• Soldiers say leadership critical in enhancing DCGS-A capabilities

    Soldiers who have used the Distributed Common Ground System - Army, both on and off the battlefield, say that with adequate training it's an intelligence game changer. (Photo illustration by Peggy Frierson)

    By David Vergun

     

    WASHINGTON (Army News Service, Feb. 24, 2014) — Soldiers who have used the Distributed Common Ground System-Army, both on and off the battlefield, say that with adequate training, it’s an intelligence game changer.

    Sgt. Troy Thatcher is one such user and proponent.

    While deployed with the 101st Airborne Division in Afghanistan, he was a junior analyst on a tactical intelligence ground collection team. He described how DCGS-A helped make his unit’s mission a success.

    Thatcher, then a specialist, went on daily patrols with the infantry, where he gathered intelligence. He then uploaded that data into DCGS-A, a system he said he used effectively.

    At the time, he said he thought he was playing just a small part in the intelligence-gathering process and he didn’t see the “big-picture” view of the system.

    Later, he learned that his data, when processed using the tools within DCGS-A, provided one of the many important pieces of the intelligence picture. He said DCGS-A conveys critical battlefield snapshots to brigade, division and corps commanders to aid in their decision making.

    Thatcher added that software tools within DCGS-A enable the analyst to format their information in any number of ways and that data to commanders can be presented in easily-understood formats, including tables, graphs and charts.

    Today, Thatcher works on DCGS-A geospatial-intelligence integration, training and development in Melbourne, Fla. He said he now shows others how valuable their inputs are to the intelligence gathering system and he thinks that helps motivate them to want to better understand and use it.

    The key to being able to use DCGS-A easily and effectively, he emphasized, is to have proper training.

    While proper training ensures successful use of DCGS-A, not everyone gets the same training opportunities and problems inevitably arise, he said.

    Sgt. Gregory Galperine, another DCGS-A user, said when he deployed to Afghanistan as a fusion/targeting analyst with the 4th Brigade Combat Team, 82nd Airborne Div., his unit didn’t receive all the training because of the high pre-deployment operations tempo.

    As a result, he said his brigade commander authorized the use of other commercial software. However, he said, DCGS-A was still the underlying architecture or framework for the intelligence gathering system used.

    When Galperine returned from Afghanistan, he got the DCGS-A training that he missed out on. As a result, he was able to design a two-week field training exercise for his battalion at Fort Bragg, N.C. He said that exercise provided valuable training for his junior analysts.

    Galperine said that training with DCGS-A is ongoing, however. Like marksmanship training, he said, DCGS-A requires a refresher now and then “because if you don’t use it, you can lose it.”

    Galperine explained that training for DCGS-A can be divided in two parts. First, users learn the “buttonology” portion. That includes learning the tools and what buttons to press to make things happen. Soldiers also learn the military intelligence aspect, which includes getting DCGS-A to produce the desired result from all the intelligence data gathered.

    Intelligence data ingested and processed by DCGS-A comes from multiple sources, including Soldiers on patrol, aircraft, and manned and unmanned sensors. The DCGS-A system connects and manages these intelligence-gathering resources in a networked grid that spans the globe. Soldiers use its fusions servers to process intelligence data and support multiple mission objectives.

    DCGS-A manages streams of information flowing back and forth throughout the “enterprise,” and additionally has access to and uses information provided by similar systems in use by sister services. When needed, DCGS-A also interacts with intelligence systems used by partner nations.

    With DCGS-A, intelligence now “resides on shared servers so everyone can access the same baseline of information,” said Chief Warrant Officer 3 Adrian Robertson, an all-source intelligence technician at Project Manager DCGS-A, Aberdeen Proving Ground, Md.

    Robertson, who has been doing military intelligence for 19 years in the Army, said in the past, intelligence systems had their own unique data feeds and repositories. In many cases, systems couldn’t communicate with each other. He termed it “stovepiping.” With DCGS-A, that is no longer the case.

    During a deployment to Iraq with the 25th Infantry Div., Robertson used DCGS-A and described it as a “revolution in military affairs,” because of the automation DCGS-A provided compared to the previous legacy systems he had experienced in his career.

    While Robertson said DCGS-A is not perfect, he said he has noticed significant improvements since he first started using it, and stated those improvements are mostly driven by feedback from Soldiers in the field.

    His team of contractors — former Soldiers who used DCGS-A while deployed themselves — see the feedback every day, and he said they incorporate a lot of it into new software releases.

    There are several ways, he said, that feedback is processed. Besides the after action review mechanisms that are in place following training, Soldiers can also access the DCGS-A User Forum, where they can ask questions, provide feedback to help other Soldiers, or share new ideas.

    In effect, the forum, which stood up about a year ago and is hosted by the Ground Intelligence Support Activity, has become a community for the users where ideas can be driven from the bottom up. System engineers monitor the forum and respond to technical questions.

    Robertson said he’s impressed with the creativity of today’s breed of analysts, who he said thrive in their outside-the-box thinking and are more technologically savvy than ever before.

    Thatcher shared some other examples of innovative solutions junior analysts provided, including a creative way of getting a TV feed to interface with other systems in DCGS-A. That solution was incorporated into the system.

    Innovative solutions can be shared and incorporated in a matter of hours. A junior Soldier really can make a difference, Thatcher said.

    Thatcher said user feedback was responsible for an important system-wide update that is being rolled out called “Hunte.” Hunte, he said, is replacing the Griffin software, which he said users complained was too complex and difficult to use.

    “You can ask any analyst who worked on both systems and they’ll tell you there’s a huge improvement from Griffin to Hunte,” he said. “And it won’t stop there. The PM is constantly collecting and testing feedback to look for ways to incorporate it.”

    Training and education are what most concerns Thatcher. He explained that even the best system won’t work unless the user has the necessary knowledge and expertise.

    The Army’s goal, Thatcher said, is to get everyone’s training completed before they go to the national training center or joint readiness training center. He added that this is becoming more doable as the drawdown in Afghanistan continues and battle formations stabilize.

    The biggest challenge now, Galperine said, is getting the word out to commanders that the training is necessary and time needs to be allotted for it.

    “It comes down to command emphasis,” he said. “Leaders must seize the opportunity.”

    He said it’s also up to his own team and every analyst to get the word out to their leaders that the training is valuable. He said they must also explain how success in using DCGS-A can ensure mission success.

    Galperine said that with proper training, Soldiers can develop “muscle memory” with DCGS-A, where usage becomes automatic, similar to the muscle memory a Soldier acquires with his or her rifle.

    “Commanders and MI leaders also need to start incorporating DCGS-A into daily operations to mitigate training deficiencies,” Robertson said, “Several units are already doing this.”

    Besides incorporating new software and solutions into DCGS-A — which is still in the developmental stage — plans are already underway to incorporate national strategic guidance into its framework, Robertson said.

    The Army’s strategic vision now calls for full-spectrum operations, he said. Engineers and technicians are developing new programs to meet anticipated threat characteristics like force-on-force.

    One new application currently fielded with Hunte, the Threat Characteristic Workcenter, will help build order-of-battle charts and better track conventional units in the hybrid threat environment, he said.

    But ultimately, Robertson said, the success or failure of DCGS-A boils down to good leadership. Leaders must give analysts the time needed to train, and commanders must take ownership of the system.



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  • Army deploying service-wide intelligence system

    On Dec. 14, 2012, the Distributed Common Ground System - Army, or the DCGS-A, as Soldiers call it, was approved for full deployment by the Defense Acquisition Executive. However, DCGS-A was used extensively in both Iraq and Afghanistan. Here, then-Lt. Gen. Lloyd J. Austin III (right), commander of the XVIII Airborne Corps, Col. Jeffrey L. Bannister (center), commander of the 2nd Infantry Brigade Combat Team and Iraqi Brig. Gen. Abdulah (left) discuss intelligence on an operation near Baghdad in 2007. (Photo Credit: Spc. Nicholas A. Hernandez)

    David Vergun

     

    WASHINGTON — The Army has been given the green light to fully deploy a combat-proven intelligence system to globally network forces with mission-critical information.

    On Dec. 14, the Distributed Common Ground System – Army, or the “DCGS-A,” as Soldiers call it, was approved for full deployment by the Defense acquisition executive, also known as DAE.

    DAE is the highest approving authority in the Department of Defense for new systems.

    “Previously, DCGS-A was a quick-reaction capability used successfully and extensively in Iraq and Afghanistan,” said Maj. Gen. Harold J. Greene, deputy for Acquisition and Systems Management. “DCGS-A is now approved for use across the entire Army, which will allow standardized training, programs and future upgrades.”

    “Quick-reaction capability” refers to a system that is rapidly deployed to meet the most immediate and urgent needs of the Army, such as in a combat operations environment, but it is not necessarily approved for service-wide deployment.

    DCGS-A is designed to task, process, exploit and disseminate intelligence throughout the Army, with other services, federal intelligence agencies and coalition partners, according to Greene.

    DCGS-A replaced nine different legacy systems, he said, adding that it “is a critical component of the Army’s modernization program.”

    Life before DCGS-A could be difficult at times, according to Maj. Gen. Stephen G. Fogarty, commander, Intelligence and Security Command.

    Use of legacy systems developed before DCGS-A sometimes resulted in “intelligence snow fights,” Fogarty said. Each had “proprietary formats and protocols which were managed differently across the services and even within each service.

    “They were hard to understand, databases were incompatible with one another and could not be shared across the enterprise,” he continued. “A lot of intelligence was lost because of that. The majority of time was often spent trying to find data rather than analyzing it.”

    Fogarty used the smartphone analogy in explaining how DCGS-A works. He said users of smartphones are able to communicate with other smartphone users who are on other networks, say Verizon or AT&T.

    But he said DCGS-A goes even further. Users can share apps, text documents, diagrams, photos, maps and more.

    The system “gives Soldiers and commanders the intelligence they need for enhanced situational awareness,” he said.

    The DCGS-A technology was Soldier-tested and was developed by the best minds in government, academia and the private sector, according to Greene. He said there were 40 business partners working on the software development alone. They and others will be consulted in years to come, he said, for new solutions as capability gaps are identified.

    Deployment of DCGS-A will result in cost savings, according to Greene. He said having one system reduces the hardware and software that needs to be purchased. The DCGS-A efficiencies will result in about $300 million in savings from fiscal year 2012 to 2017, he said, and about $1.2 billion from FY 2012 to 2034, the expected lifetime of the system.

    DCGS-A is now being deployed to all brigades going through the Army Forces Generation cycle and will eventually be the de facto intelligence network for the entire service, according to Greene.

    ARFORGEN is a model the Army uses in its unit deployment schedule. The ARFORGEN cycles are: reset, train/ready, and available for any mission.

    The DCGS-A is not a magic bullet, however, according to Col. David Pendall, Army War College fellow at the Massachusetts Institute of Technology and the former division intelligence commander of the 1st Cavalry Division.

    “You still need human judgment,” he said, meaning that it takes a well-trained Soldier to mine the intelligence, analyze it and derive useful information from it.

    Also, he said DCGS-A “must be integrated into the demands and processes of the organization and its mission and intelligence requirements.”
     
     


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