WIN–T). The last fielding of WIN–T Increment 1 took place in August 2012, and WIN–T Increment 2 is taking the final steps toward deployment. Meanwhile, WIN–T Increment 3 is beginning to take shape.

As these increments progress toward full implementation, their test efforts are helping leaven out other capabilities. Greater interoperability testing of individual elements in a fully networked environment is allowing engineers to extend interoperable functions farther down the chain of command and into the hands of individual warfighters.

Col. Edward J. Swanson, USA, project manager WIN–T (PM WIN–T), explains that WIN–T Increment 1 provides a static networking capability for forces in the field. While it does not work on the move, soldiers can establish WIN–T linkage at the quick halt—they simply pull their vehicle off the road to a dead stop and immediately begin communications without a complicated setup. Newer WIN–T Increment 1 systems incorporate Joint Network Node Ka-band satellite connectivity, and its capabilities are deployed down to the battalion level. Col. Swanson describes WIN–T Increment 1 as “the backbone of the tactical network today.”

Nations Strive for 
Interoperability

May 1, 2013
By Max Cacas

A military exercise designed to refine and improve the way coalition partners share vital information will, for the first time, include the network that is supporting troops in Afghanistan. Scheduled to take place in Poland next month, the event will feature military command and control communications experts from NATO, partner organizations and nations who share the goal of rigorously testing communications interoperability among coalition members. But one of the largest of those partners, the United States, is not taking a leading role in one of the newest, and most challenging areas, cybersecurity.

The Coalition Warrior Interoperability Exploration, Experimentation and Examination Exercise (CWIX) is held annually by NATO’s Military Committee and overseen by NATO’s office of Allied Command Transformation (ACT) based in Norfolk, Virginia. This year’s exercise will take place June 3 to 20, with its primary execution site at the Joint Forces Training Center in Bydgosczc, Poland.

Soldiers Prepare for Deployment with WIN-T

April 18, 2013

The U.S. Army’s 4th Brigade Combat Team, 10th Mountain Division, is training with Warfighter Information Network–Tactical (WIN-T) Increment 2 capabilities for its upcoming deployment to Afghanistan. The nodes will provide the division’s on-the-move network, delivering situational awareness information and enabling mission command. In addition to connecting ground soldiers, the network allows company commanders in vehicles to receive orders in real time from higher headquarters. By incorporating the Army’s handheld, manpack, small form fit AN/PRC-154 Rifleman and two-channel AN/PRC-154 manpack radios, WIN-T creates secure on-the-go networks that connect soldiers at the squad level. The Army ordered 136 additional WIN-T Increment 2 network nodes in December, which brings the total number of network nodes to 532 and extends the reach of the soldier network to the company level.

Advanced Capabilities Required for Future Navy Warfighting

April 4, 2013
By Robert K. Ackerman

Future conflicts likely will be fought in degraded information technology environments, which will require the U.S. Navy to develop and exploit new capabilities to continue to operate in contested cyberspace. Technologies such as a flexible information grid, assured timing services and directed energy weapons must be part of the naval information system arsenal if the sea service is to maintain information dominance through the year 2028.

These were just a few of the findings presented in the Navy’s Information Dominance Roadmap 2013-2028, which was released in late March. Presented by Rear Adm. William E. Leigher, USN, the Navy’s director of warfighter integration, the report outlines the growing challenges facing the fleet and how the Navy must meet them.

The report divides information dominance challenges into three areas: assured command and control (C2), battlespace awareness and integrated fires. While the United States will continue to maintain supremacy in those areas, that supremacy is shrinking as more nations are closing the gap between U.S. capabilities and the ability to disrupt them.

Among the advanced capabilities the Navy will require toward the end of the next decade is assured electromagnetic spectrum access. Achieving this will entail fielding greater numbers of advanced line-of-sight communication systems; being able to monitor combat system operational status and adjust it using automated services; having a real-time spectrum operations capability that enables dynamic monitoring and control of spectrum emissions; and generating a common operational picture of the spectrum that is linked to electronic navigation charts and displays operational restrictions.

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