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Weight Kills Programs, Too

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John T. Dillard, Col., USA (Ret.)

In the famous Boeing 777 development program of the 1990s, United Airlines was contractually permitted to penalize Boeing at $500 per pound, per airplane, per year for the revenue-producing life of the airliner if Boeing exceeded its weight goal of about 297,000 pounds.

For the 777, almost 0.25 of 1 percent of a 297,000-pound airplane can be the “stack-up variance”—caused by the randomness of small weight differences across 3 million or so parts in the airplane (over 740 pounds!).

In 1999, the U.S. Army’s Crusader advanced field artillery program’s design-to-weight requirement was halved by then-Chief of Staff Gen. Eric Shinseki as the program was readying for passage of milestone B. The multibillion-dollar program was terminated soon after, before it could get very far into advanced development. Its weight requirement as a KPP was an outgrowth of force deployability concerns during the Army’s recent operations in Kosovo, driven by the intra-theater airlift restrictions of the C-130 Hercules cargo plane. (These same concerns gave rise to an “interim armored vehicle,” the Stryker combat vehicle, which would have to face the same C-130 payload limitations of weight and size before the invasion of Iraq.)

On the heels of Crusader’s cancellation, the Future Combat Systems program could also blame at least some of its horrific cost growth and ultimate failure on striving to make its weight goals. Some of us saw it coming.

coming in under the limit

coming in under the limit
A Boeing 777 aircraft approaches the landing strip at Los Angeles International Airport. Requirements were incorporated into Boeing’s contract to produce the aircraft to ensure that weight issues were resolved, and similar issues affected several U.S. Military programs, including the Crusader and the Joint Strike Fighter. (Photo courtesy of Wikimedia Commons)

Early in Operations Enduring Freedom and Iraqi Freedom, our High Mobility Multipurpose Wheeled Vehicles that were hastily “up-armored” experienced parts failure when using non-designed solutions for ballistic protection. Adding armor without changing drivetrain and suspension components increased weight and reduced mobility, speed, reliability and fuel economy. Later, when requirements grew for survivability against even greater threats from improvised explosive devices, we rapidly procured multiconfiguration Mine Resistant Ambush Protected vehicles that were designed to better operate with the additional armored weight that was necessary for force protection.

Perhaps one of the most recent and highest-visibility programs that long suffered from being overweight was the Joint Strike Fighter. Often criticized for trying to advance immature technologies during its engineering and manufacturing development phase, it was the somewhat mundane but far-reaching impact of weight that contributed to this program’s cost and schedule growth back in 2004-2006. The U.S. Government Accountability Office said it added almost $5 billion to lose 2,000 pounds in the developing aircraft that degraded its key performance capabilities.

This article is published in the April – June 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.


Contracting efforts support training and readiness

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COMMAND/ORGANIZATION: Mission Support Division, Mission and Installation Contracting Command – Fort Lee, Virginia

TITLE: Division chief

YEARS OF SERVICE IN WORKFORCE: 11

DAWIA CERTIFICATIONS: Level III in contracting

EDUCATION: B.S. in business finance, Virginia Tech


Ms. Susan L. Follett 

Peyton Rowley, division chief for the Mission Support Division within the Mission and Installation Contracting Command (MICC) – Fort Lee, Virginia, comes from a family that values military service. Her work at MICC – Fort Lee continues their legacy by ensuring that warfighters are trained and prepared for whatever they’ll encounter.

MICC – Fort Lee’s primary customer is the U.S. Army Combined Arms Support Command (CASCOM), which provides training and leadership development and develops concepts, doctrine, organizations and materiel solutions to support the Army’s joint and expeditionary capabilities. “We support the training mission of CASCOM, a major subordinate command of the U.S. Army Training and Doctrine Command, and its subordinate schools—the Army quartermaster, transportation and ordnance schools, as well as Army Logistics University,” Rowley explained. “With the help of the contract support that we provide, CASCOM is able to prepare the warfighter for the next step, whether it’s a deployment or a new step in their career.”

Brig. Gen. Rodney Fogg, Quartermaster General and commandant of the Quartermaster School at Fort Lee, Virginia, and Command Sgt. Maj. Sean Rice, Quartermaster Regimental Command Sergeant Major, visited Ms. Rowley at MICC Fort Lee to express their gratitude for her organization's support.

Brig. Gen. Rodney Fogg, Quartermaster General and commandant of the Quartermaster School at Fort Lee, Virginia, and Command Sgt. Maj. Sean Rice, Quartermaster Regimental Command Sergeant Major, visited Ms. Rowley at MICC Fort Lee to express their gratitude for her organization’s support.

CASCOM is the third largest training site in the Army and sees thousands of Soldiers pass through its doors each year—for example, a MICC – Fort Lee contract for dining facilities ensured that roughly 5.4 million meals were provided to students in FY17. The MICC – Fort Lee contracting office administers more than 2,000 contracts with a total estimated value of $1 billion, and it executed more than 500 contract actions in FY17 with an estimated value of approximately $144 million. It manages more than 400 government purchase card program accounts for Fort Lee and nearby Joint Base Langley-Eustis, overseeing more than 14,000 transactions in FY17 estimated at an additional $8.2 million.

The MICC – Fort Lee office is split into three divisions: The Business Operations Division provides contracting guidance, oversight and system support; the Mission Support Division provides contracting support for supply items and service contracts for CASCOM and contract support for tenant organizations; and the Installation Support Division is responsible for utilities, energy, base operations and construction contracts.

Like most of us, Rowley’s biggest workplace challenges are time and resources. “We get a lot of requests with short deadlines that we don’t allow enough time to properly complete, or we get requests that don’t have money behind them,” she explained. “The funding is out of everyone’s control, so there’s not much we can do to address that challenge, but we have worked a great deal with our customers to explain how our process works and what the procurement action lead time is, so they understand what kind of time we need to be able to properly support them.”

Rowley was born into a military family and got her start in acquisition at their urging that she consider following in their footsteps. “My dad, uncles, grandfathers and cousins all served in either the Army, Navy or Air Force, most for full careers. When I was getting close to graduating from college, my dad and uncle suggested that I investigate a career in federal service, specifically in the contracting field due to my major. I looked into the career field and felt it would be a good fit and my way to give back.” The job market was somewhat unstable at the time, and she liked the stability that a federal career could offer. “I also liked that there were several different areas within contracting—I could grow in the position and learn different aspects, and could use what I learned in one area or another if I wanted to move.”

Rowley was accepted into the Army Civilian Training, Education and Development System’s intern program soon after graduation, “and I haven’t looked back,” she said. She spent five and a half years at Joint Base Langley-Eustis before moving to Fort Lee nearly six years ago.

“One of the biggest satisfactions I get from my work is seeing the positive impact it has on the end user or warfighter,” she said. “Running a close second is when I see those who I have mentored succeed and progress in their careers.” Her mentorship of others is Rowley’s way of giving back to those who supported her. “I feel like it is part of my job to mentor those on my team—I want everyone on my team to be knowledgeable and successful, and get exactly what they want out of their careers.” Her efforts seem to be working. “A multitude of 51Cs [contracting noncommissioned officers] have come through our office,” she noted, “and they still call for advice while stationed overseas or elsewhere.”

Staff Sgt. Michael Early, contract specialist; Emily Wood, purchasing agent; Rowley; and Xanthe Otterstedt, contracting officer; pose in front of a Marine tank for which they helped purchase training simulators. Photo by Paul Kopjoe, Marine Corps Program Manager for Light Armored Vehicles

Staff Sgt. Michael Early, contract specialist; Emily Wood, purchasing agent; Rowley; and Xanthe Otterstedt, contracting officer; pose in front of a Marine tank for which they helped purchase training simulators. Photo by Paul Kopjoe, Marine Corps Program Manager for Light Armored Vehicles

Rowley noted that she has worked for and with many good people over the course of her career, and among those who left the most lasting impact is Abra Smith, who she considers her primary mentor. “She was one of my first contracting officers, later became a division chief and is now retired. She was a great leader, and I learned a tremendous amount from her both contractually and professionally. Once I left her office, we kept in touch, and I knew I could always reach out to her for guidance.”

She added, “I don’t think most people truly grasp the breadth and depth of what this job entails. The mechanics of this career field change often, so it’s a continuous learning cycle. No one can know everything there is to know, and everyone is absolutely helpful when it comes to sharing what they’ve learned or what they know about a certain issue. If you want to succeed, you need to work hard, be proactive and be willing to learn. You also need to be open and flexible in the event of change.”

“Faces of the Force” is an online series highlighting members of the Army Acquisition Workforce through the power of individual stories. Profiles are produced by the U.S. Army Acquisition Support Center Communication and Support Branch, working closely with public affairs officers to feature Soldiers and civilians serving in various AL&T disciplines. For more information, or to nominate someone, please contact 703-664-5635.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.

‘Listen more and speak less’

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COMMAND/ORGANIZATION: Product Manager for Global Combat Support System – Army, Project Manager for Army Enterprise Systems Integration, Program Executive Office for Enterprise Information Systems
TITLE: Product support manager
YEARS OF SERVICE IN WORKFORCE: 9
YEARS OF MILITARY SERVICE: 22 years
DAWIA CERTIFICATIONS: Level III in life cycle logistics
EDUCATION: M.S. in logistics management, Florida Institute of Technology; B.S. in liberal arts, Excelsior College
AWARDS: Army Acquisition Executive’s Excellence in Leadership Logistician of the Year; Army Achievement Medal for Civilian Service; Legion of Merit; Bronze Star Medal; Meritorious Service Medal (2); Army Commendation Medal (3); Army Achievement Medal (7); Good Conduct Medal (3); National Defense Service Medal (2); Southwest Asia Service Medal; Global War on Terrorism Service Medal; Korean Defense Service Medal; Army Service Ribbon; Noncommissioned Officer Professional Development Ribbon (2); Overseas Service Ribbon (2); the Kuwait Liberation Medal; Air Assault Badge


Ms. Susan L. Follett 

Take it from someone who knows: There’s a lot of overlap between being a product support manager for an Acquisition Category I program and being a minister. That someone is Billy McCain. He’s the product support manager for the Global Combat Support System – Army (GCSS-Army) at Fort Lee, Virginia, part of the Army Enterprise Systems Integration Program within the Program Executive Office for Enterprise Information Systems. He’s also an ordained minister, having earned a master’s in divinity from Virginia Union University.

“In both vocations, I must be an effective communicator and understand the challenges my clergy and my co-workers face,” he said. “Likewise, in both professions I work with others to conquer those challenges to make a better product and a better person.” Given that perspective, it’s not surprising that he says active listening—“to listen more and speak less”—is the most important lesson he’s learned over the course of his career and something he tries to do every day. “I listen to accumulate a full understanding of the problems at hand so as to not overlook possible solutions. This way, I’m sure that my comments address the problems at hand. This conceptual approach ideally makes my input more applicable as well as credible in its application.”

He added, “In the end, both areas are about people, and both groups face a lot of change. In the acquisition world, and outside of work, we need to be flexible when changes come or when we’re faced with difficulties. It’s in times of change that learners inherit the Earth, while knowers find themselves equipped to deal with a world that no longer exists.”

Billy McCain receives the 2017 Army Acquisition Executive’s Excellence in Leadership Logistician of the Year Award in January at the Pentagon. From left are Dr. Mark T. Esper, secretary of the Army; McCain; Dr. Bruce D. Jette, assistant secretary of the Army for acquisition, logistics and technology (ASA(ALT)) and the Army acquisition exeutive; and Jeffrey S. White, principal deputy to the ASA(ALT). (U.S. Army photo)

Billy McCain receives the 2017 Army Acquisition Executive’s Excellence in Leadership Logistician of the Year Award in January at the Pentagon. From left are Dr. Mark T. Esper, secretary of the Army; McCain; Dr. Bruce D. Jette, assistant secretary of the Army for acquisition, logistics and technology (ASA(ALT)) and the Army acquisition exeutive; and Jeffrey S. White, principal deputy to the ASA(ALT). (U.S. Army photo)

McCain leads the effort to field and sustain GCSS-A, an enterprise resource planning system that replaces aging and stovepiped tactical logistics systems with a web-based, integrated logistics and financial system. Its fielding represents the largest resource planning deployment in Army history. Over the course of five years, McCain and his team—roughly 120 government civilians and contractors—enabled the successful data conversion of more than 20,000 legacy systems to GCSS-Army in two fielding increments, improving the property accountability of over $104 billion in assets. He developed and sustained an online training center and improved help desk operations. McCain also led the effort to field 1,158 handheld terminals and train 674 users, ensuring that the terminals were compatible with the GCSS-Army software and that the Soldiers knew how to use them effectively.

“My greatest satisfaction with being part of the Army Acquisition Workforce is knowing that my efforts are arming our Soldiers with a near-real-time logistics solution while ensuring the highest operational readiness possible for our nation’s defense,” McCain said. With GCSS-Army, commanders have near-real-time visibility of all of their assets, and the accurate picture of their logistics readiness supports battlefield decision-making. GCSS-Army fully integrates information in one system, eliminating time-consuming and costly reconciliations of supporting activities, customers and the supply sources required with the legacy systems.

He noted that classroom work for his Level III life cycle logistics certification played a role in the successful fielding effort. There, he had the chance to interact with other acquisition professionals “who shared program similarities, uniqueness and challenges associated with life cycle management,” he explained. “From these similarities, I learned the importance of incorporating integrated product support elements early on into the development of our product. I also had the chance to learn about best practices for enterprise software integration, which can be applied to future increments.”

With the fielding of GCSS-Army completed, McCain’s biggest challenge is transitioning from a fielding organization to one focused on sustainment. “We need to continue to support what’s out there while also preparing for new increments,” he said. “That requires us to take a look at our staff and to identify the right mix of talent that can support both of those efforts.”

McCain became a part of the Army Acquisition Workforce in 2009, when he was assigned to the GCSS-Army program as a Soldier. “It was my first acquisition program, and I served as the government finance team lead and member of the functional integrated concept team, which aided in the development of the product.” His last job in uniform was as a combat developer with the U.S. Army Combined Arms Support Command, which gave him exposure to the type of work and opportunities that acquisition could offer. “Once I retired, I continued my work on this program as a civil servant, first as the government finance lead, then retail supply and material management lead, followed by the finance deployment lead, and finally as the product support manager.”

For McCain, the project’s biggest appeal and its biggest payoff have been working with others. “What appealed to me about the work was the enormous collaboration that was required to get a product from conception to implementation. Collaboration with Army leadership, trading partners, Army commands and the lead system integrator was essential in producing a flexible and efficient product,” he said. “I had no idea how rewarding it would be to be involved in this program, from the interaction I had with everyone involved to knowing that our work reached more than 100,000 Soldiers and made their jobs easier.”

McCain’s work earned him the Army Acquisition Executive’s Excellence in Leadership Logistician of the Year Award. “I was very humbled to receive the award, and I think it’s a testament to the team effort involved in the project,” he said. “To me, it’s the sign of a great organization and great personnel.” He has had the chance to advise some junior acquisition personnel, and he noted that the best advice he has given is “to face planning and problem-solving with humility, to stay humble and be flexible, and to accept and expect constant change. We are in the business of producing effective products based on user requirements that often change. We must be receptive and adapt to that change to ensure that we are providing the best product possible.”

“Faces of the Force” is an online series highlighting members of the Army Acquisition Workforce through the power of individual stories. Profiles are produced by the U.S. Army Acquisition Support Center Communication and Support Branch, working closely with public affairs officers to feature Soldiers and civilians serving in various AL&T disciplines. For more information, or to nominate someone, please contact 703-664-5635.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.

Strengths and myths of what makes special operations forces acquisition special

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By understanding what the SOCOM acquisition model is, and what it isn’t, the Army can leverage its strengths appropriately for more efficient and effective modernization.

by Col. Joe Capobianco and Col. David Phillips

“We’ve been fortunate to have an amazingly consistent leadership philosophy for the last 20 years: Clearly communicate your expectations for risk management and empower the team to make decisions at the appropriate level.”

James H. Smith, U.S. Special Operations Command
acquisition executive, February 2018

When reading about or interacting with the forces assigned to the U.S. Special Operations Command we think of speed, global reach and, most important, operational success. Special operations forces (SOF) routinely conduct critical missions with highly trained operators using world-class equipment that is peculiar to them. After more than 15 years working closely with SOF on the battlefield, the Army has a well-established respect not only for their formations but also for the streamlined SOF acquisition processes that result in rapid delivery of modern capabilities.

The command, commonly referred to as SOCOM, bases its acquisition model on several simple, straightforward tenets. In counterpoint to those tenets are several myths that reinforce the Army’s and DOD’s fascination with SOF equipment development, procurement and fielding.

Several Army acquisition processes mirror the tenets of SOCOM acquisition success, as Lt. Gen. Paul A. Ostrowski, principal military deputy to the assistant secretary of the Army for acquisition, logistics and technology (ASA(ALT)), reinforced recently in his Acquisition Streamlining and Cultural Initiatives road show and memo.

The five tenets of the SOCOM acquisition model are speed, risk tolerance, scale, inclusivity and relationships. They emphasize an aggressive, operator-focused and innovative acquisition culture with an emphasis on agility and speed of delivery to the customer.

This MH-47 Chinook is an Army helicopter that has been modified for SOF missions. SOCOM’s programs are predominately ACAT III, thereby minimizing statutory requirements and layered oversight. ACAT I platforms such as the Chinook, as well as gunships and maritime vessels, are provided by the services, then modified by SOF AT&L for specific mission requirements. (Photo courtesy of SOF AT&L)

FULLY LOADED
This MH-47 Chinook is an Army helicopter that has been modified for SOF missions. SOCOM’s programs are predominately ACAT III, thereby minimizing statutory requirements and layered oversight. ACAT I platforms such as the Chinook, as well as gunships and maritime vessels, are provided by the services, then modified by SOF AT&L for specific mission requirements. (Photo courtesy of SOF AT&L)

GUIDING PRINCIPLES IN ACTION

“Velocity is my combat advantage. Iteration speed is what I’m after, because if I can go five times faster than you, I can fail four times and still beat you to the target. … That’s really what we’re going after here.”

James Geurts, former SOCOM acquisition executive,
January 2016

To put its streamlined processes into practice, SOCOM translates these guiding principles into specific program management actions. Reviewing each tenet illustrates aspects of the SOCOM approach that the Army might adopt.

1. Speed. There is a clear focus on expeditious delivery of capability to the SOF operator. SOCOM accomplishes this by exploiting proven techniques, methods and technologies. While the SOF Acquisition, Technology and Logistics (AT&L) enterprise constantly scouts for emerging and disruptive technology, its program executive offices (PEOs) focus on leveraging proven technologies to hasten delivery and mitigate risk. Another key attribute of this tenet is the command’s relatively flat organizational construct. It maintains milestone decision authority at the very lowest levels appropriate to keep pace with SOF operations, and program managers have easy access to milestone decision authorities to enable agile decision-making.

2. Risk tolerance. SOF AT&L accepts more risk in program execution than is typical of the larger services. Beyond recognizing cost, schedule and performance risk in program management, aggressive risk management permeates the command culture. Managing risk, coupled with exploiting opportunity, ties directly to the commander’s priorities while fulfilling operator requirements. Emphasizing risk acceptance and mitigation early in program cycles allows SOCOM to stabilize the long-term, more costly efforts in time for execution. In contrast, the Army has considerable oversight and visibility on its acquisition portfolio, specifically at the Acquisition Category (ACAT) I and II levels, leading to a generally risk-averse approach. On the other hand, SOF AT&L mitigates oversight and high visibility by keeping programs small. SOCOM leaders create an environment where tailored acquisition strategies thrive and senior leaders know the difference in associated risks between the rapid and deliberate processes.

3. Scale. Reviewing the SOCOM and Army acquisition portfolios, almost all SOF programs of record, 92 percent, are ACAT III, as defined by dollar value. With these smaller efforts, the statutory and regulatory requirements are considerably less, allowing greater flexibility and speed of execution. By keeping the majority of its efforts at the ACAT III level, the SOF AT&L approach places the milestone decision authority at the O-6 level. The highest-level efforts, ACAT II, place the milestone decision authority at the SOCOM acquisition executive level.

This delegated management and approval contributes significantly to velocity. Recent Army acquisition streamlining efforts mirror this approach, with ACAT IV efforts delegated to the level of colonel or the civilian equivalent for management and milestone decision authority. To date, the Army has 97 ACAT IV efforts, most of which are in the portfolio of the PEO for Soldier.

4. Inclusivity. SOCOM typically achieves inclusivity and collaboration using SOF acquisition integrated product teams (IPTs). At the foundation of the IPT are SOF operators, acting as combat developers: highly skilled, educated combat veterans who understand their mission sets, current equipment and new capability requirements. In addition to operators and program managers, the IPT has participation from SOCOM staff, members of the requirements, testing, contracting and legal departments; business financial managers; product support managers; the Science and Technology Directorate; and service component commands. The inclusivity of the IPTs enables them to manage expectations and program trade-offs effectively. As a result, there are few surprises in cost, schedule and performance.

The Army acquisition community also uses the IPT structure, but on a much larger scale. The Army recently established a pilot program with eight cross-functional teams aligned with its six modernization priorities. They are focused on combat development (e.g., requirements generation) in much the same role as the SOF operator and component command staffs.

5. Relationships. Acquisition is all about relationships and building trust. The shared culture, co-location and smaller size of SOF AT&L within the SOCOM command and staff structure help build strong relationships. There is a real trust that the USSOCOM acquisition community will rapidly deliver to the SOF operator effective and suitable materiel and non-materiel capabilities. SOF teams work to deliver capabilities as promised, which not only builds credibility but also leads to greater freedom of maneuver in requirements, resourcing and acquisition.

Beyond USSOCOM, SOF AT&L has developed solid relationships with the Office of the Secretary of Defense, the military services, Congress, industry, academia, government laboratories and foreign SOF organizations. The construct of the new Army Futures Command, with an overarching headquarters synchronizing all aspects of combat and materiel development, will also enhance relationships among the diverse organizations of warfighters and stakeholders that contribute to delivering capability.


TARGET ACQUIRED
A Green Beret from the 1st Special Forces Group (Airborne) sniper team takes aim in the Army Special Operations Command International Sniper Competition at Fort Bragg, North Carolina, in late March. Over time, SOF AT&L’s perceived ability to rapidly deliver capability to support its small but diverse set of operational missions has grown to epic proportions and given rise to several myths. (U.S. Army photo by Sgt. 1st Class Jacob Braman)

DEBUNKING THE MYTHS

Over time, SOF AT&L’s perceived ability to rapidly deliver capability to support a small but diverse set of operational missions has grown to epic proportions. This perception, in turn, has given rise to several myths. The overarching myth is that SOF AT&L simply does not follow the rules, cuts corners, operates under waivers and uses significantly different authorities than DOD and the services’ acquisition constructs.

The current USSOCOM acquisition executive, James Smith, addressed this myth in one of his earliest interviews, stating: “We are absolutely subject to all of the same oversight and policy as the rest of DOD. Our workforce operates professionally within the same DOD 5000 directives, the same Federal Acquisition Regulation and the same Financial Management Regulation. I think it’s important to understand that. … Give credit to our acquisition workforce for the results they achieve, and you might dismiss using USSOCOM as a benchmark for how to do acquisition under the assumption that we’re somehow ‘different.’ ”

The most notable USSOCOM acquisition myths are that SOCOM has big programs, doesn’t use requirements, uses a different funding model, doesn’t test and is always successful. What is interesting is that several of the myths counter the command’s tenets of success. A close look at how SOF AT&L conducts business can address each of these myths:

1. Big programs. In the tenets of success, smaller scale is critically important. By having predominately ACAT III programs, SOCOM minimizes statutory requirements and layered oversight, within the bounds of regulation and law. For example, SOF operators use mission-modified helicopters, AC-130 gunships and maritime vessels. The services provide these ACAT I platforms, which SOF AT&L then modifies for its specific mission requirements.

2. No requirements. USSOCOM uses several methods to document, validate and approve its requirements. Similar to the services, SOCOM uses both urgent and deliberate requirements processes. Urgent requirements include operational needs statements and joint urgent operational needs statements. Combat evaluations—in which SOF operators use a small amount of new equipment in an operational setting—also can rapidly assess a potential solution. SOF Capabilities Integration and Development System documents also align with the Joint Capabilities Integration and Development System initial capability, capability development and capability production documents. Validated requirements documents define capability performance for USSOCOM acquisition efforts.

3. Different funding. SOF AT&L annually executes active appropriations, submits a budget estimate submission for the next year and plans its program objective memorandum just like the rest of DOD. USSOCOM follows the same OSD “burn rates” (goals for obligating procurement and expending research and development funding); is subject to midyear reviews; and uses similar procedures for below- and above-threshold reprogramming. It gains some efficiencies by having fewer funding lines and maintaining a strong relationship with Congress to ensure that lawmakers are aware of acquisition funding and programmatic efforts. Additionally, SOF AT&L has tailored its process for reprogramming actions in the year of execution so the practice is not seen as exceptional, but rather as a normal part of doing business. SOCOM PEOs carefully consider funding risks inside and between program portfolios. In addition, SOCOM routinely involves senior acquisition, service component and resourcing leaders in reprogramming decisions.

4. No testing. SOF AT&L coordinates and funds considerable testing events with dedicated test organizations. These test events are commensurate with the ACAT level and intended operator mission sets. The SOF operational community is also generally more experienced than similar Army units, with personnel entering at the E-6 and O-3 levels, and trains extensively, both of which allow SOF AT&L to consider greater risk in fielding materiel. When the operational leadership accepts rapidly fielded equipment, they accept a certain risk that nonetheless is based on operationally focused, streamlined testing.

5. Always successful. The biggest myth is that all USSOCOM acquisition efforts are a success. By accepting more risk early in the program’s life cycle, program managers knowingly risk “infant mortality,” or early termination. Failure in these circumstances, with comparatively low dollar amounts and little time invested, is acceptable in the SOF culture, which explains why you don’t hear of large, costly program failures. In fact, neither the successes nor the failures of the “quiet professionals” who make up the SOF AT&L workforce are likely to be front-page news. Tailored, rapid acquisition processes are not always applicable for every SOF situation, either. While rapid is suitable for urgent or incremental acquisition, building a major defense ACAT I system using a rapid process could result in unforeseen cost, schedule, performance or sustainability issues.


LITTLE YET FIERCE
The MH-6 Little Bird is an SOF-unique helicopter developed in close collaboration with SOF operators and combat developers. SOCOM bases its acquisition model on five tenets—speed, risk tolerance, scale, inclusivity and relationships—that reinforce an aggressive, operator-focused acquisition culture that emphasizes agility and speed of delivery. (Photo courtesy of SOF AT&L)

USING ARMY KNOWLEDGE IN USSOCOM

The SOF AT&L enterprise has acquisition professionals from all the services, 191 of them being active-duty military. Interestingly, the majority of the acquisition officers are from the Army. Not only does the Army contribute 43 percent of the officers to SOCOM, it fills three of the eight O-6 PEO leadership positions and multiple program manager positions at the O-5 level.

Having served in both Army ACAT I and ACAT II programs, as well as with SOCOM ACAT III programmatic organizations, there were many opportunities to compare and contrast the standard acquisition approaches against SOF streamlined methods. The opportunity to work multiple, small and risk-tolerant efforts helps to develop well-rounded and knowledgeable acquisition professionals.

As these officers gain experience serving in SOF AT&L, it is critical to leverage their knowledge and experience through collaboration with Army cross-functional teams, Army PEOs and the larger Army when they return for their next assignment.

U.S. Army Special Operations Soldiers assigned to 10th Special Forces Group (Airborne) conduct urban operations training on November 11, 2017 near Stuttgart, Germany. (U.S. Army photo by Visual Information Specialist Jason Johnston.)

U.S. Army Special Operations Soldiers assigned to 10th Special Forces Group (Airborne) conduct urban operations training on November 11, 2017 near Stuttgart, Germany. (U.S. Army photo by Visual Information Specialist Jason Johnston.)

CONCLUSION

For large, diverse and complex organizations like the Army, adopting new models can be difficult, and the barriers to change are often steep. Today, the nation faces complex external threats including a resurgent Russia, an assertive China, violent extremist organizations, Iran and North Korea. Additionally, by necessity, the Army has prioritized personnel and readiness over modernization for some time. With today’s realities, neither SOCOM nor the Army can afford the luxury of long acquisition timelines.

Core cultural changes will take time to spread across Army acquisition, requirements and resourcing communities. However, Army and SOCOM leaders should continue to diligently invest in people and be determined to build a culture that adapts its assumptions and norms. Army culture should close the gaps between operational users, the acquisition workforce and resourcers, bringing them closer together to think about and solve problems in new ways.

Current efforts to stand up the Army Futures Command, and early steps by the new cross-functional teams that are aligned with the Army’s six modernization priorities, are aligned to the SOCOM way of acquisition in this aspect. This collaboration, combined with the vision set outlined by Ostrowski—focused on streamlining acquisition with a greater degree of customization, including prototyping and a “fly before you buy” mentality—is also reforming traditional processes.

Continued collaboration between the Army and SOCOM has great potential to accelerate and embed many of these positive cultural traits, leveraging the SOCOM model to support the missions of the Army Futures Command and the Army acquisition system.

For more information, go to http://www.socom.mil/SOF-ATL or http://rapidcapabilitiesoffice.army.mil/

COL. JOE CAPOBIANCO is chief of staff at the Army Rapid Capabilities Office (RCO) and the former PEO for SOF Warrior. He holds an M.S. in management of technology from Murray State University, an M.S. in aerospace engineering from the Georgia Institute of Technology, an M.S. in national resource strategy from National Defense University’s Dwight D. Eisenhower School for Natural Security and Resource Strategy and a B.S. in electrical engineering from Norwich University. He also completed the Senior Acquisition Course from Defense Acquisition University (DAU) and is a designated experimental test pilot by the U.S. Navy Test Pilot School. He is Level III certified in program management.

COL. DAVID PHILLIPS is the PEO for Rotary Wing and the former PM for Special Operations Aviation Mission Equipment. He holds an M.S. in aerospace engineering from North Carolina State University, a Master of Strategic Studies from the U.S. Army War College and a B.S. in engineering physics from the United States Military Academy at West Point. He also completed DAU’s Executive Program Managers’ Course and is a designated experimental test pilot by the U.S. Navy Test Pilot School. He is Level III certified in program management and a member of the Army Acquisition Corps.

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Q&A with SOCOM’s New Acquisition Executive, James Smith

SOCOM Acquisition Chief Embraces Change, Adaptability

The Special Operations Forces Acquisition, Technology and Logistics (SOF AT&L) enterprise provides rapid and focused support to the SOF operator. In any given year, the SOF AT&L team of roughly 450 professionals delivers and sustains more than 100 aircraft, 700 tactical vehicles, 4,000 weapon systems, 20 million munitions, 3,000 radios, 2,000 items related to command, control, communications, computers and intelligence and 600 intelligence, surveillance and reconnaissance kits to SOF units.

To accomplish this mission, SOF AT&L has eight program executive offices (PEOs):

  • Command, Control, Communications and Computers.
  • Fixed Wing.
  • Maritime.
  • Rotary Wing.
  • SOF Support Activity.
  • SOF Warrior.
  • Services.
  • Special Reconnaissance, Surveillance, and Exploitation.

Along with five directorates—Comptroller, Logistics/J4, Procurement, Acquisition Agility and Science and Technology—the PEOs manage and support the development, acquisition and fielding of the critical items that make it possible for SOF operators to carry out their no-fail mission sets.

U.S. Code Title 10, Section 167 authorizes the command to conduct development and acquisition of SOF-peculiar equipment, material, supplies and services. USSOCOM Directive 70-1, which lays out the command’s acquisition policy, tailors the policies and procedures. At the same time, it adheres to DOD Directive 5000.01, which describes the Defense Acquisition System, and follows the supporting DOD Instructions 5000.02 and 5000.74.

SOF AT&L maintains close relationships with the Army, collaborating with U.S. Army Materiel Command, Army labs and PEOs under the assistant secretary of the Army for acquisition, logistics and technology at locations including Redstone Arsenal, Alabama; Natick Soldier Systems Center, Massachusetts; Picatinny Arsenal, New Jersey; Aberdeen Proving Ground, Maryland; and Fort Belvoir and Joint Base Langley-Eustis, Virginia.

This article will be published in the July – September 2018 issue of Army AL&T magazine.

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RDECOM utilizes Pacific Pathways deployments to conduct operational tests

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RDECOM utilizes Pacific Pathways deployments to conduct operational tests on three new technologies.

by Ms. Argie Sarantinos-Perrin

While the Army began Pacific Pathways in 2014 to build and sustain readiness in the Asia-Pacific region, the multinational exercises have acquired an additional mission: experimentation. The U.S. Army Research, Development and Engineering Command (RDECOM) recently experimented on three new technologies—Rapid Fabrication via Additive Manufacturing on the Battlefield (R-FAB), Fight Tonight Emergency Fuel Distribution System and Manned-Unmanned Teaming (MUM-T)—in Pacific Pathways exercises to see how they performed in operational settings.

“Putting equipment into exercises for experimentation allows the technology community to learn early lessons about how equipment performs in a realistic environment, how Soldiers will actually use the equipment and what capabilities should be included in the final product,” said Andrew Wood, RDECOM – Pacific experimentation director for U.S. Army Pacific. “A formal operational test is too late in the life cycle to learn these lessons.”

An annual series of exercises with various Pacific nations, Pathways involves three strategic deployments of Army units for three or four months at a time. Each Pacific Pathways deployment typically involves multiple individual exercises. Among the exercises are Orient Shield with Japan; Cobra Gold and Hanuman Guardian with Thailand; Foal Eagle with South Korea; Balikatan with the Philippines; Garuda Shield with Indonesia; and Keris Strike with Malaysia.

TEMPORARY FIX

TEMPORARY FIX
Using R-FAB during a Pacific Pathways exercise in September 2017, Soldiers printed a Common Remotely Operated Weapon System night vision camera cover, left. The cover on the right is the original part from the manufacturer. With R-FAB, Soldiers print commonly used and new parts in the field. (U.S. Army photo)

A PREPAID OPPORTUNITY

With the cost of the exercises already funded, they present a good opportunity to gather Soldier feedback. While RDECOM leverages both small- and large-scale exercises, the larger ones typically include a more diverse force, which generates more feedback. Large exercises also create more opportunities to insert technologies because a variety of units participate, while small exercises may be infantry only.

Often research and development projects do not include funding for exercises, so providing resources can be a challenge. Another challenge is getting equipment to the location, which includes securing travel, customs and access to foreign military bases.

Once RDECOM determines which technology needs to be inserted, the objectives of the experiment and the schedule, the team coordinates with exercise planners to ensure that the technology is inserted. Planning typically begins a year before the exercise.

FAST PRINTING

FAST PRINTING
Soldiers used R-FAB during a Pacific Pathways exercise in September 2017 to print a camera lens cover for a Stryker vehicle in four hours. Rapidly manufacturing the part enabled Soldiers to continue conducting the mission even when Typhoon Talim made landfall during the exercise. (U.S. Army photo)

TECHNOLOGY NO. 1: PRINT-A-SPARE

For Soldiers in the field, getting the necessary parts for broken equipment is essential. And faster is better.

Until now, Soldiers waited weeks or months for parts to be delivered. But with the R-FAB, essential parts can be created using 3-D printing. The R-FAB, which consists of 3-D printers in an expandable shelter, is one of many science and technology projects that RDECOM, a major subordinate command of the U.S. Army Materiel Command, is developing. RDECOM uses the lessons learned to improve future versions.

The R-FAB, which included two large and three small printers, was deployed to both Hanuman Guardian in August 2017 and Orient Shield in September 2017.

While the R-FAB technology can design and print new parts on the spot, it also features a database of pre-existing files known as the Repository of Additive Parts for Tactical & Operational Readiness, or RAPTOR. RAPTOR allows Soldiers to choose from a database of commonly used parts already designed and printed, such as a 55-gallon drum cap and wrench combination. To print new parts, Soldiers use the onboard database, which stores existing print files, and 3-D computer-aided design software, which allows the operator to design a new part on a laptop and then make a 3-D print file. If the physical part that needs to be replaced is available, a print file can be generated using the 3-D scanning capability in the R-FAB.

Before they conducted the Hanuman Guardian and Orient Shield exercises, Soldiers from the 1st Stryker Brigade Combat Team, 25th Infantry Division completed a week of classroom training at Picatinny Arsenal in New Jersey. The Soldiers were able to operate the equipment skillfully within a couple of days. Thus training time should decrease to one or two days, particularly with the development of system design and training packages. The system design can influence training by simplifying the process; incorporating updated capabilities that are easier to use, including training reference materials; and adding a help desk capability to the reachback system that connects forward-deployed operators with technical experts at the home base.

Soldiers set up the system in about two hours during the exercises, including expanding the container, leveling it, installing the environmental control unit, putting the components in place, hooking up the generator for power and allowing the 3-D printers to warm up.

Soldiers from the 339th Quartermaster Company and the 498th Combat Service Support Battalion used existing culverts to thread 9,500 feet of lay-flat hose though pipes during the Combined Joint Logistics Over-the-Shore exercise at Pohang, South Korea, last spring. The hose is part of the Fight Tonight Emergency Fuel Distribution System, which can deliver 720,000 gallons of fuel per day. (U.S. Army photo by Drew Downing, RDECOM)

Soldiers from the 339th Quartermaster Company and the 498th Combat Service Support Battalion used existing culverts to thread 9,500 feet of lay-flat hose though pipes during the Combined Joint Logistics Over-the-Shore exercise at Pohang, South Korea, last spring. The hose is part of the Fight Tonight Emergency Fuel Distribution System, which can deliver 720,000 gallons of fuel per day. (U.S. Army photo by Drew Downing, RDECOM)

During Orient Shield, Soldiers used the R-FAB to print camera lens covers for a Stryker vehicle in four hours. Rapidly fabricating the part was especially important since Typhoon Talim made landfall on the Japanese island of Kyushu during the exercise.

“A camera lens cover may seem like a trivial part, but it actually deadlines the vehicle because driving without a lens cover will damage the camera lens, degrading the capability and damaging a costly item,” Wood said. (If a part is “deadlined,” then the vehicle cannot be used until it is repaired or the commander agrees to assume the risk that deploying the system could result in worse damage.) “Making a quick replacement part using the R-FAB enabled those vehicles to continue to conduct their missions until the supply system could provide standard replacement parts.”

RDECOM uses Soldier feedback from the hands-on exercises to develop tactics, techniques and procedures for future deployments. There were several lessons learned about the R-FAB from the two exercises, including that:

  • The environmental control unit was not large enough for the hot climates.
  • Soldiers made little use of the R-FAB system during Hanuman Guardian because they were not aware of its capabilities.
  • Improvements are needed for the reachback capability.
  • 24-hour-a-day operations require military-grade generators.

“Part of the intent of the exercises was to see how well the system stood up to multiple deployments as part of the same operation,” Wood said. “One area where the system will be improved is in ruggedness for multiple moves during operations.”

RDECOM plans to continue experimenting with the R-FAB to fine-tune it. The R-FAB will also be used to evaluate other additive manufacturing technologies, including cold spray, metals and electronics. As these mature, RDECOM will look for opportunities to integrate them and evaluate the result.

For the near term, an updated R-FAB is being built at Rock Island Arsenal, Illinois, and will be tested in a 12-month operational assessment in Korea starting this summer; feedback from this exercise will help refine the tactics, techniques and procedures for its use. Another R-FAB was tested at the Joint Warfighter Assessment 18, which took place April 20 – May 9 in Grafenwoehr and Hohenfels, Germany.

Soldiers from the 339th Quartermaster Company and 498th Combat Service Support Battalion laid 9,500 feet of lay-flat hose during the Combined Joint Logistics Over-the-Shore exercise at Pohang, South Korea, last spring. The Soldiers laid the hose in 4½ hours and removed it in 2½ hours. (U.S. Army photo by Drew Downing, RDECOM)

Soldiers from the 339th Quartermaster Company and 498th Combat Service Support Battalion laid 9,500 feet of lay-flat hose during the Combined Joint Logistics Over-the-Shore exercise at Pohang, South Korea, last spring. The Soldiers laid the hose in 4½ hours and removed it in 2½ hours. (U.S. Army photo by Drew Downing, RDECOM)

NO. 2 :STAYING FUELED

In large-scale military operations, fuel is transported over long distances and on main supply routes, which leads to traffic congestion and disruption in supply. As a result, commanders keep exceedingly large amounts of fuel on hand, which affects the agility and flexibility of operations. A medium petroleum truck company, for example, is equipped with a combination of 60 tractors and either 60 M967 5,000-gallon semitrailer or 60 M1062 7,500-gallon tankers, which enable the company to deliver 300,000 or 450,000 gallons per day, respectively.

In Iraq and Kuwait, the Inland Petroleum Distribution System, developed in the 1980s, is the tactical pipeline system that is currently in use and that supported Operation Iraqi Freedom. More than 60 million gallons of fuel were transported from refineries in Kuwait to tactical fuel farms in Iraq.

However, the system has a very large footprint, encompassing more than 1,000, 20-foot ISO (International Organization for Standardization) containers and requiring lots of people, equipment and time to deploy and install. The Fight Tonight Emergency Fuel Distribution System was developed in response to a capability gap identified by U.S. forces in Korea, where the road network north of Seoul is inadequate to support potential operational missions. The Fight Tonight system can be deployed at a rate of 25 miles per day with minimal support and deliver 720,000 gallons of fuel per day.

Ten Soldiers from the 339th Quartermaster Company and 498th Combat Service Support Battalion conducted an operational demonstration of the Fight Tonight Emergency Fuel Distribution System during the Combined Joint Logistics Over-the-Shore exercise March 22 – April 16, 2017, at Pohang, South Korea. Using repurposed components from the Tactical Water Distribution System along with commercial off-the-shelf components, Soldiers deployed 9,500 feet of hose in 4½ hours, pushed more than 140,000 gallons of water (a surrogate for fuel) from the beach to the storage area, and recovered that hose in 2½ hours.

“The Soldiers could have deployed and retrieved the system much faster; however, given that we conducted this experiment during an exercise, we were not allowed to execute many of the field-expedient measures we might normally consider,” said Drew Downing, RDECOM science adviser to U.S. Army Pacific. “For instance, road crossings: In a conflict operation, we would break through the road surface to bury the hose line using a culvert kit. However, during the exercise we were forced to find existing culverts in the road network and thread the hose through the pipe, which is extremely time-consuming.”

The Fight Tonight Emergency Fuel Distribution System was assessed in five functional areas: fuel distribution, deployability, reliability, transportability and remote system control. Overall, the system demonstrated its capability to deliver fuel. However, reliability and remote system control could not be measured because of the short duration of the exercise and issues with the original pumps. The success of the Fight Tonight concept demonstration during Combined Joint Logistics Over-the-Shore led the 8th Army to develop and submit an operational needs statement, which documents a critical need for the technology from an operational unit. HQDA validated the statement in December 2017, allowing U.S. Army Pacific to seek funding.

Future plans include issuing the Fight Tonight Emergency Fuel Distribution System to the 339th Quartermaster Company. Since it is not in the formal acquisition process, however, it will be competed as a high priority in the next round of funding established to address capability gaps in Korea. If funding is approved, U.S. Army Pacific plans to refurbish the existing Fight Tonight equipment and procure new pumps and additional hose to integrate with it.

Soldiers from the 339th Quartermaster Company and 498th Combat Service Support Battalion laid 9,500 feet of lay-flat hose, using existing culverts to thread the hose through pipes, during the Combined Joint Logistics Over-the-Shore exercise at Pohang, South Korea, last spring. The hose is part of the Fight Tonight Emergency Fuel Distribution System, developed as a solution to the inadequacy of roads north of Seoul to support potential operational missions (U.S. Army photo by Drew Downing, RDECOM)

Soldiers from the 339th Quartermaster Company and 498th Combat Service Support Battalion laid 9,500 feet of lay-flat hose, using existing culverts to thread the hose through pipes, during the Combined Joint Logistics Over-the-Shore exercise at Pohang, South Korea, last spring. The hose is part of the Fight Tonight Emergency Fuel Distribution System, developed as a solution to the inadequacy of roads north of Seoul to support potential operational missions (U.S. Army photo by Drew Downing, RDECOM)

NO 3:TEAMING WITH ROBOTS

To support combat readiness, the Army is developing manned-unmanned teaming (MUM-T), which was highlighted during the Pacific Manned-Unmanned – Initiative I held July 11-26, 2016. Engineers and Soldiers from the 25th Infantry Division tested and provided feedback for more than 20 capabilities in a system of systems that included communication networks, mission command systems and MUM-T (Ground).

The latter consisted of small, man-portable unmanned ground vehicles with cameras that collected information and transmitted it via video to Soldiers through the Nett Warrior system, featuring a chest-mounted screen that works with a smartphone to display fellow Soldiers’ locations and video feeds and to send text messages; unmanned ground sensor systems that collected chemical, biological, radiological and nuclear and video information, including one system that recorded video onboard an aircraft; unmanned Squad Multipurpose Equipment Transport systems that transported small unit equipment, supplies, weapons and ammunition; and an unmanned ground system that transported heavy equipment (weighing more than 330 pounds), supplies, weapons and ammunition.

During the exercise, small units conducted expeditionary combined arms maneuvers, using unmanned air and ground robotics. The units used a mobile 4G LTE network for communications to support intelligence, fires and mission command tasks.

“The MUM-T concept is a unique capability that links Soldiers to future unmanned air, ground and sensor domains. The MUM-T capability extends the Soldiers’ reach by enhancing situational awareness and providing better protection and lethality options,” said Lonnie Freiburger, Emerging Capabilities Office project manager at RDECOM’s Tank Automotive Research, Development and Engineering Center.

Until the Pacific Manned Unmanned – Initiative I, the MUM-T (Ground) had never been assessed in a jungle environment. The thick foliage, hills and ravines on the southeastern shore of Oahu, Hawaii, posed line-of-sight, communications and mobility challenges. Another challenge was Tropical Storm Darby, which made landfall during the exercise, forcing the team to cancel the assessment for one day.

While the MUM-T (Ground) was less usable during dismounted tasks because of the extreme jungle terrain, Soldiers successfully used unmanned aircraft systems to acquire threats and employ indirect fires. The engineer platoon completed dismounted route reconnaissance, small obstacle breaching, and chemical, biological, radiological and nuclear detection. Feedback from the assessment informed an initial capabilities document, which includes details about the technology and recommendations to enhance it.

A mounted version of the MUM-T (Ground), known as the Robotic Capability Breach Concept, has additional capabilities, including detection of minefields, support for fires and intelligence, surveillance and reconnaissance, and deployment of a mine-clearing line charge to clear a path for tanks, vehicles and personnel. The concept was tested at Joint Warfighter Assessment 18 and will be tested at Joint Warfighter Assessments 19 and 20.

TEAMING WITH ROBOTS

A Soldier of the 25th Infantry Division remote controls a Kobra 710 during the Pacific Manned Unmanned – Initiative (PACMAN-I) at Marine Corps Training Area – Bellows, July 22, 2016. Manned-Unmanned Teaming is one of many new concepts that has been identified as part of the Army Warfighter Assessment 2017 (AWA 17). AWA is the U.S. Army Training and Doctrine Command’s (TRADOC’s) premier event to evaluate concepts and capabilities that address the Army’s warfighting challenges and shape the future Army’s force. The U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC) is the Army’s front line in bringing capabilities in the form of MUM-T to that force. (Photo by Kimberly Bratic, TARDEC Public Affairs)

CONCLUSION

RDECOM teams with Soldiers to experiment during exercises such as Pacific Pathways as a way to get the best technology to Soldiers as quickly as possible. Inserting technologies into exercises leverages already funded events to gather a large and diverse volume of Soldier feedback.

RDECOM is now researching the possibility of testing counter-unmanned aircraft system capabilities during Tiger Balm in Singapore in 2019 and possibly inserting tactical bridging (a bridging system that is rapidly installed to support Soldiers and small vehicles) into Exercise Balikatan in the Philippines in 2019. RDECOM is also working with U.S. Army Pacific and U.S. Army Training and Doctrine Command to design the Multi-Domain Task Force, which was established to determine the requirements for a new military formation that will address warfighting capabilities required in an anti-access and area denial environment. USARPAC is planning a two-year effort to experiment with capabilities and determine which are suitable for the task force.

Continuous experimentation and delivering technology to Soldiers faster are central to the Army’s modernization strategy. RDECOM supports the Army’s mission by using the feedback and lessons learned from operational exercises to improve future versions of technology.

For more information, go to www.army.mil/rdecom or call the RDECOM Public Affairs Office at 443-395-3922.

ARGIE SARANTINOS-PERRIN is a public affairs specialist for Huntington Ingalls Industries – Technical Solutions Division, providing contract support to RDECOM. She holds an M.S. in professional writing and a B.A. in mass communications from Towson University. She has 13 years of public affairs experience supporting DOD.

Related Links:

United States Army Research, Development and Engineering Command

Projecting the force in the Pacific,” Army Sustainment magazine, March-April 2018

“Pacific Pathways: Maintaining freedom of maneuver through reception, staging, and onward movement,” Army Sustainment magazine, September-October 2017

This article will be published in the July – September 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.

Faces of the Force: Lessons about change from Project Management Officer Natasha Owens

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COMMAND/ORGANIZATION: Project Director for Joint Services, Program Executive Office for Ammunition
TITLE: Project management officer
YEARS OF SERVICE IN WORKFORCE: 18
DAWIA CERTIFICATIONS: Level III in program management and engineering
EDUCATION: M.S. in engineering management and B.S. in mechanical engineering, New Jersey Institute of Technology
AWARDS: Commander’s Award for Civilian Service (2015 and 2017); Achievement Medal for Civilian Service


Planning for success? Be prepared for change.

Ms. Susan l. Follett

Natasha Owens is a planner: “If it is a trip, a dinner or a surprise party, I want to plan out all the details, develop the budget and list all the tasks needed for completion.” Fortunately, that dovetails perfectly with her work as a project management (PM) officer for the Project Director for Joint Services within the Program Executive Office (PEO) for Ammunition at Picatinny Arsenal, New Jersey. “In PM shops, we manage program cost, schedule and performance. Planning things is what I enjoy doing. It’s a strange and challenging puzzle to me, because just when you think have all the pieces in order, something happens—budget cuts shift program activities or unforeseen issues [arise] during testing that may require additional testing—and the puzzle is never as easy as it seems.”

The Project Director for Joint Services oversees the industrial base facilities and installations that develop, produce, store, distribute and demilitarize munitions for DOD. “When I describe my work to others, they are always amazed at the opportunity I have to work with and provide weapon systems, weapon accessories or ammunition to our Soldiers,” Owens said. “They are also equally amazed at some of the opportunities for career development that I have been given.”

It’s a long list. In 2011, she was accepted into the Excellence in Government Fellows Program, a yearlong leadership development opportunity provided to federal government employees by the Partnership for Public Service. The following year, she served as a DA system coordinator in support of the Product Manager for Crew Served Weapons, working on a full-rate production decision for the Common Remotely Operated Weapon Station. The product office comes under the PM for Soldier Weapons, assigned to the PEO for Soldier and co-located with PEO Ammunition at Picatinny Arsenal.

In 2014, Owens was selected for a six-month developmental assignment as the staff action officer for the Executive Operations Group in the Office of the Assistant Secretary of the Army for Acquisition, Logistics and Technology (OASA(ALT)). As staff action officer, Owens attended meetings for ASA(ALT) leadership, which at the time was the Hon. Heidi Shyu, ASA(ALT); Lt. Gen. Michael E. Williamson, principal military deputy to the ASA(ALT); and Gabriel Camarillo, principal deputy to the ASA(ALT). “We were tasked with taking notes and identifying action items, and then tracking action items to completion,” Owens said. “We also handled special projects: I worked with Mr. Camarillo on an arsenal workload realignment project and with Ms. Shyu on coordinating and planning the senior leader discussion on the Joint Acquisition and Sustainment Review and Force 2025 and Beyond,” she said.

“A lot of folks thought I was crazy when they heard I applied to the [Executive Operations Group] program because they considered it grunt work,” Owens said. “But I saw it as an opportunity to see strategic-level leadership firsthand. What better opportunity for someone who desires to be a member of the Senior Executive Service than to be a fly on the wall in a room of strategic leaders?” The Executive Operations Group assignment also broadened her understanding of the acquisition process. “Sometimes at the PM level, we do not understand what is going on at the ASA(ALT) level. But my time in [the Executive Operations Group] helped to open my eyes and change my perspective.”

Owens’ acquisition career started at the U.S. Army Armament Research, Development and Engineering Center in June 2000, just two weeks after she graduated from college. She was hired as a mechanical engineer for the Light Armored Vehicle – Assault Gun program and supported engineering development of fire control systems. She moved to PM Soldier Weapons in 2003 and worked on several weapon system programs through 2015.

That year, she joined the ranks of PEO Ammunition, working for its PM for Maneuver Ammunition Systems as an assistant product manager for lightweight ammunition, overseeing the early-stage development of 7.62 mm and 5.56 mm ammunition and working with the U.S. Marine Corps on its .50-caliber ammunition development. In 2017, she began working as the DA systems coordinator for the Gator Landmine Replacement Program under the PM for Close Combat Systems, then completed a brief assignment as the special assistant to the PEO for Ammunition before his retirement. “Each assignment brought a different level of challenge and excitement and further helped to build my skill set.”

For the past three years, she also took part in the Competitive Development Group, a three-year developmental program that provides members of the Army Acquisition Workforce with expanded training through a series of educational, leader development and broadening assignments. “I came into the program expecting so many things but quickly realized the program expected so many things from me,” Owens said. “It’s not that the people leading the program don’t help—they definitely do. But the expectation is for you to have ownership of your career and your goals, and to know the things you need to do in order to accomplish those goals.”

She has passed on that lesson to nearly a dozen co-workers at Picatinny Arsenal who are interested in the program. “The very first thing I explain to them is that this program is not for the weary. You really have to be focused and determined to do the work necessary to move toward your goals.” She also suggests thinking big and taking risks. “If I could do it again, I would take more of a ‘it doesn’t hurt to ask’ approach. My mentor was from Fort Belvoir, [Virginia,] and I probably should have asked for some assignments at PM shops there. I didn’t, figuring it would be hard to find an organization that would fund my travel. Looking back, I should have at least asked the question: You really never know until you ask.”

The Competitive Development Group “was a catalyst for taking me out of my comfort zone. Before I started, I worked in PM Soldier Weapons for over 12 years, and I admit I became comfortable; I neglected pursuing my career goals, and the work became somewhat routine. But routine is not something I want. Instead, I want to ensure that whatever the assignment, I am giving 100 percent toward providing the best product or service to our Soldiers.”

“Faces of the Force” is an online series highlighting members of the Army Acquisition Workforce through the power of individual stories. Profiles are produced by the U.S. Army Acquisition Support Center Communication and Support Branch, working closely with public affairs officers to feature Soldiers and civilians serving in various AL&T disciplines. For more information, or to nominate someone, please contact 703-664-5635.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.

As NIE comes to an end, the JWA takes on new importance.

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Starting with an ending

by Col. J. Ward Roberts

On April 22, the Army kicked off a major joint operational exercise for future force development. Six separate three-star headquarters and more than 6,500 participants from 10 partner nations came together on foreign soil to execute realistic training scenarios against a near-peer adversary.

This view of future warfare, where joint and multinational interoperability is the norm—combined with a modernization effort focused on emerging capabilities and experimentation—is driving an adjustment in how the Army conducts two major operational exercises: the Joint Warfighting Assessment (JWA) and the Network Integration Evaluation (NIE).

Originally designed as complementary exercises, the JWA and NIE used Soldier feedback to evaluate, integrate and improve hundreds of government and industry technologies. Now, after serving the Army well, the NIE will end in November, while the JWA will continue as an annual event led by the U.S. Army Training and Doctrine Command (TRADOC) and its subordinate U.S. Joint Modernization Command (JMC).

Moving forward, the Army will use the JWA as one element in assessing experimental capabilities to help evolve mission command capabilities and network strategy, and to shape requirements. Likewise, the JWA will continue to improve interoperability among joint and coalition partners, while informing tactics, techniques and procedures. Together with a series of smaller events, the JWAs will support the new Army Futures Command and cross-functional teams to facilitate faster development of future capabilities.

Now, after executing the JWA in Europe for the first time, the Army will use lessons learned from the event as it moves the exercise to Joint Base Lewis-McChord next year with a focus on the Pacific theater of operations, and as it continues to shift acquisition processes to support modernization.

U.S. Soldiers assigned to Bravo Company “Legion”, 1st Battalion, 503rd Infantry Regiment (Airborne), 173rd Infantry Brigade Combat Team (Airborne), conduct an airborne training operation, Hohenfels Training Area, Germany, April 17, 2018. The Joint Warfighting Assessment (JWA) helps the Army evaluate emerging concepts, integrate new technologies, and promote interoperability within the Army, with other services, U.S. allies, and other coalition partners. JWA is the only exercise venue assessing 27 concepts and capabilities while aligning with U.S. Army Europe Readiness and other component exercises such as Combined Resolve X and Blue Flag 18 with a focus on a ready, interoperable Joint Force capable of accomplishing the mission and overmatching current and future enemies across the range of military operations. (U.S. Army photo by Spc. Tadow McDonald)

U.S. Soldiers assigned to Bravo Company “Legion”, 1st Battalion, 503rd Infantry Regiment (Airborne), 173rd Infantry Brigade Combat Team (Airborne), conduct an airborne training operation, Hohenfels Training Area, Germany, April 17, 2018. The Joint Warfighting Assessment (JWA) helps the Army evaluate emerging concepts, integrate new technologies, and promote interoperability within the Army, with other services, U.S. allies, and other coalition partners. JWA is the only exercise venue assessing 27 concepts and capabilities while aligning with U.S. Army Europe Readiness and other component exercises such as Combined Resolve X and Blue Flag 18 with a focus on a ready, interoperable Joint Force capable of accomplishing the mission and overmatching current and future enemies across the range of military operations. (U.S. Army photo by Spc. Tadow McDonald)

NIE MISSION ENDS

When the 3rd Brigade Combat Team, 82nd Airborne Division (3/82) arrives at Fort Bliss, Texas, this November, it will close out the last NIE. While there, it’ll evaluate three systems under test: the Distributed Common Ground System – Army; the Mission Command Information System, part of the Command Post Computing Environment; and the Mounted Mission Command System, part of the Mounted Computing Environment. It will also conduct demonstrations of air-ground integration and tactical radios, including items that the Network Cross-Functional Team has recommended for assessment. After running through operational scenarios with the new equipment, the 3/82 will provide feedback to help inform procurement and fielding decisions.

In the 3/82, the Army will look to a rotational unit, in this case a light infantry unit, to provide feedback on how its Soldiers will use the tactical network, mission command capabilities and communications for their unique missions. The 82nd Airborne Division has requested that scenarios at the NIE focus on joint forcible entry operations, to take advantage of the unique capabilities of the 82nd Airborne, which serves as the Army’s rapid deployment force and must be able to respond to any threat worldwide with very little notice, flying from home station in order to seize key terrain inside a contested battlespace. And because two of the three systems under test are found in the command post, modeling and simulation will play heavily into the scenario, replicating maneuver companies so Soldiers can run multiple drills in the command post. All of this will take place in a heavily contested cyber and electronic warfare environment to fully stress the systems against replicate threats.

The NIEs, begun in 2011, made significant strides for the Army as a forcing function for integration. Up until that point, the Army developed and delivered individual components of its tactical communications network separately, leaving integration for the end. The NIE served to reverse that, bringing together numerous digital tactical communication systems at one large operational assessment, held twice a year at Fort Bliss and White Sands Missile Range, New Mexico. For several NIE cycles, Soldiers from the 2nd Brigade, 1st Armored Division were the dedicated test unit, trying out the gear in operational scenarios and providing operational feedback to inform procurement and fielding decisions.

And it worked. Over the past seven years, the NIEs helped the Army integrate and fully test several major network capabilities under development, while shedding light on next-generation warfighting technologies. In all, more than 300 capabilities went through the NIE construct, leading to important advances in expeditionary networking and mission command. The NIE identified gaps across capability portfolios, assessed technologies for filling gaps, and aligned programs of record to address shortfalls with interoperability.

However, as the Army steadily embraces rapid prototyping, experimentation and the “fail early” mentality of trying a capability out before making it a program of record, the NIE is no longer the best model for network modernization. In 2015, the Army decided to make the NIE an annual event, sharing time with a complementary new assessment, known as the JWA (originally named the Army Warfighting Assessment), which focused on experimentation, prototyping and joint and multinational interoperability. This year, the Army decided to move forward solely with the JWA, starting in FY19 and beyond.

Network Integration Evaluation 14.2, featured more than 900 Marines, a British mechanized brigade headquarters, and 3,800 Soldiers from the 2nd Brigade, 1st Armored Division, who fought side-by-side in a combination of live, virtual and constructive battles. (Photo Credit: Nancy JonesBonbrest, PEO C3T)

Network Integration Evaluation 14.2, featured more than 900 Marines, a British mechanized brigade headquarters, and 3,800 Soldiers from the 2nd Brigade, 1st Armored Division, who fought side-by-side in a combination of live, virtual and constructive battles. (Photo Credit: Nancy JonesBonbrest, PEO C3T)

JWA MOVES FORWARD

This spring, for the first time, the JWA took place outside the United States. Units from the 2nd Brigade, 1st Infantry Division; the 1st Infantry Division headquarters; the 173rd Airborne Brigade and others gathered in Germany from April 22 to May 9 to assess new concepts and capabilities alongside joint and coalition partners that included brigade headquarters from the United Kingdom, Canada, France and Germany, a battalion headquarters from Denmark, and participants from Italy, Australia, New Zealand and Spain. The JWA leveraged two other existing exercises taking place in Europe at that time, the U.S. Air Force’s Blue Flag and the U.S. Army’s Combined Resolve X.

The JWA 18 segment of the event required units to operate in a mission partner environment, meaning U.S. mission command systems shared a common operating picture across U.S. forces and coalition partners. Shared services included email, chat, chatrooms, order disseminations and SharePoint. The exercise assessed the integration of a three-star Army headquarters and three-star Air Force headquarters, which were required to pass information not only between commands, but also across the many participating countries.

The execution of the JWA in Europe—at Grafenwoehr Training Area and Hohenfels Training Area in Germany—brought new challenges for the acquisition team that supports the events. Up until last year, all NIEs and JWAs were planned and executed at Fort Bliss. This time, some planning and coordination happened at Fort Bliss, but the brunt of activities, from integrating vehicles to validating the networks needed for the exercise, occurred overseas.

M2 Bradley fighting vehicles are lined up in Grafenwoehr, Germany to be fitted with Multiple Integrated Laser Engagement System (MILES) gear on April 11, 2018, in preparation for a field exercise during Combined Resolve X. Exercise Combined Resolve X is an U.S. Army Europe exercise series held twice a year in the major training areas of southeastern Germany, with this iteration scheduled to take place in April 2018. The Joint Warfighting Assessment leveraged Combined Resolve X, along with the Air Force’s Blue Flag, that were also occurring in Europe. (U.S. Army photo by Spc. Dustin D. Biven / 22nd Mobile Public Affairs Detachment)

M2 Bradley fighting vehicles are lined up in Grafenwoehr, Germany to be fitted with Multiple Integrated Laser Engagement System (MILES) gear on April 11, 2018, in preparation for a field exercise during Combined Resolve X. Exercise Combined Resolve X is an U.S. Army Europe exercise series held twice a year in the major training areas of southeastern Germany, with this iteration scheduled to take place in April 2018. The Joint Warfighting Assessment leveraged Combined Resolve X, along with the Air Force’s Blue Flag, that were also occurring in Europe. (U.S. Army photo by Spc. Dustin D. Biven / 22nd Mobile Public Affairs Detachment)

One of the biggest challenges came in the form of network planning. Although there are some common international standards for sharing data, no two countries use exactly the same mission command systems. The Program Executive Office for Command, Control and Communications – Tactical (PEO C3T) brought deliberate network and configuration, through the use of detailed architecture products, to the JWA to ensure that the different systems could communicate and populate execute vital messaging as seamlessly as possible. Two key pieces of early technology—Automated Communications Information Software and the Mission Command Information System—helped support this interoperability.

As part of JWA 18, the Capability Package Directorate (CPD), as the lead for the assistant secretary of the Army for acquisition, logistics and technology (ASA(ALT)), supported the JMC and several other partners in preparing and assessing solutions to the Army Warfighting Challenges. The concepts and capabilities were assessed through the lens of 18 of the 20 Army Warfighting Challenges, such as to “Ensure Interoperability and Operate in Joint, Inter-organizational, Multination Environment” and to “Employ Cross Domain Fires.” These are key areas the Army has deemed as either needing new capabilities or needing a better way of using what the Army has today.

CPD, with support from PEO C3T Technology Management Division, Project Manager Electronic Warfare and Cyber (PM EW&C), Project Manager Mission Command (PM MC) and Project Manager Tactical Networks, had to incorporate and validate almost 30 concepts and capabilities into the operational network for JWA 18. Three of the most mature systems included the Army Rapid Capabilities Office and PM EW&C Electronic Warfare Phase 1 systems, PM MC’s Army Coalition Interoperability System and its early release of the Mission Command Information System, which will be under test in November 2018. Soldiers assessed additional concepts that included the tactical power management concept, ground mobility vehicle, mobile protected firepower, and the robotic complex breach. Capabilities included division and below short-range air defense capability and Stryker-directed energy at the forward edge. The team also integrated systems on vehicles, including capabilities for counter-unmanned aircraft systems, radars, navigation and coalition interoperability. Taking the exercise overseas for the first time required ASA(ALT) to coordinate these integration efforts with a variety of multinational players, and to teach new partners how NATO operates its technology and intelligence systems. These experiences and the lessons learned will benefit the execution of future JWA events, as well as real-world operations with allied nations.

The NIEs helped the Army integrate and fully test several major network capabilities under development, while shedding light on next generation warfighting technologies. During NIE 14.2, new radios are unpacked and programmed for Soldiers from the 2nd Brigade, 1st Armored Division to use during the exercise, which took place in May 2014. (U.S. Army photo)

The NIEs helped the Army integrate and fully test several major network capabilities under development, while shedding light on next generation warfighting technologies. During NIE 14.2, new radios are unpacked and programmed for Soldiers from the 2nd Brigade, 1st Armored Division to use during the exercise, which took place in May 2014. (U.S. Army photo)

CONCLUSION

Moving forward, the yearly JWA, with its focus on emerging capabilities, experimentation and operational concepts, fits the Army’s modernization strategy with alternating annual orientations in either the European or Pacific theater. JWAs will support three primary objectives: enhance training readiness; inform future force development; and enable joint, inter-organizational and multination warfighting. Program managers can take advantage, inside those objectives, to get operational feedback on products before operational test events. Additionally, the Army will use a range of test and evaluation events from various other venues, including labs, warfighters, formations outside the continental U.S. and other events from company to corps size to support traditional operational testing.

ASA(ALT) will continue to support these events with network planning, network integration, vehicle integration, management of field support representatives, new equipment training, and other needs in support of TRADOC and JMC. As the Army’s rapid assessment model continues to evolve, with JWA as the main mission complemented by a series of small and medium opportunities, ASA(ALT) is poised to apply expertise gained through the NIE and JWA to enable integrated and efficient evaluations of emerging concepts and capabilities. CPD will continue to be a focal point to integrate PM support into these missions. And as the U.S. Army Test and Evaluation Command drives the future planning requirements for large program-of-record tests that would have taken place at NIE, an ASA(ALT) team will continue to assist in integrating network and mission command elements.

With JWA 18, the Army demonstrated the ability to execute a future force development exercise in the most realistic conditions possible. NIE 18.2 will close the book on seven years of informative tests and meaningful system of systems integration test events. Now, with Soldier feedback still at the core of the mission, the Army is ready to take the next step in evolving its evaluation events to enable modernization.

For more information go to https://www.bliss.army.mil/JMC/.

COL. J. WARD ROBERTS is director of the CPD. He holds an MBA from Columbia Southern University and a Master of Strategic Studies from the U.S. Army War College, as well as a B.A. in political science from the University of South Florida, where he received a commission of second lieutenant in the infantry. Roberts is Level III certified in program management and Level II certified in contracting, and is a member of the Army Acquisition Corps.

RELATED LINKS:

AL&T Magazine article, 18 June 2017, “Center of the Storm” by Nancy Jones-Bonbrest

CPD home website


This article will be published in the July – September 2018 issue of Army AL&T magazine.

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Want faster acquisition?

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PM Perspective
Col. Michael J. Thurston

Want faster acquisition?

Reforming the process isn’t the answer, says a seasoned PM, who recommends instead a greater emphasis and more education on tailoring and risk management.

by Ms. Bridget Lynch

This column is the second in an Army AL&T series, PM Perspective, which looks at acquisition from the viewpoint of the program, project or product manager. These are big programs—generally Acquisition Category I and II— not only in terms of their importance to the Soldier, but also in terms of sheer dollars. How do PMs deal with the complexity of these programs? What do they wish they’d known then that they know now? What lessons can other PMs take from their experiences?

Col. Michael J. Thurston’s Army career began in 1988, when he was commissioned as a Signal Corps platoon leader and executive officer. He became part of the Army Acquisition Workforce in 2003, with his assignment to the Project Manager for Tactical Radio Communications Systems at Fort Monmouth, New Jersey. Since then, he’s held several positions with the Program Executive Office for Command, Control and Communications – Tactical (PEO C3T) at Aberdeen Proving Ground, Maryland, and with the Army G-6, the U.S. Army Communications-Electronics Command and the U.S. Army Signal Center. He’s now PEO C3T’s chief of staff, a position he has held since September 2017.

PEO C3T develops, acquires, fields and supports the Army’s mission command network to ensure force readiness, delivering tactical communications so commanders and Soldiers can stay connected and informed at all times. Its work to deliver the network to regions around the globe enables high-speed, high-capacity voice, data and video communications to a user base that includes the Army’s joint, coalition and other mission partners.

Thurston holds an M.S. and a B.S. in electrical engineering from Worcester Polytechnic Institute, as well as an M.S. in national resource strategy from the Industrial College of the Armed Forces of National Defense University. His awards include the Legion of Merit, Bronze Star Medal, Defense Meritorious Service Medal (one oak leaf cluster (OLC)), Meritorious Service Medal (two OLCs), Army Commendation (three OLCs), Army Achievement Medal, National Defense Service Medal with Bronze Star, Armed Forces Expeditionary Medal, Iraq Campaign Medal, Global War on Terrorism Expeditionary Medal, Global War on Terrorism Service Medal, Humanitarian Service Medal, Armed Forces Reserve Medal and the Parachute Badge.

As modernization plans take shape, much attention has been paid to revamping the myriad processes that guide Army acquisition. Not so fast, says Col. Michael J. Thurston, chief of staff for the Program Executive Office for Command, Control and Communications – Tactical. The acquisition process isn’t the problem, he said. “My recommendation would be to stop spending so much effort reforming the process and start teaching and emphasizing acquisition tailoring and risk management.” Sure, tweaks can be made to statutes, regulations, organizations and procedures, he conceded, “but there is already substantial flexibility and a significant number of tailoring tools available to the ‘big A’ acquisition community.”

Capt. Doug Williams (standing) and Capt. Jake Singleton review the Joint Battle Command-Platform's new interactive multimedia instruction software at Aberdeen Proving Ground, Maryland, on Jan. 10, 2018. The IMI software will allow Soldiers to train on JBC-P from a CD, the Army's online training tool LandWarNet, or embedded on vehicle hardware known as Mounted Family of Computing Systems. (Photo Credit: Dan Lafontaine, PEO C3T Public Affairs)

Capt. Doug Williams (standing) and Capt. Jake Singleton review the Joint Battle Command-Platform’s new interactive multimedia instruction software at Aberdeen Proving Ground, Maryland, on Jan. 10, 2018. The IMI software will allow Soldiers to train on JBC-P from a CD, the Army’s online training tool LandWarNet, or embedded on vehicle hardware known as Mounted Family of Computing Systems. (Photo Credit: Dan Lafontaine, PEO C3T Public Affairs)

In Thurston’s experience, “the paralysis experienced in many developmental efforts is not caused by process, but by our collective inability to assume, manage and mitigate risk. Time and time again, I have seen instances where the acquisition system is so risk-averse that we fail to make a decision on a better, cheaper product for fear of perceived cost, performance or perception issues, while we continue to spend significant national treasure on buying and sustaining less capable and more costly systems.”

Based on a 30-year Army career and an extensive acquisition background—having worked in the requirements community as a systems engineer and in all levels of program management, and having executed numerous operational tests and been part of dozens of decisions on the Army staff—he noted that no one in the acquisition process is immune from this way of thinking. “It is rather ironic that an organization that is exceptionally competent at operational risk management has not transferred those same leadership and management skills to the major acquisition processes of requirements generation, programming and program management,” he said.

A Soldier tests the Precision Fires-Dismounted application on the Nett Warrior End User Device during fielding at Fort Drum, New York, April 5, 2018. (U.S. Army photo by Dan LaFontaine)

A Soldier tests the Precision Fires-Dismounted application on the Nett Warrior End User Device during fielding at Fort Drum, New York, April 5, 2018. (U.S. Army photo by Dan LaFontaine)

LAYERS OF LEARNING
As PEO C3T’s chief of staff, Thurston manages more than 1,600 people who acquire, field and support the communication networks, radios, satellite systems and other hardware and software that Soldiers require for information dominance on the battlefield. He has three main roles: manage PEO staff, advise PEO leadership and assist project managers (PMs) in preparing for programmatic and milestone decisions.

It’s a role for which he’s well-suited, given his previous assignments. “I have had the pleasure of working in every project management level in the PEO, so I am very familiar with the portfolio of products and the resources the PEO has available,” he said. “My time on the Army staff exposed me to the information needs of Army senior leaders and decision-makers and the importance of timely, concise, accurate and consistent reporting. I understand the many demands placed on PMs and how every task or action has a cost and value associated with it. As the chief, it is my goal to minimize impact on the PMs, ensure that engagements with decision-makers are productive and gain the most value out of every action.”

Before moving to chief of staff, Thurston was PM for Mission Command, managing a dozen Acquisition Category (ACAT) I, II and III programs, along with several pre-ACAT and non-program-of-record efforts. His budget of about $1.4 billion included a mix of development, production and operations funds, and his accomplishments during the four years he served as PM are noteworthy, including fielding the Joint Capabilities Release software and the Blue Force Tracking 2 network; developing, testing and fielding the Joint Battle Command – Platform system; developing the tactical server infrastructure for command posts; developing the Precision Fires – Mounted and Precision Fires – Dismounted systems; establishing the acquisition strategy for Advanced Field Artillery Tactical Data System 7.0; and fielding thousands of mission command systems in support of the Army’s capability set and unit set fielding strategies. Additionally, he and his team established the architecture, system design and acquisition strategy for the Command Post Computing Environment and the Mounted Computing Environment.

“We had programs in every acquisition phase, from science and technology transition to divestment,” Thurston said. “We supported stakeholders from the mission command, maneuver center, fires, cyber and intel communities; we were in the process of merging cultures from two project offices; and we supported a mix of products, some that were highly sought-after and others that were highly criticized.” The best way to summarize those experiences into a single lesson learned? “Take a moment to identify which tasks are urgent and what is important,” he said. “Most often, the urgent things aren’t what is most important. Resist the urge to chase the urgent but unimportant. Instead, establish a vision and communicate it well. Create a plan with your team and keep them focused on it. Nurture the team, feed the vision, regularly check progress and beat down the distractions.”

Before his PM assignment, Thurston was the deputy to the deputy for acquisition and systems management in the Office of the Assistant Secretary of the Army for Acquisition, Logistics and Technology (ASA(ALT)). That role and his PM assignment taught him the importance of early engagement and building trust with stakeholders, including PEOs, ASA(ALT) and the Office of the Secretary of Defense. “It’s critical to truly understand the information needs of the staff and the decision-makers, and to recognize that those needs are different. You must gain the trust of the staff by answering their questions thoroughly, transparently, consistently. Most importantly, meet your commitments.”

Soldiers demonstrate the Command Post Computing Environment prototype at Aberdeen Proving Ground, Maryland, on May 16, 2017. The CP CE infrastructure, consisting of a new single tactical server infrastructure plus a common software baseline, will provide Soldiers an underlying core CP system upon which additional warfighting functionality can be built. (U.S. Army photo by Dan Lafontaine)

Soldiers demonstrate the Command Post Computing Environment prototype at Aberdeen Proving Ground, Maryland, on May 16, 2017. The CP CE infrastructure, consisting of a new single tactical server infrastructure plus a common software baseline, will provide Soldiers an underlying core CP system upon which additional warfighting functionality can be built. (U.S. Army photo by Dan Lafontaine)

NEVER TOO EARLY FOR INPUT
Incorporating all stakeholders, particularly end users, early in the process is something PEO C3T stresses, and something it’s hoping to improve upon by incorporating DevOps—a mashup of development and operations—into their program constructs. “A system acquisition starts with user representatives establishing requirements, and these representatives are typically involved throughout the acquisition process,” Thurston explained. “Although beneficial to the acquisition process, these user representatives don’t always fully embody the voice of the end user.” For example, PEO C3T end users include not just signal Soldiers, but all functional branches and all tactical warfighting echelons in the Army.

To address that, programs frequently incorporate user juries, demonstrations and exercises to gather feedback from a variety of end users. However, Thurston noted, this step often comes too late in the process to make substantial changes to the system design, and it is not robust enough to ferret out weaknesses in the system. That’s where the DevOps approach comes in. Technically a software development approach that allows continuous collaboration across all functions in the software development and delivery process, the Army uses the term more broadly to describe frequent interaction with end users during the development process for any system or capability.

“DevOps allows for more robust feedback earlier in the acquisition process,” Thurston explained, “and truly successful DevOps in the Army requires an established relationship not only between the PM and a tactical unit or group of units that will exercise prototypes of its system, but also with the network cross-functional team.” For example, the network cross-functional team, working closely with the PEOs for Soldier and C3T, is conducting experimentation with light infantry units to assess a package of network capabilities. This early DevOps approach will help inform how operations at company and below can use information technology capabilities originally designed for special operations forces’ and commercial use.

In support of initial entry and other tactical edge missions, PM Tactical Network/PEO C3T equipped the first unit -- the 3rd Brigade Combat Team, 82nd Airborne Division -- with the new inflatable satellite communications system known as Transportable Tactical Command Communications, or T2C2, to enable expeditionary mission command and situational awareness in the heart of evolving fights. (U.S. Army photo by Amy Walker, February 21, 2018 )

In support of initial entry and other tactical edge missions, PM Tactical Network/PEO C3T equipped the first unit — the 3rd Brigade Combat Team, 82nd Airborne Division — with the new inflatable satellite communications system known as Transportable Tactical Command Communications, or T2C2, to enable expeditionary mission command and situational awareness in the heart of evolving fights. (U.S. Army photo by Amy Walker, February 21, 2018 )

CONCLUSION
Having achieved a great deal over the past 30 years, Thurston says there are a few things he wishes he had done differently. “When I first became a product manager as a lieutenant colonel, my first actions were to dive in and become an expert on the system I was charged to manage,” he said. “However, I discovered over time that you don’t have to be the smartest person in the room on your product. You should instead surround yourself with others who are smarter than you.”

As a PM, his first actions were instead to focus on and understand the acquisition strategies, program fundamentals—cost, schedule and performance—and resources available for the products in his portfolio. That approach made him a better PM, he said, but didn’t always produce the best results for his programs. “If I had the opportunity to do it again, I would have taken a page from the late Maj. Gen. Harry Greene’s philosophy and focus my first and recurring actions on understanding your stakeholders: what they want, what the end users really need, what they think of your products and how stakeholders perceive your organization.”

At its core, he said, acquisition is two things. First, acquisition is business—it’s not personal. “Be committed, be competent, be collaborative, but do not take it personally.” Second, acquisition is hard. “Every worthy challenge is. If it was easy, everyone would do it.”

For more information, go to the PEO C3T

MS. BRIDGET LYNCH has provided contract support to PEO C3T since 2012 as a public communications specialist for Bowhead Business and Technology Solutions. She holds a B.S. in mass communication from Towson University.

 


This article will be published in the July – September 2018 issue of Army AL&T magazine.

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‘What’ and ‘how’ of Army network

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Leaders of new cross-functional team, PEO C3T discuss how they’re working to shape a future vision of the Army’s network.

by Ms. Bridget Lynch

The Army is committed to delivering a tactical network that will guarantee preparedness and victory over any adversary, but ensuring that success requires significant institutional and cultural change in how the Army modernizes the network. At the forefront of this effort is Maj. Gen. Peter A. Gallagher, director of the new Network Cross-Functional Team, one of eight established by the Army to pursue its six modernization priorities: network communications; long-range precision fires; next-generation combat vehicles; future vertical lift; integrated air and missile defense; and Soldier lethality. Under his leadership, the cross-functional team is shaping the future vision of the network, in accordance with the four lines of effort within the Army’s network modernization strategy. Tasked with turning that vision into a reality is the Program Executive Office for Command, Control and Communications – Tactical (PEO C3T), under the leadership of Maj. Gen. David G. Bassett. This dynamic partnership is leveraging experimentation, prototyping and real-time Soldier feedback to acquire and field capabilities that will keep pace with emerging threats and prepare the Army to fight and win.

Gallagher and Bassett sat down for an interview on April 11 to discuss key experimentation and fielding efforts, industry collaboration and the importance of the evolving relationship between the Network Cross-Functional Team and PEO C3T.

Caption: MG Bassett engages the audience and offers a “PEO Perspective” during the Army Network Technical Industry Forum at Aberdeen Proving Ground, Md., on February 6-7, 2018. (U.S. Army Photo by Sean Kimmons)

Caption: MG Bassett engages the audience and offers a “PEO Perspective” during the Army Network Technical Industry Forum at Aberdeen Proving Ground, Md., on February 6-7, 2018. (U.S. Army Photo by Sean Kimmons)

Bridget Lynch: What makes this cross-functional team construct different?

Gallagher: For the Army, it’s an institutional change at the highest level, and it’s bigger than the network. The whole construct of the Army developing cross-functional teams to execute the top modernization priorities to help our warfighting capability is significant. This construct is different because the general officers and SESes [Senior Executive Service members] leading the teams have a direct report to the undersecretary of the Army and the vice chief of staff of the Army. These modernization priorities have been determined by the secretary of the Army and the chief of staff, who in turn have established and empowered the cross-functional teams to execute them.

The difference here is that, on one team, you have experts from across the Army who are narrowly focused on delivering capabilities to meet the needs of the Army quickly. Inside the assistant secretary of the Army for acquisition, logistics and technology [ASA(ALT)] community, we are working with PEO C3T and PEO Soldier, which gives us the acquisition expertise we need along with the ability to deliver agile acquisition with focused integration and disciplined innovation. We are a team of experts, from not only the acquisition community, that has come together to represent the Army’s interests, and it’s the focus of that collective team working across the Army to execute these priorities that makes [this construct] pretty powerful.

Lynch: What is the PEO’s role within the cross-functional team?

Bassett: The cross-functional team is driving what the network is going to be in the future. As Maj. Gen. Gallagher and the cross-functional team define what that future looks like, it is the PEO’s responsibility to execute the “how” so that we are able to deliver those capabilities in an enduring way across the Army. We bring the structure, workforce and expertise that allow good ideas and experimentation to turn into enduring capabilities.

Lynch: How do you intend to streamline the requirements process to further innovation and to infuse industry technology into the Army’s network design?

Gallagher: One of the first things we have to do as we continue refining the network is to examine the requirements as written and try to figure out why the capabilities being delivered are not meeting the needs of our operational warfighting commanders.

In many cases, it’s because we tend to overspecify our requirements in a way that ends up boxing us in. As a result, the acquisition community delivers to a specified set of technical requirements, but the capability is not truly meeting the needs of our warfighters. Instead, what we are trying to do now is anchor our requirements on the first principles of preparing for and fighting in war. We need to determine what characteristics and standard requirements will help us operationally, and not specify and direct the technical requirements.

We need to give industry more freedom of action to come to us with solutions that will deliver capabilities to help us do that. We have to inform the requirements process through Soldier feedback and demonstrations of capabilities, and not rush into defining the requirement early on. We need to start with an operational need and a warfighting requirement. We will figure out the technical specifications as we go, based on demos and experimentation that will help us refine the technical specifications, so Maj. Gen. Bassett and the technical community procure capabilities that are more capable of meeting those operational needs.

Caption: MG Gallagher speaks to industry partners about the Army’s network modernization strategy during the Army Network Technical Industry Forum at Aberdeen Proving Ground, Md., on February 6-7, 2018. (U.S. Army Photo by Sean Kimmons)

Caption: MG Gallagher speaks to industry partners about the Army’s network modernization strategy during the Army Network Technical Industry Forum at Aberdeen Proving Ground, Md., on February 6-7, 2018. (U.S. Army Photo by Sean Kimmons)

Lynch: What types of experimentation and demonstration does the cross-functional team plan? What have you learned so far?

Gallagher: We’ve been experimenting at a battalion-size formation, but moving forward, we want to assess the scalability of these capabilities to take it beyond an infantry battalion by looking at other types of maneuver formations such as the Stryker brigades and armored brigades.

Our experimentation and demonstration thus far have been focused on simplifying the network and making it more usable in a fast-paced, mobile, scalable operation. We are currently examining how we can manage the boundaries within our secure network to give us more flexibility at the tactical edge. We’re also looking at advanced networking waveforms, which will allow us to conduct a mobile ad hoc network for our battalion formations that will operate in a variety of situations. Additionally, we’re experimenting with radio gateway devices, small aperture satellite capabilities and access to airborne tactical data links. Our goal is to create an ecosystem that will help our joint and coalition interoperability at the lowest tactical edge, while also experimenting with capabilities that will simplify our network. We need to make warfighting more capable to execute through simpler systems that allow the users to be connected.

Lynch: How will program offices use the experimentation efforts?

Bassett: One of the biggest changes now that we have this early and aggressive experimentation, with Soldiers involved in the process, is that we’re able to get feedback on the applicability of technical solutions before we settle on a formal requirement. We’re starting with an idea of a capability we’d like to deliver, or a technology that the cross-functional team has identified as particularly applicable, rather than solidifying a requirement up front. In the past, we’ve written formal requirements only to discover a few years later that they couldn’t be used within the formation the way we envisioned.

We are using these experimentation efforts to learn these lessons sooner, so that by the time we reach a requirement, it has already been informed by the following criteria: technical feasibility, the way it will be integrated into the formation and how it will be used by Soldiers. Learning from these experimentation efforts, through our partnership with the cross-functional team, is tremendously valuable to the program offices because it will result in a significantly higher possibility that the capabilities we deliver will be accepted and informed by Soldier feedback.

Soldiers assigned to Headquarters Company, 1st Battalion, 155th Infantry Regiment, work to establish communications during a field training exercise near Camp McGregor, N.M., April 6, 2018. (U.S. Army National Guard photo by Sgt. Timothy Russell)

Soldiers assigned to Headquarters Company, 1st Battalion, 155th Infantry Regiment, work to establish communications during a field training exercise near Camp McGregor, N.M., April 6, 2018. (U.S. Army National Guard photo by Sgt. Timothy Russell)

Lynch: What are the key efforts the team is collaborating with the Army science and technology community on?

Gallagher: First and foremost, we had to learn and understand what the S&T community was actually working on across the Army. There’s an incredible amount of innovation taking place on multiple fronts within the S&T community. Initially, it was about information gathering to discover who is doing what in the network space. From there, we began working with [the U.S. Army] Communications-Electronics Research, Development and Engineering Center and [the U.S. Army] Research, Development and Engineering Command in order to focus their efforts on modernization priorities aligned to the Army’s four network modernization lines of effort.

As an example, the first line of effort is to create a unified network transport that ensures connectivity in a contested environment against a peer adversary. Much of our cross-functional team efforts to date have been focused on that priority. If there’s a peer adversary with advanced electronic warfare capability or advanced cyber capability, it presents us with a threat to challenge us in a network environment, so we need to make sure we’re leveraging the Army S&T community to help address that threat.

As we look at focusing efforts within the S&T community, one of the biggest things we need to pay particular attention on is moving beyond the stages of studying and analyzing so that we can execute the delivery of capabilities. We are working diligently with the S&T community and our PEO partners to ensure that there is a transition plan, so the efforts we’re working on will ultimately lead to either improving our existing programs or helping us to develop new programs to capitalize on these efforts.

Lynch: What are some of the key network attributes or capabilities that the community is focused on integrating and fielding?

Bassett: We remain focused on shifting tasks off the Soldiers and onto the platform by automating capabilities and reducing the amount of direct touch that the Soldiers need to have with the system in order to operate and maintain it. We are also working to ensure that our mission command systems provide the right combination of simplicity and power. Users are sometimes forced to choose between a tool that is really simple to operate for common tasks, or a tool that gives them a tremendous amount of performance and flexibility to execute complex tasks. We are working to strike a balance that allows systems to provide both a simple and advanced interface, that allows simple tasks for most operators to be executed quickly, but still gives more advanced users the ability to tailor the system to the needs of the commander in the field.

Caption: Secretary of the Army Mark T. Esper views the U.S. Army Tactical Network Modernization Demo at Fort Myer, Va., on March 19, 2018. Pictured (from left to right): COL Gregory Coile, Project Manager Tactical Network; MG David Bassett, PEO C3T; MG James Mingus, Director Mission Command Center of Excellence; Secretary of the Army Mark Esper; MG Peter Gallagher, Director Network Cross Functional Team (U.S. Army Photo by Bridget Lynch)

Caption: Secretary of the Army Mark T. Esper views the U.S. Army Tactical Network Modernization Demo at Fort Myer, Va., on March 19, 2018. Pictured (from left to right): COL Gregory Coile, Project Manager Tactical Network; MG David Bassett, PEO C3T; MG James Mingus, Director Mission Command Center of Excellence; Secretary of the Army Mark Esper; MG Peter Gallagher, Director Network Cross Functional Team (U.S. Army Photo by Bridget Lynch)

Lynch: How are you working differently with industry?

Gallagher: One of the most powerful things we’ve done so far was back in February, when the Network Cross-Functional Team and PEO C3T conducted an industry technical exchange forum at Aberdeen Proving Ground [in Maryland]. We brought in 576 members of industry from about 204 different companies, many of which were not your traditional defense contractors. Of those, about 87 were small businesses. The event was a focused industry exchange on assured network transport, in which we were able to discuss with industry our focus areas and challenges we’re facing with the network. It was a spirited dialogue with a wealth of good feedback, and we intend to conduct additional tech exchange meetings across the four lines of effort of the network modernization strategy.

Since then, we put out a request for information on FedBizOps and have received over 200 white papers detailing options on how industry believes they can help us leverage their research and development efforts to provide capabilities that could either establish short-term opportunities for us to experiment and demonstrate with, or long-term solutions that will help us address the threat and exploit advanced technologies to our advantage going forward.

Bassett: By working together as we approach industry, we’ve been able to take one good idea or proprietary product and show how it fits and could be integrated into a unified network. It’s not enough to have a good technology. We must show how that technology can be applied within the tactical space to provide an even greater capability. It must be applied in a way that keeps many of those attributes in mind that Maj. Gen. Gallagher talked about earlier: How can we bring it without adding complexity to the user? How can we provide it without adding contract or logistics support on the battlefield? How can we provide it in a way that adds capability without adding a burden to the Soldiers that are employing it? How can we avoid increasing the training burden that Soldiers have to go through to install, operate and maintain that network? By working together to answer those questions, we will be able to determine a set of good capabilities that we want to experiment with and eventually field to our Soldiers.

Gallagher: Together, we are working toward a common solution, and we are speaking with one voice on behalf of the Army. We’re not working around the acquisition community, but by, with and through them. It’s important for industry to see that unity of effort from the Army and senior leaders as we continue our relationship with industry.

For more information, go to the PEO C3T website.

MS. BRIDGET LYNCH has provided contract support to PEO C3T since 2012. She is a public communications specialist for Bowhead Business and Technology Solutions, and holds a B.S. in mass communication from Towson University.


This article will be published in the July – September 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.


The new DASA for acquisition reform discusses her work with the task force shaping the Futures Command

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From quick wins to deep change

by Ms. Claire Heininger

For program managers, logisticians, financial experts and most others across the Army acquisition community, reform is a luxury—something they can get around to thinking about when, or if, there is a gap in their day jobs.

For Dr. Alexis Lasselle Ross, reform is the day job. And it’s an all-consuming one. As the Army’s newly created deputy assistant secretary of the Army (DASA) for strategy and acquisition reform, Ross is at the center of efforts to remake the Army modernization enterprise, as well as discussions about how those changes will actually be implemented by the practitioners who develop and supply weapon systems to Soldiers.

After authoring many recent reform proposals while serving as a professional staff member for the House Armed Services Committee (HASC), Ross moved into a Pentagon office this February, working right next door to the Army acquisition leaders who must translate that legislation into real-world institutional improvements. She says it’s exactly where she wants to be.

“Reform is really just a good idea until it’s been implemented,” Ross said. “Until it’s been implemented, and implemented well, it might not achieve its results. So I wanted to be on the other end of it—where you can drive for reform from within, and have an opportunity to see it through.”

Dr. Alexis Lasselle Ross, Deputy Assistant Secretary of the Army, Strategic Aquisition Reform, poses for her official portrait in the Army portrait studio at the Pentagon in Arlington, Va., Feb. 5, 2018. (U.S. Army photo by Monica King)

Dr. Alexis Lasselle Ross, Deputy Assistant Secretary of the Army, Strategic Aquisition Reform, poses for her official portrait in the Army portrait studio at the Pentagon in Arlington, Va., Feb. 5, 2018. (U.S. Army photo by Monica King)

During an interview on April 25, Ross discussed her office’s priorities for change, her work with the task force shaping the new Army Futures Command, and why it’s essential for reformers to “go deep” in diagnosing, treating and perhaps eventually curing what ails the acquisition process.

Heininger: To start off, why did the Army create this position, now within the Office of the Assistant Secretary of the Army for Acquisition, Logistics and Technology (ASA(ALT)), and how does it fit into the larger modernization goals of the Army?

Ross: As you know, two of the secretary of the Army’s top priorities are modernization and reform, which warranted creating a deputy assistant secretary of the Army to spearhead acquisition reform. To place it in ASA(ALT) was the natural place to put it. My role is to operationalize the secretary’s vision, and the way I do that job is by guiding reform initiatives from the early phases—the identification of a problem, the analysis of the issue—through to development of different policy options and alternatives, and then finally through implementation, which includes writing policy, revising regulations and communicating with the field about the change.

Heininger: Identifying a problem that’s ripe for reform can come from different sources—it can be something the Army senses isn’t working, or something written in legislation and Congress has told us, “You have to do this better.” Can you elaborate on that?

Ross: Yes. The need for change—the idea that there is a need for change—comes from a lot of different sources. Oftentimes senior leadership wants to do something. Sometimes it’s external sources, like the legislative branch, asking the executive branch to perform better. Sometimes it’s our own observations from the field indicating that certain programs aren’t working well. And it’s not always problems—sometimes it’s opportunities.

So my focus for this job is threefold. Right now, the Army is undergoing a large restructuring of its enterprise. So, that is one key area. Another focus of mine is that there are many additional improvements that can be made to our system and our processes. The restructuring will go a long way to streamline things, but there are still core acquisition processes and functions that need to be looked at. The third focus is strategies targeted at areas of opportunity and ongoing, vexing challenges. Sometimes it’s not just leadership saying, “Do acquisition better”—sometimes out in the commercial sector there are new ways of doing things that we can pull in.

Sgt. Maj. Ronald Green, sergeant major for I Marine Expeditionary Force, expresses his ideas to representatives of the Department of Defense Military Compensation and Retirement Modernization Commission aboard Camp Pendleton, Calif., March 25. The Commission's goal is to update programs and resources to fit the changing needs of service members.

Sgt. Maj. Ronald Green, sergeant major for I Marine Expeditionary Force, expresses his ideas to representatives of the Department of Defense Military Compensation and Retirement Modernization Commission aboard Camp Pendleton, Calif., March 25. The Commission’s goal is to update programs and resources to fit the changing needs of service members.

Heininger: In terms of the restructuring of the enterprise, how much is this office serving as ASA(ALT)’s conduit for the changes that are taking place with the Army Futures Command and the cross-functional teams?

Ross: It’s hard to talk about what the end state will look like, because it’s an ongoing process and decisions are underway right now with the “Big Four” [the secretary of the Army, chief of staff of the Army, undersecretary of the Army and vice chief of staff of the Army]. I’m working routinely with the Army Futures Command Task Force, led by Lt. Gen. [Edward C.] Cardon, on developing the model of the new acquisition enterprise, which would entail the Futures Command, TRADOC [the U.S. Army Training and Doctrine Command], ASA(ALT), AMC [the U.S. Army Materiel Command] and others. And it truly is a whole new model. It’s a whole new way of doing business, so a lot of work goes into deciphering exactly what parts of the current puzzle will go where. It’s a team effort—there are a lot of people in ASA(ALT) that help with that and are right alongside me as we discuss things with the task force.

Heininger: Once those puzzle pieces do come into place, I would imagine you would have a role in helping to communicate those changes, new steps and new relationships throughout ASA(ALT) and the program executive offices.

Ross: When the Army Futures Command is finalized and [the details about its structure are] communicated, there will still be a lot more work to do. That’s just the first step. There will be a domino effect, where everyone who was touched by that decision will then need to evaluate and perhaps alter their operations, missions, roles and functions. We will also have to look at all the related processes and how a program actually proceeds through the acquisition system, now that there will be a different partner involved. So there will be a lot of work that this office will be doing in putting out policy and revising regulations accordingly—which is also a good time to look carefully at those processes and make sure they are as streamlined and as efficient as possible. That’s what I mean when I say that second focus area is additional process improvements and improvements to the system.

Heininger: It’s good that some of that work is happening pre-emptively, now, before the Futures Command officially stands up.

Ross: There is no interest in doing things slowly, that’s for sure. To do it iteratively, to set up the structure and then determine better processes, [won’t work]. It really needs to be done simultaneously.

Heininger: To switch gears and talk about your background, you spent time working for the Army previously, and as a professional staff member on Capitol Hill. Some of your time working in Congress was spent focusing on these exact issues of acquisition reform across the armed services. How does this issue look different from the outside and the inside to you, and why did you decide to come back now and work within the system to help make it better?

Ross: Several years ago, I started getting more attracted to reform work. My doctorate is in public policy, but a lot of the research had to do with how policy change happens, how the legislative and executive branches work together—the conflict and compromise that happens between those two branches in changing policy. I specialized in military pay and benefits, and used that as a case study. But it’s all the same—you’re studying the theory of how policy change happens.

Professionally, I got hooked on reform while at the Military Compensation and Retirement Modernization Commission, which reported out to the president and Congress on a new system for pay and benefits for the military and its beneficiaries.

That got me interested in really focused reform. I don’t mean just process improvements or policy changes, but actually strong, systematic, fundamental shifts. When I learned that the HASC chairman was standing up a reform team to do just that, it sounded kind of intriguing. They were doing weapons acquisition reform, which was a different application, but it’s the same fundamental work.

[While working for the HASC], I got really involved in a lot of issues like intellectual property, the acquisition of services, and sustainment considerations early in the acquisition of a weapon system. By that point, after having worked reform in a couple of different settings and on a variety of issues, you start to see the trends and the themes, and you start to really specialize in that as a function. So I was approached to come here, to work for the secretariat to do this work, and I was intrigued because, one, I wanted to continue with reform. I really do enjoy it and wanted to specialize in it. And two, I had not yet had the chance to work reform from inside an organization, which is very different. You can be in Congress and you can write a law to push reform onto an organization, but reform is really just a good idea until it’s been implemented. Until it’s been implemented, and implemented well, it won’t achieve meaningful, lasting results. So I wanted to be on the other end of it—where you can drive for reform from within, and have an opportunity to see it through.

Heininger: I know it’s early in your tenure, but do you feel like you’re getting to do that?

Ross: I do, because I feel like this is much more involved. Take a look at just one thing I’m working on, the Futures Command. There’s a lot that goes into redesigning the Army enterprise. The Army Futures Command Task Force is fully engaged in a variety of implementation aspects, and so being able to participate in that is fulfilling.

Heininger: In that vein, this mission seems like a huge undertaking. How do you, with your staff, rank and prioritize what the office does first?

Ross: What you do first is the Futures Command, because that is of critical importance to the Army. It was already underway before I got here, and it’s a fast-moving train, so it’s critical to put that first, to prioritize that, and to make sure that we have the best acquisition system for the Army.

Lt. Gen. Edward C. Cardon leads a roundtable session at AMC headquarters in April 2017. Ross works closely with Cardon and the Army Futures Command Task Force to develop the model of the new modernization enterprise, as well as related processes and policies. (U.S. Army photo by Elizabeth Behring, AMC)

Lt. Gen. Edward Cardon, Director, Office of Business Transformation, and Maj. Gen. Steven Shapiro, Army Materiel Command Deputy Chief of Staff, G-3/4, lead a roundtable session with several Army Materiel Command leaders at AMC Headquarters April 11. (U.S. Army Photo by Elizabeth Behring)

Heininger: What comes next on the list, in terms of priorities?

Ross: There are a few things that we are working on simultaneously, including three that are of interest to [Army Acquisition Executive] Dr. [Bruce D.] Jette, that we’ve put a strong effort into right out of the gate. One is developing an Army policy on intellectual property [IP]. There’s a requirement from Congress to develop a department-wide policy, so the Air Force and the Navy and OSD [the Office of the Secretary of Defense] are all coordinating right now on what the policy would be.

We need a balanced approach, one that meets the needs of both government and industry, because we can no longer expect commercial industry, especially innovative, nontraditional companies, to be responsive to our demand signal if their proprietary data is at risk. And, because the government needs to be able to exercise the option to have access to data it paid to develop.

We want to encourage the program managers to tailor their IP needs and requests based on a variety of factors and considerations—not only the unique characteristics of a weapon system, but also things like what the commercial market bears and what their product-support strategy is for that system. We want them to consider IP much earlier in the process, and we want to promote upfront negotiations, to ensure that both parties are really clear about what they need, what will be delivered, with what markings, when and at what price. And we need to encourage that conversation to happen early. Dr. Jette likes to say that “contracts and lawyers keep friends friends.” So if you negotiate everything in good faith up front, everyone’s on the same page, and there’s going to a be a lot fewer disputes down the road.

The other thing we’re working on is teaming up with the DASA for procurement, Mr. [Stuart A.] Hazlett, on services contracting. There are many service contracting initiatives going on at OSD and at the Army level, and there’s going to be some quick wins. In addition to all that, he and I are looking at ways to do deeper, more significant reforms to address some of the underlying issues and factors in the contracting of services. That is a perfect example of the way I like to work and what this office will be doing. There will always be an interest in immediate successes, and lots of times when senior leaders identify a problem they want a solution quickly, but sometimes you have to dedicate some time to really move the needle.

You have to look at the system holistically and deeply, and you need to assess what the underlying causal factors are and what you can do to address those factors. Otherwise you’re just treating the symptom of the disease.

The third initiative is data-driven decision-making. Dr. Jette is very interested in being able to make smart decisions at the enterprise level, but finds we lack a lot of the data we need to do that. The Department of Defense has a mountain of raw data. But the ability to access it, analyze it and use it for decisions is really limited. Today, if you want some information, if you want to understand something to make a decision, you have to do an old-fashioned data call. So Dr. Jette is very eager to develop some kind of mechanism where he can have access to more data. It’s data transparency, but more than that, it’s actually using the information in a way that enables real decision-making. We’re far behind commercial industry in this. The private sector is able to use big data in a way that’s fascinating.

Rep. Mac Thornberry, R-Texas, speaks with service members deployed to Camp Lemonnier, Djibouti, during a visit in March to the Combined Joint Task Force – Horn of Africa. Thornberry, chairman of the House Armed Services Committee, created a reform team focused on weapon systems acquisition, on which Dr. Ross worked as a professional staff member. (U.S. Air Force photo by Staff Sgt. Timothy Moore, Combined Joint Task Force – Horn of Africa)

Rep. Mac Thornberry, R-Texas, speaks with service members deployed to Camp Lemonnier, Djibouti, during a visit in March to the Combined Joint Task Force – Horn of Africa. Thornberry, chairman of the House Armed Services Committee, created a reform team focused on weapon systems acquisition, on which Dr. Ross worked as a professional staff member. (U.S. Air Force photo by Staff Sgt. Timothy Moore, Combined Joint Task Force – Horn of Africa)

Heininger: That distinction between quick wins and real change seems to be the great value of your office. You have the luxury of time and a dedicated team to look deeply at the system, whereas most acquisition professionals and practitioners have their own goals and missions to meet on a daily basis, so they don’t get around to deep change.

Ross: Exactly. Deep change is different than quick wins. They are both worthy, complementary endeavors and can be done simultaneously. Also, sometimes people want savings, and that can be a very good reason to seek change, but it is not the only reason. I would argue that sometimes the quick and easy solution that might save you some money doesn’t address the real problem. So I commend the secretary for creating this position, because at times like these, when a lot of change is needed and we have a resource-constrained environment and a lot of evolving threats, I think it’s critical that you dedicate the resources to having a person with a small staff whose job it is to look at the system and the processes very carefully, to promote real change.

MS. CLAIRE HEININGER is the strategic communications lead for the Army Rapid Capabilities Office and has written extensively about Army acquisition topics. She holds a B.A. in American studies from the University of Notre Dame and is a former politics and government reporter for The Star-Ledger, New Jersey’s largest newspaper. She is a member of the Army Acquisition Corps.


 

This article will be published in the July – September 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.


Speeding Up Acquisition Awareness

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by Abel Trevino 

Defense Acquisition University (DAU) regularly develops case studies for educational purposes to emphasize acquisition in action. In DAU’s case-study-based curriculum, students spend weeks reviewing case studies that include the Army combat glove, the Navy’s advanced medium-range air-to-air missile, the Air Force F-18 software acquisition and dozens of others. While it often takes months to research and develop these case studies, DAU is also looking at ways to make the process go faster. With support from Ellen M. Lord, undersecretary of defense for acquisition and sustainment, DAU personnel are speeding up the release cycle by collecting acquisition stories and developing micro-case studies in defense innovation as videos and podcasts for immediate use. Turning around the media in a matter of days instead of weeks means members of the defense acquisition workforce can learn what is being used in the field right now instead of last year.

With that in mind, it is fitting that the first of these innovation stories was about Defense Innovation Unit Experimental. Then-Secretary of Defense Ash Carter stood up the unit, commonly referred to as DIUX, in 2015 to quickly provide funding for innovative private-sector technology and get it into the hands of Soldiers in days instead of months and years. One of their recent successes was with the Shield AI mapping drone, a handheld quadcopter that will give troops eyes inside buildings before they rush in.

DIUX Leads the Way with Other Transaction Authority

Lauren Schmidt, pathways director for the program, explained that when contracting this quadcopter with Shield AI, DIUX chose other transaction (OT) authority over a traditional Federal Acquisition Regulation (FAR) route not to circumvent any regulations, but instead to better tailor—and therefore speed up—development of the drone.

“DIUX chose to use OTs because it allows us to work with and reach out to a nontraditional [government contractor] on a fast, flexible and collaborative basis … we can solicit for, negotiate and award these OTs in a very short period of time, often as quickly as 60 to 75 days,” Schmidt said.

OTs are used to support research and development for prototype acquisition from companies that do not usually do business with DOD. Because much of this includes proprietary, cutting-edge technology, other transaction authority prototypes are not awarded through standard contracts and agreements. This provides a legal framework outside FAR with more flexibility to speed up the procurement timeline, particularly when making immediate adjustments to a prototype.

“Because all of the terms and conditions of the OT are negotiable, we can negotiate directly with those companies and design an OT that works best for both parties,” she said. “We can actually sit across from the company and design projects collaboratively together in a much more agile fashion than you can do under a FAR-based contract.”

Other transaction authority may have been the contracting vehicle for the Shield AI quadcopter prototype, but DIUX also reframed the contract to focus on solving the problem instead of generating a list of requirements that would have to be fulfilled.

“The acquisition process is complex,” Schmidt said. “It’s not just contracting, but it’s your overall acquisition model and your requirements. We try and focus not just on better speed to market and better outcomes from contracting through OTs, but also on the requirement side by focusing on problems rather than prescriptive requirements.”

This approach to problem-solving sped up development time by creating a flexible contracting environment that enabled the government to sit down with the developer and make adjustments to prototypes based on warfighter feedback.

“… Because of the flexibilities that OTs and their competitive process provide, we were able to modify the OT quickly in response to that direct warfighter feedback,” Schmidt said. “That gave us a much faster iterative loop of design and allowed us to get a better product that better met the needs of our warfighters on the ground.”

OTs provide a lot of flexibility to tailor contracts outside of traditional FAR regulations, which can make some people hesitant to employ them. However, Schmidt said that this flexibility is more a feature than a risk.

“There’s very little regulation or guidance on how you have to use them, and sometimes that can scare people off,” she said. “You can use the OT statute to design a process that works best for your team, for your mission, for your customers, so use this flexibility to the maximum extent practical. … OTs allow for a lot more flexibility throughout the life of the performance of the OT, not just in the solicitation or award for it. So it allows you to really respond to the needs of the project on the ground and respond to that engineering.”

The full interview with Lauren Schmidt can be found on DAU’s website. Do you have a success story to share? For more information, contact DAU Public Affairs at communications@dau.mil.


This article will be published in the July – September 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.


PEO IEW&S contract planning tool shows the way to successful execution

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Delivering now

PEO IEW&S contract planning tool literally shows the way to successful execution of myriad actions at once.

by Mr. John Higgins

“Deliver now” has become an unofficial motto of the Program Executive Office for Intelligence, Electronic Warfare and Sensors (PEO IEW&S). So what does that mean?

If you’ve heard the phrase “live in the now,” you have an idea. But PEO IEW&S deals with a very specific part of “now”—the now where our warfighters are at risk. In order to keep pace with threats from the intensely detail-oriented vantage point of contracting, the PEO headquarters’ Contract Planning Division has implemented several tools to help program managers (PMs) understand and plan for their current and future contract needs. The most far-reaching of these tools—one that informs all the others—is the Contract Management Review Board, which brings a more proactive focus on procurement action lead time and allows for timely contract awards to prevent gaps in delivering essential requirements to the warfighter.

To a great extent, this approach bears the influence of Maj. Gen. Kirk F. Vollmecke, program executive officer since April 2016, who has held a variety of leadership positions in theater and stateside in which he was responsible for ensuring that contracts delivered as promised. Before coming to PEO IEW&S, Vollmecke was deputy commanding general for the Combined Security Transition Command – Afghanistan, overseeing the security assistance program for the Afghan National Security Forces . He has also served as the commanding general of the U.S. Army Mission and Installation Contracting Command and deputy to the deputy assistant secretary of the Army for procurement, so he appreciates timely and accurate contracting.

“Vollmecke knows it is important, as he has seen death in wartime efforts because PWSs [performance work statements] weren’t written correctly,” said Mardel Wojciechowski, chief of the Contract Planning Division. “He takes that to heart. He lived it. That is why we take the time to technically write our PWSs to be cogent and succinct and hold the contractors accountable.”

MAPPING THE PATH

To that end, under Vollmecke’s guidance, the team created the Contract Management Review Board. It’s a kind of virtual whiteboard, where all the stakeholders have access to a living document on a network. “It’s very visual, so even if someone doesn’t know contracting, they can look at that flowchart and understand where the PM is with that program and that contract action,” said Wojciechowski. “Users can see when it’s due to award, when the follow-on is due, if there’s an option to be exercised, and determine if they’re going to need any type of extension.”

The board facilitates interaction among the various offices involved in a contract. It allows the requiring activity, such as a PM, a PEO or the U.S. Army Contracting Command, along with legal staff and the competition advocate, to get involved early and buy in to a timeline, said Kim Nugent, an acquisition management specialist on the contract planning team. “Bad news does not get better with time,” Nugent noted. That oft-heard saying is one reason the board exists; it brings any issues to the surface so that all parties can facilitate a solution, she said.

The Contract Management Review Board is updated quarterly. The charts are prepared by the PMs and presented in person to the deputy PEO at least twice a year, sometimes more. Who puts the board together is handled on a case-by-case basis at each PM. Typically the O-5 staff will complete the charts for their products, and the O-6 staff will consolidate them into one submission for each PM.

The board “also shows the progress of the documents that comprise an [acquisition requirements package] and can be the first indicator that a contract award will slip if not prepared in a timely manner,” said Nugent.

This screenshot from the Contract Management Review Board, with contract specifics removed, represents a product or project manager’s current and projected contracts for a five-year period. The five-year period was chosen to allow users to ensure proper transitions between periods of performance by tracking when contracts are due to expire and planning for follow-on acquisition requirement packages. The system is updated in real time so that users track the most accurate information. The dotted red line on the left marks the current date, and the key in the bottom left corner identifies which contracts have been awarded and which are in the planning stages. The down arrow at the beginning of FY19 indicates the date that the first effort is scheduled to transition to the next project award below. (Image by Justin Rakowski, PEO IEW&S)

This screenshot from the Contract Management Review Board, with contract specifics removed, represents a product or project manager’s current and projected contracts for a five-year period. The five-year period was chosen to allow users to ensure proper transitions between periods of performance by tracking when contracts are due to expire and planning for follow-on acquisition requirement packages. The system is updated in real time so that users track the most accurate information. The dotted red line on the left marks the current date, and the key in the bottom left corner identifies which contracts have been awarded and which are in the planning stages. The down arrow at the beginning of FY19 indicates the date that the first effort is scheduled to transition to the next project award below. (Image by Justin Rakowski, PEO IEW&S)

TRIMMING THE FAT

The success of this new tool is clearly measurable. “One thing that we’ve noticed is a reduction in bridge contracts,” that is, contracts that extend lead or funding time for a certain product’s development, said Jesse LeFever, a procurement coordinator on Wojciechowski’s team. “That’s helpful not only to us but also to the PMs, because we’re all doing less duplication of work.” The number of bridge contracts decreased from 37 in FY15 to only four in FY18. Additionally, reducing time spent on the bridge actions gives PMs more time to focus on high-quality follow-on acquisition requirements packages.

In preparing charts for the board, the PM must pay special attention to procurement action lead time, which is a general outline of the required time to award a contract from start to finish, including three major milestones along the way. Phase I is the period between establishment of contract by the integrated product team and draft acquisition requirements package approval. Phase II is the period between draft acquisition requirements package approval and request for proposal (RFP) release; Phase III is the number of days from RFP release to contract award.

Further, the team has seen value in making five-year contracts the standard as much as possible.

“It’s very important because the [procurement action lead time] to put a new contract package together is a two-year period,” said LeFever. “So if the PM awards a three-year contract, there is only a one-year gap before you are starting over. By doing five- to 10-year contracts, you’re not just doing the churn constantly.

“Before, if you had a current contract that’s going to end in, let’s say, March, and your new contract isn’t going to be awarded in time, not only are you creating all the documentation for the new contract, you would also have to create additional, separate documentation to extend the current efforts in order to be able to meet your requirements,” LeFever said.

Dr. Bruce D. Jette, right, was confirmed by the United States Senate as the Assistant Secretary of the Army for Acquisition, Logistics and Technology (ASA(ALT)) on December 20, 2017, and sworn into office on January 2, 2018. In this position, he serves as the Army Acquisition Executive, the Senior Procurement Executive, the Science Advisor to the Secretary of the Army, and the Army’s Senior Research and Development official. He also has principal responsibility for all Department of the Army matters related to logistics. On Jan. 31, 2018, Jette took a quick tour of Program Executive office Intelligence, Electronic Warfare & Sensors, giving personnel his concepts of what Acquisition does well, what it can do better and what it might need to do in the future. He gave a coin to Kim Nugent, left, an Acquisition Management specialist for Program Manager Terrestrial Sensors, for her achievements in contracting and streamlining processes. Mardel Wojciechowski, center, the Contract Planning Division Chief, saw to it that Kim was given a coin by the ASA ALT. (U.S. Army Photo/John Higgins)

CONCLUSION

The board “allows the PM to see a pictorial view of contract coverage over a five-year period.” said Nugent. “In addition, it shows major inch-stones, which act as leading indicators to timely contract award.” Those inch-stones—so named because they are necessary steps between milestones—bring clarity to a highly complex process, allowing even nonexperts to see the bigger picture. Everyone’s “piece” of a contract process is more clearly laid out before them, making it easy to see where they fit in the bigger picture. And the bigger picture is how a PEO must plan.

“The PEO has tried to instill and empower the PMs to think long-term, plan far ahead,” said Wojciechowski. “He said, ‘I know that you don’t think you should plan today because you don’t have the money. That’s not the concept. The concept is to plan before you have the money, so that you’re prepared and postured to execute those dollars on a contract vehicle to support that mission when it’s time and keep pace with the threat.’ ”

This means focusing contract planning not only on current needs but also future needs and requirements, so that they deliver “now” even when the “now” changes.

For more information, go to the PEO IEW&S website.

JOHN HIGGINS is a public affairs writer for PEO IEW&S. He is an Iraq War veteran and former public affairs Soldier. He holds a B.A. in film production from Towson University.


This article will be published in the July – September 2018 issue of Army AL&T magazine.

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War game introduces early synthetic prototyping, which enables the Army to explore thousands more ideas than what is possible today

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Game. Mission set. Overmatch.

War game introduces early synthetic prototyping, which enables the Army to explore thousands more ideas than what is possible today before acquiring new capabilities.

by Dr. Robert E. Smith and Maj. J. Peter Barnhart

A group of cadets has some rare downtime, and they log into their favorite war-themed video game. The team has to capture a watch-list terrorist in a 40-story high-rise building in Mumbai, India. It’s rainy season in the game, meaning that sometimes the streets flood en route from the edge of town.

After everyone logs in, the team receives a virtual budget and must first choose its base vehicle from three options:

  • A tracked vehicle that can carry heavy armor and drive over obstacles.
  • A light wheeled combat vehicle that’s maneuverable but has limits on armor and weapons.
  • A self-driving taxi appropriated by the cyberwar team that will blend in with the locals but has limited exportable power and can be only slightly up-armored.

This team opts for the hacked taxi. Next, players move to the virtual garage to kit out their vehicle using their remaining virtual cash. The cadets decide against adding armor to their already slow taxi and instead choose soft exoskeletons to wear when they dismount. Soft exoskeletons use belts and small motors to augment the operators’ own movements, and will let them ascend stairs effortlessly. They know from past attempts and from watching replays of the best games on the leaderboard that the full-up exoskeleton, which can knock down doors and provide lots of armor, runs out of power running up a stairwell around the 14th floor. They’ve also learned that a small drone swarm can send back situational awareness floor by floor as they ascend. So they spend their last cash on the swarm launcher. Still, the enemy will create surprises, as the opposing force is played by another group of Soldiers.

Members of the team aren’t in the same room or even the same physical location, but they feel like they are as they don their headsets and take friendly jabs at each other. The future video game the cadets are playing isn’t “Call of Duty,” but rather the Army acquisition-focused game “Operation Overmatch,” which is the first product in a larger program called early synthetic prototyping (ESP). ESP is a collaborative effort of the U.S. Army Training and Doctrine Command’s (TRADOC) Army Capabilities Integration Center and scientists from the U.S. Army Research, Engineering and Development Command (RDECOM). Operation Overmatch may provide a level of entertainment, but its main goal is to prove out technologies before the Army spends development dollars.

ESP enables the exploration of thousands more ideas than what is possible with physical experimentation done today. The scenario above isn’t yet feasible, as Operation Overmatch is still developmental and in beta testing, but the initial release should go live in 2019. Developmental vignettes in 2018 will focus on the Squad Multipurpose Equipment Transport and Next Generation Combat Vehicle concepts.

KEEPING PACE WITH TECHNOLOGY

While the new Futures Command hopes to streamline bureaucracy, and legislative changes may unshackle program offices, the Army still will not be able to keep pace with commercial technology development cycles. Our military has been driven by technological overmatch for 100-plus years, and suddenly commercial military-relevant technologies are available on the global market. In fact, commercial research budgets in robotics and artificial intelligence far exceed DOD’s. That means the future Army must focus on time-domain overmatch—ingesting and fielding technology much faster while simultaneously learning to employ technologies on the battlefield more effectively than our adversaries.

The ingestion of new technologies requires a lot of experimentation, and ESP will allow the Army to tap into the creativity of thousands of Soldiers. As a persistent crowd-sourced game network focused on acquisition, ESP allows Soldiers to explore the trade space for performance requirements, force structure and tactics.

Pure technology “widgets” are easy for an adversary to duplicate. The hardest thing for adversaries to duplicate is the integration of advanced technologies with skilled Soldiers and well-trained teams.

ESP is not a simply a matter of writing a new video game, as nothing exists for the Army that Soldiers might play anywhere and that logs every event, communication and entity position in the game. There is also a lot of challenging research to do on how to rapidly insert new concepts into the game, integrate realistic physics and turn millions of hours of game play into data useful to decision-makers.

[Same as for ESP screenshot 01.png]

The Dauntless, a blue force tank concept, teams with an unmanned Valliant vehicle in a face-off against two Czervenian Kodiak tanks. (Photo courtesy of Army Game Studio)

MISSION-MOTIVATED

Operation Overmatch, the first ESP product, is a first-person shooter game focused on small unit operations. The hope for ESP is to tap the fact that Soldiers already spend a lot of time playing video games and seem especially willing to play something that helps design the future of their Army. Survey data from an ESP pilot study at Fort Bliss, Texas, indicates a potential of a million hours of game play a month in off-duty time. The Fort Bliss test found that more than 87 percent of Soldiers played video games, and that 50 percent of Soldiers played more than 10 hours of video games per week.

Operation Overmatch is collecting all telemetry (player positions and events) and the players’ technology selections. The eventual 12 million hours of data per year will require machine learning and big data techniques to analyze and derive useful data on tactics and performance.

In the alpha version of ESP, Soldiers play eight versus eight against other Soldiers, fighting advanced enemies with emerging capabilities in realistic scenarios. Players will soon be able to experiment with weapons, vehicles, tactics and team organization.

Presently there are no dismounted Soldiers in the game; they will be added over the next year along with other new features. The game currently provides a discussion area so that innovative ideas might spawn even more ideas.

The way the early synthetic prototyping process might work within acquisition is as follows:

  • First, concept and capability developers, as well as scientists and engineers from across the Army, suggest various theses on force employment, force design and materiel capabilities. RDECOM engineers then model ideas in the game environment with an appropriate amount of physics rigor. The engineers, in turn, work with TRADOC to create scenarios that address what the Army wants to learn. For example, the Army may want to explore how best to equip and employ future platoons in an airfield seizure against a near-peer threat.
  • Next, the game is distributed to Soldiers across the Army via Steam, a widely used platform for the delivery of digital games. Steam handles digital rights management, installation and automatic updating of games. Players can learn how to use and modify the equipment in single-player missions before engaging in multiplayer scenarios. Some Soldiers will play as an opposing force using emerging threat platforms, and some will play as U.S. warfighters.
  • Following each scenario, the players can provide feedback about what they liked or disliked and make recommendations. Additionally, the game server collects game data for analysis. This process is intended to repeat continuously with changing equipment, scenarios, organization, goals, rules and objectives.

Acquisition Systems Engineering

ESP provides an immersive, high-bandwidth communications tool for engineers and Soldiers to co-create solutions within a digital operational assessment loop. It will provide measured effectiveness data to decision-makers. To enforce realism, engineers create high-fidelity, computer-aided engineering simulations that are turned into performance tables to allow realistic physics during game play.

Scenarios are simultaneously developed over a given mission set. Players use a design mode to construct a unit or platform (a vehicle, in this case) that they believe will best achieve the mission. Virtual budget constraints ensure that Soldiers do not simply pick the most high-tech solution.

ESP should help inform trade space tools such as the Army’s Whole System Trades Analysis Tool and the Marine Corps’ Framework for Assessing Cost and Technology. ESP warfighting data will enable data-centric rank ordering of performance requirements instead of relying on subject matter experts’ opinions. The game data collected from teams trying various technology combinations over multiple missions can be used to measure the mission success of requirement X versus requirement Y. A mathematical tactical utility metric may be newly defined as probability of mission success ÷ total burden.

Conclusion

ESP is poised to help DOD achieve an enduring time-domain overmatch even if U.S. adversaries achieve technical parity in fighting technologies. ESP provides a rapid digital assessment framework to measure progress toward mission accomplishment through test and evaluation in an operational context. For future robotic systems, ESP will help train superior artificial intelligence behaviors and optimize their integration into the force.

ESP should greatly boost DOD’s ability to ingest technologies from anywhere and figure out how to use them in the fight. The Army then can rapidly turn the technologies over to Soldiers who are readily able to employ them on an evolving battlefield. ESP is not a simple matter of writing another video game, however. There are many challenging research questions, many unfunded, that the Army is trying to address.

For more information, go to http://www.operationovermatch.com or contact the authors at robert.e.smith1699.civ@mail.mil and james.p.barnhart.mil@mail.mil.

ROBERT E. SMITH is a research engineer in the U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC), Detroit Arsenal, Michigan. He works in the Modeling and Simulation Group (Analytics) and has 20 years of experience in computer-aided engineering. His career includes experience at Ford Motor Co., Whirlpool Corp. and General Dynamics Land Systems. He holds a Ph.D., an M.S. and a B.S. in mechanical engineering from Michigan Technological University. His research interests include big data, machine learning, signature management, computational heat transfer and innovation in design and engineering. He is Level III certified in engineering and is a member of the Army Acquisition Corps.

MAJ. J. PETER BARNHART is the project lead for ESP at the Army Capabilities Integration Center, Joint Base Langley-Eustis, and Virginia. Commissioned an armor officer in 1998, he served as a cavalry officer, commanding Soldiers in Operations Iraqi Freedom and Enduring Freedom, before becoming an FA57, simulation operations officer. Since then, he has served as a models and simulations planner at the Joint Multinational Simulation Center in Grafenwoehr, Germany, and as a chief knowledge officer with the 25th Infantry Division. He is a graduate of the Armor Officer Basic Course, Maneuver Captain’s Career Course and U.S. Army Command and General Staff College. He holds an M.S. in information technology from the University of Maryland University College and a B.A. in anthropology from the University of Guam. His current research interests include evolutionary anthropology with respect to the peopling of the Earth, game theory and evolutionary process, systems analysis and design methodology, systems biology and cyber defensive tools. He is a member of the Office of Circumlocution on milSuite.


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Finding acquisition skills in unexpected places

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COMMAND/ORGANIZATION: Medical Communications for Combat Casualty Care Product Management Office, Program Executive Office for Enterprise Information Systems
POSITION AND OFFICIAL TITLE: Assistant product manager
YEARS OF SERVICE IN WORKFORCE: 12.5
DAWIA CERTIFICATIONS: Level III in program management and in engineering; Level I in test and evaluation
EDUCATION: MBA with specialties in finance, public management and human resources management, Hood College; Graduate Certificate of Science in marine biology, James Cook University; B.S. in computer engineering, Georgia Institute of Technology; Project Management Professional certification
AWARDS: Commander’s Award for Civilian Service (3); Achievement Medal for Civilian Service (3); Army Medicine Wolf Pack Award


 

by Ms. Susan l. Follett

Cat herder, line dancer, program manager. Rarely are those six words in one phrase of any kind, but for Scott Brady, they form the core of his approach to supporting the Theater Medical Information Program – Joint (TMIP-J) for the Program Executive Office for Enterprise Information Systems (PEO EIS).

As assistant program manager for TMIP-J, which is part of the Medical Communications for Combat Casualty Care Product Management Office, he’s helping to oversee the materiel release and fielding of the last planned version of the legacy electronic health record for operational medicine. In addition, he manages integrated product teams (IPTs) from a variety of specialties, organizations and locations, provides overall program direction and briefs the milestone decision authority on progress.

“As an IPT lead, I herd cats,” he said. “Cats are patient and smart. But they are easily distracted and do not automatically coordinate efforts effectively. They’re also the scientists of the animal kingdom, periodically pushing items off the counter for no other reason than to verify that gravity is still a thing.”

Brady’s role is to provide direction and focus. “When a cat gets distracted, I attempt to determine if the string that one cat is focused on is a string that we all should be pulling, or if their efforts should be redirected. As an IPT lead, I’m also looking externally to determine if the environment has changed enough that it makes sense that we should do another gravity check, or if that test is simply a waste of resources.”

Brady got his start in acquisition nearly 13 years ago, when he was hired as a logistics engineer for the U.S. Army Medical Materiel Agency (USAMMA). “The more I know about the government’s hiring process, the less I understand how I landed my first job,” he said. After running out of funding while pursuing a master’s degree in marine biology in Australia, Brady decided to pursue a career that would leverage his undergraduate engineering degree. An online search led him to USAMMA. The work—organizing environmental tests for medical equipment and ensuring that the correct items were included in the startup kits for major medical end items so deployed units could use the devices immediately on the battlefield—was not what he expected. “I had an engineering degree and wanted to work more on engineering than in logistics, but I decided to give it a year before looking to leave,” he said.

Brady, right, and Skip Boston, chief systems engineer for the Medical Communications for Combat Casualty Care (MC4) Product Management Office, at the U.S. Army clinic on the Kuwait Naval Base in January, during the initial fielding of TMIP-J 2.3.1.3. (Clinic information was removed from the board for security reasons.) TMIP-J manages the electronic health records used by military medical personnel in operational environments. (Photo by Michael McAllister, MC4 Product Management Office)

Brady, right, and Skip Boston, chief systems engineer for the Medical Communications for Combat Casualty Care (MC4) Product Management Office, at the U.S. Army clinic on the Kuwait Naval Base in January, during the initial fielding of TMIP-J 2.3.1.3. (Clinic information was removed from the board for security reasons.) TMIP-J manages the electronic health records used by military medical personnel in operational environments. (Photo by Michael McAllister, MC4 Product Management Office)

During that year, the biomedical engineer on the team left and Brady unofficially took over those duties, working with companies on modifying commercial off-the-shelf items for a deployed environment. “It still wasn’t what I would consider true engineering work, but I enjoyed it,” he said. Not long after, USAMMA became a life cycle manager for medical devices after a reorganization of the U.S. Army Medical Research and Materiel Command. Brady officially transitioned to a biomedical engineer position and began managing acquisition programs through milestones B and C, full-rate production, deployment and sustainment. “I found that work challenging and rewarding,” he said.

When he’s not at work, Brady is involved in a variety of activities, including line dancing, strategy board games and scuba diving. It’s an eclectic mix, and there’s considerable crossover to his work for PEO EIS. “Having varied interests and being able to rapidly switch between them helps with managing an IPT, because there are so many moving pieces and you can’t just focus on one aspect and expect to be successful,” he explained.

Take line dancing, for example. “With line dancing, there are specific choreographed steps for each dance. Like DOD Instruction 5000.02, those steps provide the framework for accomplishing the task and also allow for some variation,” he said. “Maybe a dance calls for a grapevine to the left, but a turning grapevine might also work. But there may be someone to my left who’s not quite keeping up. Should I continue the grapevine to the left and run into the other person, or should I just walk in place so as to not cause a collision?”

And those board games? “Both acquisition and strategy games have many moving pieces, and the better you can keep track of all of the different aspects of what’s going on and change your strategy to adapt to changing conditions, the better your likelihood of being successful,” Brady said.

Earlier this year, Brady completed the Competitive Development Group (CDG), a three-year developmental program that provides members of the Army Acquisition Workforce with expanded training through educational, leader development and broadening assignments. Through the program, he’s seen a broad swath of acquisition, transitioning from managing the acquisition of medical devices to managing the development of chemical defense pharmaceuticals to treat nerve agent poisoning, then serving as a DA system coordinator for the Integrated Air and Missile Defense Battle Command System before taking on his current role at PEO EIS.

“The CDG program reinforced—for me and others I worked with—that acquisition is acquisition, and the same skill set is required whether you’re managing a missile system, an information technology system or the development of a new medical device,” Brady said. For him, acquisition boils down to three things: Know your people, know your product, and know DOD 5000.02.

“Whether it’s a successful milestone review, getting buy-in from the Food and Drug Administration or securing POM [program objective memorandum] funding for a program that was below the cut line, getting a team to succeed in its mission is extremely satisfying,” he said. “Celebrating small successes along the way to providing a capability to the warfighter makes being an Army acquisition professional meaningful.”


“Faces of the Force” is an online series highlighting members of the Army Acquisition Workforce through the power of individual stories. Profiles are produced by the U.S. Army Acquisition Support Center Communication and Support Branch, working closely with public affairs officers to feature Soldiers and civilians serving in various AL&T disciplines. For more information, or to nominate someone, please contact 703-664-5635.

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Innovation in the Army needs to come from the top down and the ground up

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Culture as an offset

Innovation in the Army needs to come from the top down and the ground up, and Soldiers at all levels need freedom, time and equipment to make it happen.

by Col. John P. Cogbill

Maintaining overmatch against any and all potential adversaries—known as an offset strategy—places a premium on new, potentially disruptive technologies. However, technology alone will not maintain the offset. An effective and enduring offset will require a culture of innovation that enables critical thinking and the application of the myriad emerging military and commercial technologies to address the full spectrum of national security challenges that exist in an increasingly hostile and complex world.

In these times, the Army has an opportunity to look to Silicon Valley—where startups vie for position in a do-or-die environment—not just for emerging technologies, but for the organizational culture of innovation that allows entrepreneurs to flourish and ideas to become realities.

WHAT IS INNOVATION?

Innovation is a critical component of the offset strategy, but the word is used so often today that it risks losing meaning. The U.S. Army Operating Concept, published by the U.S. Army Training and Doctrine Command (TRADOC), defines innovation as “the result of critical and creative thinking” and “the conversion of new ideas into valued outcomes.” Innovation can be incremental and continuous, as an adaptation of an existing idea or technology; or it can be, as serial entrepreneur Steve Blank labeled it, disruptive in a way that turns the status quo on its head and creates a new paradigm in a market or field of study.

Col. John Cogbill conducts physical training with Brig. Gen. K.

Col. John Cogbill conducts physical training with Brig. Gen. K. Todd Royar, the 101st Airborne Division Deputy Commanding General, Support, and officers of the 3rd Brigade Combat Team. (U.S. Army Photo by Staff Sgt. Cody Harding).

WHY INNOVATION MATTERS

Historically, the culture inside the Army was the antithesis of the creative, collaborative, meritocratic and risk-taking culture of Silicon Valley startups. Creativity is essential to achieving a culture of innovation. In the past, the Army has not placed a premium on creativity, nor has it created an environment for it to thrive. According to Milan Vego, a professor of operations at the U.S. Naval War College, the main impediments to military creativity are the “military’s inherent hierarchical command structure—and authoritarian and bureaucratized system—and its thinking, which is exemplified by conformity, group-think, parochialism, dogmatism, intolerance, and anti-intellectualism.”

Although the Army previously had creative leaders or episodic moments of tactical, operational or strategic brilliance, it will not be able to bring those discrete moments of creative genius to scale in a way that will allow the Army to guarantee U.S. competitive advantage on future battlefields unless it can address the obstacles that inhibit a culture of innovation.

CORPORATE ENTREPRENEURSHIP MODELS

Just as the Army Operating Concept addresses strategic, operational and tactical levels of war, so, too, must the models for creating a culture of innovation in the Army. The Army is not a monolithic institution, and a standardized solution to organizational culture challenges will not work. Different models for cultural change exist for organizations of varying size, specialization and scope.

Col. John Cogbill pins the coveted Air Assault Badge on Capt.

Col. John Cogbill pins the coveted Air Assault Badge on Capt. John Bergman, from 1st Battalion, 187th Infantry Regiment. Capt. John Bergman was the Honor Graduate and Ruck March Champion of his Air Assault School Class, on Fort Campbell, KY. (U.S. Army Photo by Staff Sgt. Cody Harding – taken April 10, 2018).

STRATEGIC LEVEL

In many organizations, change starts at the top. It most certainly cannot survive without the promotion, and protection, of top management. At the strategic level, the Army can set the tone and create conditions to inspire innovation throughout the rest of the organization. That said, senior Army leaders must avoid efforts to control the pace or direction of innovation within this complex and uncertain operating environment. Just as governments have learned the power of Adam Smith’s “invisible hand” in coordinating economic activity in free markets and the perils of command-and-control economies, the Army should take a similar approach in creating conditions for innovation by allowing individuals to maximize their utility, or that of their teams, by having the freedom to make decisions in a market that is both informed and unrestrained.

To successfully use this enabler model, senior management must clearly state the corporate entrepreneurial objective. As stated in the Army Operating Concept, the objective for the Army is to create a culture of innovation that “drives the development of new tools or methods that permit Army forces to anticipate future demands, stay ahead of determined enemies, and accomplish the mission.” With that objective in mind, the Army must capitalize on innovative initiatives within subordinate units and reinforce success until innovative excellence becomes a hallmark throughout the Army at all levels.

Strategic Action Plan:

Incentivize. During the past decade, there has been a modest increase in the number of thought-provoking and creativity-inspiring broadening opportunities within institutional (non-U.S. Army Forces Command (FORSCOM)) Army organizations. However, these opportunities are often not pursued by the Army’s top performers because of the high opportunity costs associated with time away from “muddy boots” assignments. According to the “Fashion Tips for the Field Grade” study by Dr. Leonard Wong of the U.S. Army War College Strategic Studies Institute, the percentage of officers selected for brigadier general who had also attended full-time graduate school dropped from 31 percent in 1995 to 8 percent in 2005. Until education and broadening assignments demonstrate real and visible advantages for career progression, and are valued as reinforcing or supplementing time spent in tactical units, the Army will have a hard time attracting the most talented service members to these programs.

Educate. TRADOC can advance an entrepreneurial culture by adding Lean Startup techniques and Army Design Methodology—an effort focused on improving the critical and creative thinking abilities of leaders and teams to understand and solve problems—to the current professional military education curriculum for all ranks. Internalizing these techniques helps minimize the need for bureaucratic controls, destroy barriers between compartmented hierarchies, and connect senior managers with consumers and customers to accurately identify problems and rapidly develop innovative solutions through an iterative process of experimentation and validated learning. This foundational education should be coupled with a purposeful increase in opportunities for Advanced Civil Schooling and Training with Industry for officers and noncommissioned officers (NCOs), to maximize the military’s exposure to a diversity of ideas while simultaneously increasing opportunities to better connect society to an all-volunteer Army that’s increasingly isolated from it. To permanently affect the Army culture, the same educational opportunities and training events must be afforded to the Army civilian workforce, those long-term civil servants who provide continuity, institutional memory—and sometimes inertia—within the institutional Army.

Proliferate. TRADOC must create a digital forum to share ideas among communities of interest, to create synergistic effects between Soldiers, units and installations and to eliminate redundancy of effort. TRADOC has created military “wiki-like” websites to increase shared consciousness through online Army Warfighting Challenges discussion groups. However, most Soldiers outside TRADOC do not know these sites exist and will never access these forums. Idea-sharing portals must become marketplaces for ideas, reinforced with senior leader participation, that showcase innovative solutions to capability shortfalls.

OPERATIONAL LEVEL

Creating cultural change at the operational level requires a slightly different approach. Brigades, divisions and corps serve as the hierarchical connection between strategic guidance and the day-to-day business of manning, equipping and training tactical units. As the name implies, leaders at this level are intensely focused on operational matters and do not have the luxury of focusing exclusively on innovation, nor can they create new organizations or funding sources to pursue internal innovation initiatives.

In his book “Accelerate: Building Strategic Agility for a Faster-Moving World,” author John P. Kotter advocates for a dual-operating system comprising diffuse networks working in a symbiotic relationship with the traditional management hierarchies. These networks are staffed with volunteers from existing business divisions (the Army equivalents to battalions, brigades and divisions), and are charged with finding innovative solutions to the organization’s most challenging problems. This approach allows traditional hierarchy elements to remain unencumbered in managing routine operations in the most efficient manner. These ad hoc, agile networks are grass-roots movements, manned with true believers rallying around a guiding coalition that has articulated a sense of urgency, actively seeking innovative opportunities—even while circumventing institutional barriers—to achieve quick wins. The deliberate accumulation of these victories eventually builds momentum toward the long-term innovation objective and leads to the desired institutional change without undermining or threatening management hierarchies.

Operational Action Plan:

Resource. A common complaint among Soldiers and leaders is the tyranny of the training schedule. Acknowledging the importance of setting aside time to think, Google implemented a policy that encourages employees to spend 20 percent of their time at work on a personal project about which they feel passionate. This protected time has led the company toward new technologies and new markets that the senior managers would have never anticipated. The Army should adopt a similar approach. “Thinking Thursdays” would be the new take on “Sergeant’s Time,” providing small unit leaders the flexibility to work on their most important problems or develop solutions to battalion, brigade or division priorities. The opportunity to prototype and experiment should be further developed by setting aside resources for this purpose. Brigades might establish collaboration spaces, complete with dry erase boards, post-it notes, movable furniture, computer workstations and basic prototyping materials, to encourage teams to experiment and display ideas and innovations. Installations could build fabrication laboratories, including 3D printers and basic machining equipment, where Soldiers might build more advanced prototypes to take to the field to test.

Challenge. Division commanders should challenge units to enter their most innovative ideas in installation-level competitions (or hackathons) to crowdsource ideas and develop rapid prototypes to solve challenging problems. Winners of corps-level innovation challenges could present their ideas during quarterly competitive symposiums involving entrepreneurs and academics from surrounding communities. This interaction would give credibility to the process, raise industry awareness of important DOD problems, and give Soldiers valuable experience communicating their ideas and skill sets to civilians who might later be future employers.

Experiment. The Army can increase its capacity for testing and experimentation by welcoming (or directing) new experiments by FORSCOM units at the battalion or brigade level. TRADOC should leverage the agility of brigade combat teams and divisions, incorporating them into the experimentation enterprise. This expansion would drastically increase the Army’s experimentation capacity and have the added benefit of making operational headquarters the champions of the new capabilities instead of program managers and requirements writers. Using FORSCOM units to experiment, instead of TRADOC units whose sole purpose is conducting testing and experimentation, will result in better user feedback because the interests of the unit are more aligned with the programs or concepts being tested.

Reward. Innovation is primarily a human endeavor. Leaders, especially at the operational level, must reward innovation in their formations. Commanders can offer coins, certificates, time off based on performance, or public recognition in formations to Soldiers who make meaningful contributions during “Thinking Thursdays” and competitive innovation challenges. Soldiers who see the fruits of their labor will recognize the importance of contributing to the innovation process and be more likely to proactively participate in the process.

Col. John Cogbill and Jeff Monken, the coach of the Army 'Black Knights' football team, talk with Rakkasan leaders at the BUSHIDO training event about leadership, teamwork, and winning in the face of adversity. The BUSHIDO training event was conducted at Camp Buckner and the United States Military Academy at West Point, NY, and served as an innovative training exercise to build readiness and resilience throughout all of 3rd BCT’s Command Teams. (U.S. Army Photo by Staff Sgt. Cody Harding - taken on April 17, 2018).

Col. John Cogbill and Jeff Monken, the coach of the Army ‘Black Knights’ football team, talk with Rakkasan leaders at the BUSHIDO training event about leadership, teamwork, and winning in the face of adversity. The BUSHIDO training event was conducted at Camp Buckner and the United States Military Academy at West Point, NY, and served as an innovative training exercise to build readiness and resilience throughout all of 3rd BCT’s Command Teams. (U.S. Army Photo by Staff Sgt. Cody Harding – taken on April 17, 2018).

TACTICAL LEVEL

Creating a culture of innovation must also happen at the tactical level. Innovation is not the exclusive purview of general staffs or the Army’s officer corps. Too often, the Army isolates creativity and deep thinking exclusively to senior officers. To harness the entirety of its corporate intellect, the Army must exploit the inherent creativity and ingenuity inside tactical formations. The small teams within the Army (squads, platoons and companies) most closely resemble, in size and demographics, many early-stage ventures in Silicon Valley—startups that are raising billions of dollars in venture capital every day because of their disruptively innovative solutions to some of society’s most pressing problems. Empowering squads, platoons and companies with Lean Startup methodologies for prototyping new equipment or reimagining small unit training will vastly increase the number of ideas generated and concepts validated, or dismissed, at the lowest echelons, with successful approaches gradually making their way through the Army’s middle management and up to senior decision-makers and resources.

Tactical action plan:

Identify. To identify appropriate talent to support innovation, the Army must be more scientific in its approach. Commanders could administer simple personality tests to see which Soldiers, NCOs and officers most strongly demonstrate characteristics of creativity and collaboration. These Soldiers might volunteer or be handpicked to compete in unit hackathons or work on specific projects as a special duty assignment or additional duty. These innovative Soldiers are likely the best candidates for advanced educational opportunities.

Focus. While the future of warfare is unknowable, creative leaders can use multiple media sources, such as forward-looking movies or books like “Starship Troopers,” “Ender’s Game” and “Ghost Fleet” to help Soldiers visualize the nature of, and their potential roles in, future warfare. Military professionals have consistently advocated the study of military history as essential to building learning organizations. Looking to the future is equally important to help Soldiers conceptualize future threats and potential problems that can be addressed with innovative solutions.

Train. Education and inspiration alone will not win wars. The Army must continually train Soldiers so that the ability to solve complex problems and take necessary action in combat becomes second nature. Broader implementation of the Asymmetric Warfare Group’s Adaptive Soldier Leader Training Education at the tactical level can reinforce classroom instruction with hands-on training and practical examples of adaptive thinking and problem-solving from academia and industry.

Col. John Cogbill (right) and Brig. Gen. K. Todd Royar, the 101st Airborne Division Deputy Commanding General, Support, discuss 3BCT training inside the 3BCT Tactical Operations Center (TOC). The TOC is the location where the 3BCT Headquarters and Staff conduct battle tracking and mission planning when deployed during training events and tactical operations. (U.S. Army Photo by Staff Sgt. Cody Harding - taken May 10, 2018).

Col. John Cogbill (right) and Brig. Gen. K. Todd Royar, the 101st Airborne Division Deputy Commanding General, Support, discuss 3BCT training inside the 3BCT Tactical Operations Center (TOC). The TOC is the location where the 3BCT Headquarters and Staff conduct battle tracking and mission planning when deployed during training events and tactical operations. (U.S. Army Photo by Staff Sgt. Cody Harding – taken May 10, 2018).

CONCLUSION

The character of warfare has never been more complex, more unpredictable or more influenced by the exponentially increasing velocity of technological change or the diffusion of dual-use technologies and asymmetric adaptations to U.S. military superiority.

While the stakes are too high for DOD to outsource innovation to the dreamers and engineers in Silicon Valley, it can import the Silicon Valley culture of innovation. To create a culture of innovation and ensure success on future battlefields, the Army must change from within at every echelon to remain agile, forward-thinking and prepared to overwhelm the capabilities of peer and near-pear competitors in the future. By teaching Lean Startup techniques and identifying and rewarding innovative thinkers and actors across the force, the Army can exploit their efforts in creative ways to visualize and participate in innovation initiatives. Agile and adaptive leaders have shouldered the responsibility of maintaining the U.S. Army as the most powerful and capable land force in modern times, but it will require a culture of innovation guided by an invisible hand—a hand that is creative, meritocratic, tolerant of risk and inclusive—to guarantee success in future wars.

This article is condensed from a paper written by the author in 2016, while he was a U.S. Army War College Fellow at Stanford University’s Freeman Spogli Institute in the Center for International Security and Cooperation. To read the full paper, and to access multiple online extras, go to the online version of this magazine at http://usaasc.armyalt.com/#folio=1.

COL. JOHN P. COGBILL is commander of the 3rd Brigade Combat Team, 101st Airborne Division at Fort Campbell, Kentucky. He was a U.S. Army War College Fellow at Stanford University, and holds a Master of Public Administration from Harvard University and a B.S. in environmental science from the United States Military Academy at West Point.


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PEO Ammunition, ARDEC and the Army Rapid Capabilities Office come together at Picatinny Arsenal

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Long range, short term

PEO Ammunition, ARDEC and the Army Rapid Capabilities Office come together at Picatinny Arsenal with near-term plans for improving long-range precision fires.

by Capt. Steve Draheim and Maj. Paul Santamaria

Of the Army’s “big six” priorities driving its new modernization strategy, long-range precision fires is at the top of the list.

The ability to execute accurate strikes at significant distances is critical to ground operations in any theater, against any adversary—especially a near-peer threat that can restrict U.S. maneuver through anti-access and area denial systems and techniques.

Now, the experts at Picatinny Arsenal, known as the Army’s Center of Excellence for Guns and Ammunition, and the Army Rapid Capabilities Office (RCO), which is the service’s acquisition shop for quickly addressing critical capability gaps, have joined forces to deliver a suite of technologies that can extend the range of cannon artillery and are mature enough for a system-level assessment in less than three years.

This effort, termed the long-range cannon project, focuses on a specific subset of fires capability and is complementary to the broader initiatives pursued by the new long-range precision fires cross-functional team. The project’s objective is to assess long-range cannon capability by rapidly prototyping and equipping an artillery battery with the M777 Extended Range (M777ER) howitzer, a new projectile tracking system, survey device and rocket-assisted projectile in under three years. If successful, the long-range cannon will nearly double the range of cannon artillery for the Army and Marine Corps, thus providing an interim solution that bridges a critical capability gap while informing the development of future long-range precision fires systems.

RAPID ALIGNMENT

The RCO is a key participant in the long-range cannon effort. The RCO executes rapid prototyping and acquisition to deliver urgently needed capabilities to the field, bridging strategic gaps against rapidly modernizing adversaries. Since its founding in August 2016, the RCO had focused primarily on expediting electronic warfare and position, navigation and timing systems to address operational needs. However, in February 2018, Army Chief of Staff Gen. Mark A. Milley elected to prioritize long-range cannon among all RCO efforts.

The Project Manager for Towed Artillery Systems (PM TAS), part of the Program Executive Office (PEO) for Ammunition, and the Army and Marine Corps center of excellence for cannon artillery took on the lead integrator role for the long-range cannon project, with RCO providing oversight. This organizational model may carry over to similar efforts in the future, especially as the RCO branches out beyond its initial focus areas to take on projects of increasing scope.

A towed radar similar to what the future Projectile Tracking System radar might look like. The long-range cannon team is reusing this system developed for a now-discontinued artillery project. The tracking system follows projectiles in flight to predict where the rounds will hit, allowing Soldiers to make corrections for subsequent shots. (Photo courtesy of the authors

A towed radar similar to what the future Projectile Tracking System radar might look like. The long-range cannon team is reusing this system developed for a now-discontinued artillery project. The tracking system follows projectiles in flight to predict where the rounds will hit, allowing Soldiers to make corrections for subsequent shots. (Photo courtesy of the authors)

MORE THAN THE SUM OF ITS PARTS

The mature products that the RCO is interested in adapting, accelerating and fielding vary as to their position in the acquisition life cycle. Some are poised to become programs of record in their own right, while others exist only as science and technology demonstrator projects. This spectrum of capability is reflected in the components of the long-range cannon project.

PM TAS manages the M777A2 howitzer, a combat-proven artillery system in use by the U.S. Army, the U.S. Marine Corps, and the Australian and Canadian militaries. Through a close-knit partnership with U.S. Army Armament Research, Development and Engineering Center (ARDEC) engineers at Picatinny Arsenal and Benét Laboratories in Watervliet, New York, the PM TAS team developed an extended-range variant, the M777ER, which has only five major components requiring modification. The cost to retrofit an M777 is comparable to that of a standard depot reset, and the weight increase is minor. With few changes to the howitzer’s operation, it offers the warfighter enhanced lethality at a cost the Army can afford.

The Projectile Tracking System Radar began in ARDEC as an element of the now-defunct Crusader and Non-Line-of-Sight Cannon projects. It provides enhanced accuracy and new capabilities for artillery. By tracking projectiles in flight, it predicts an impact point, allowing the fire control system to make corrections for subsequent shots. Circular error probable, an inverse measure of artillery accuracy, decreases substantially. The Projectile Tracking System can also communicate with a round in flight.

The Location and Azimuth Determining System (LADS) program serves as a single survey device replacement for two systems: the Improved Position and Azimuth Determining System and the Gun Laying and Position System. Already under development, the LADS will enable survey teams to register more accurate survey control points in a smaller form factor. Soldiers and Marines can use the man-portable LADS in a wider variety of conditions than the vehicle-based Improved Position and Azimuth Determining System.

Another program in advanced stages of development before its inclusion in the long-range cannon project is the XM1113 rocket-assisted projectile. As a replacement for the M549A1 rocket-assisted projectile round in inventory today, the new projectile can be fuzed with a Precision Guidance Kit for improved accuracy. The XM1113 will provide a range increase in this class of projectiles with legacy artillery systems and offer an even greater capability with the M777ER armament. The PM for Combat Ammunition Systems is taking the lead on the XM1113, making it an integral part of the projectile and propellant work on the long-range cannon project.

The RCO developed the idea to integrate these capabilities, some already with a distinct strategy or funded by another source, into the overarching project. This integration will provide not only the basis for an operational assessment but also the potential to assess other cross-functional team initiatives related to extended-range cannon artillery, thereby reducing risk for the cross-functional team. In the case of the M777ER howitzer, the long-range cannon project is the primary focus, but the operational assessment will add value for the other products by generating additional feedback on their individual capabilities.

The M777A2 and M777ER side by side at a test site. Retrofitting an M777A2 howitzer into an M777ER—the “ER” stands for extended range—only requires changing five components, which add little additional weight or cost. The long-range cannon project team is evaluating whether equipping artillery batteries with the extended-range howitzer plus new radar and tracking systems can increase their firepower while the Army develops more significant modernization solutions for long-range precision fires. (Photos courtesy of the authors)

The M777A2 and M777ER side by side at a test site. Retrofitting an M777A2 howitzer into an M777ER—the “ER” stands for extended range—only requires changing five components, which add little additional weight or cost. The long-range cannon project team is evaluating whether equipping artillery batteries with the extended-range howitzer plus new radar and tracking systems can increase their firepower while the Army develops more significant modernization solutions for long-range precision fires. (Photo courtesy of the authors)

STREAMLINED STRATEGY

The project and its emerging organization benefit from the relationships that PM TAS and the Picatinny Arsenal team already have with industry partners and the government arsenals.

Today’s acquisition reform efforts seek to mitigate the sources of program delays, including contracting lead times and challenges in beginning new relationships with vendors. The initial long-range cannon acquisition strategy avoids these pitfalls through a combination of innovative acquisition strategies and government prototyping capability. Government arsenals—including those in Rock Island, Illinois, and Watervliet—will manufacture several M777ER components. Final integration will leverage government-operated facilities. The arsenals and depots offer funding flexibility, enabling program managers to re-prioritize resources faster than in a commercial contracting environment. Additionally, existing contracting vehicles will provide an efficient means to execute delivery orders for prototype components.

Rapid prototyping and procurement of usable equipment for the operational assessment may also employ other transaction authority (OTA) agreements. One OTA-focused organization, the Department of Defense Ordnance Technology Consortium (DOTC), originated at Picatinny Arsenal as a partnership between DOD and the National Armaments Consortium. Operating outside of typical Federal Acquisition Regulation norms, DOTC contracts use a faster single-point contracting process for prototyping and research and development.

The long-range cannon project’s schedule fits between the acquisition of commercial off-the-shelf items in under a year and traditional program schedules, as law and regulation still dictate numerous requirements before a materiel release. The planned operational assessment will address many of these requirements.

The project team continues to plan the scope and details of the operational assessment. The assessment will be warfighter-focused but will include evaluation tasks typical of an urgent materiel release. It will try to answer a fundamental question: Will the long-range cannon system, first envisioned sitting around a table at Picatinny Arsenal, meet the urgent needs of combatant commanders?

The RCO is focused on operational engineering, the gist of which is that allowing Soldiers to interact with the system under development sooner in its life cycle will get the system to technical maturity more efficiently. Instead of delivering the final product, only to find that users are dissatisfied, operational engineering seeks user feedback early and often. In line with this focus, the assessment will look not only at the materiel solutions offered but also at how operators employ them in the field. The user is the best evaluator. The event also will offer the field artillery community an opportunity to learn how its force structure and doctrine could adapt to the new capability.

As the Army’s enhanced long-range precision fires capabilities continue to emerge, this interim long-range cannon system may illuminate challenges and offer solutions for the way in which forward observers communicate with artillery firing batteries. Questions include: How does this new capability affect maneuver force planning? How must the architecture of cannon-delivered indirect fires and the fire direction center adapt to the ability to shoot farther?

 WHAT M777ER OFFERS

The long-range cannon project is working to give artillery batteries longer range and the ability to communicate with rounds in flight and track their accuracy in less than three years. This gives the Army better range while the Futures Command and modernization cross-functional teams choose and field a more lasting solution to the long-range precision fires puzzle. (Graphic courtesy of the authors)

CONCLUSION

Before the Army delivers the major long-range precision fires systems under development, the long-range cannon project offers this interim solution to help the operating forces prepare to face near-peer threats. The project’s innovative technical and organizational approach and the teaming across distinct organizations will provide flexibility and valuable feedback to stakeholders. The rapid development and integration of this affordable system offers Soldiers and Marines a powerful tool as they stand ready against our adversaries.

CAPT. STEVE DRAHEIM serves as the M777 assistant product manager for PEO Ammunition’s PM TAS at Picatinny Arsenal, New Jersey. He is pursuing an M.A. in procurement and acquisition management and holds a B.S. in kinesiology from the College of William & Mary. He is Level I certified in program management.

MAJ. PAUL SANTAMARIA serves as the deputy director of acquisition for the Army RCO at Fort Belvoir, Virginia. He holds an MBA in systems acquisition management from the Naval Postgraduate School and a BBA in management information systems from Loyola University Maryland. He is Level III certified in program management and is a member of the Army Acquisition Corps.

This article will be published in the July – September 2018 issue of Army AL&T magazine.


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Faces of the Force: How important relationships are to building a successful career

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COMMAND/ORGANIZATION: Office of the Assistant Secretary of the Army for Acquisition, Logistics and Technology
POSITION AND OFFICIAL TITLE: Department of the Army system coordinator
YEARS OF SERVICE IN WORKFORCE: 13
YEARS OF MILITARY SERVICE: 12.5
DAWIA CERTIFICATIONS: Level III in program management and Level I in engineering
EDUCATION: M.S. in engineering management, Missouri University of Science and Technology; master’s certificate in program management, Villanova University; B.S. in mechanical engineering, North Carolina Agricultural and Technical State University; Project Management Professional
AWARDS: Army Achievement Medal for Civilian Service; Army Meritorious Service Medal (3); Military Outstanding Volunteer Service Medal; Field Artillery Honorable Order of St. Barbara; NATO and Kosovo Ribbons for Operation Joint Guardian; Federal Executive Board Excellence in Federal Career Bronze Award for Outstanding Para-Professional (Non-Supervisory) Technical, Scientific and Program Support – Team


by Ms. Susan L. Follett

You can think of Anthony Taylor’s 12-plus years on active duty almost like noise-canceling headphones: The experience he gained helps him identify and eliminate the chatter that often drowns out the more important information. Taylor is a DA system coordinator (DASC), supporting the assistant secretary of the Army for acquisition, logistics and technology (ASA(ALT)) and serving as primary acquisition staff officer for several programs of record, including Excalibur, the Gator Landmine Replacement Program, the Installation Information Infrastructure Modernization Program’s Home Station Mission Command Center initiative, Medical Communications for Combat Casualty Care and the Reserve Component Automation System.

As a DASC, Taylor advises ASA(ALT) senior leaders on the oversight, management and execution of the programs he’s assigned to, serving as the focal point for the justification and defense of programs before the Office of Management and Budget, the Office of the Secretary of Defense and Congress. “Along with the program offices, DASCs ensure that warfighter capabilities are provided in accordance with baselined cost, schedule and technical performance parameters,” he said. “As a former Soldier, my greatest satisfaction is knowing that Soldiers in the field receive quality products that enable them to win.”

Taylor, who served in the Army for 12 1/2 years, leans on his military training as a critical thinker and problem solver. “When things get hectic, it’s important to sift through the noise to find the real issue, address it and move on to the next issue,” he said. “In the military, leaders are often put in chaotic situations and we must isolate the issues from the chaos—by that, I mean break down a problem as simply as possible and then resolve it. Anything that does not directly relate to the problem is just noise.”

He added, “As a DASC, the pressure is on me to be the acquisition expert in the room. We have to distill issues from a program manager’s perspective and nest them within the ‘Big Army’s’ mission. To do that effectively, we must sift through the noise and ensure that the crux of the issue is presented to leadership so that sound decisions that help the warfighter can be made.”

Taylor was commissioned in May 1998 as a field artillery officer. “My high school guidance counselor introduced me to a recruiter—I just happened to be in the library researching an engineering project and the Army ROTC recruiter was there giving a presentation. He convinced me to apply for a four-year ROTC scholarship. I had less than 24 hours before the deadline. ‘Being in the right place at the right time’ sounds cliché, but that’s how it all worked out.”

It’s a recurring theme for Taylor: He got his start in acquisition by attending a change of command ceremony for a fellow company commander, where he met a newly assigned acquisition officer. “He told me that if I wanted to make a difference in the quality, functionality and type of equipment provided to Soldiers and put my engineering degrees to use, the acquisition career field was a good fit.”

His first acquisition position was in 2005 with the U.S. Army Training and Doctrine Command Army Capabilities Integration Center, where he served as a combat developer. “I found the fact that I could influence the design, development and procurement of the very equipment I used as a field artillery officer appealing,” said Taylor. “So if the equipment didn’t work, I was at the forefront of the effort to ensure that didn’t happen again.”

In March 2018, he completed the Competitive Development Group/Army Acquisition Fellowship (CDG/AAF), a three-year developmental program that provides members of the Army Acquisition Workforce with expanded training through educational, leader development and broadening assignments. Similar to his decision to join Army ROTC, Taylor had just 24 hours to apply for the program once he heard about it.

Despite his last-minute start in the program, he has plenty of good things to say about his participation. “The CDG program came along at the right time in my career to broaden my experience, and the ASA(ALT) rotation allowed me to meet a host of people from different backgrounds. It taught me that networking and timing are crucial to one’s success in the government. Exposure to the people I met through CDG expanded my network and helped me realize how important relationships are to building a successful career.”

That networking has become extremely valuable as he works through what he sees as “cultural differences” in how acquisition gets done. “Occasionally I encounter people who aren’t aware of what I have to offer because they don’t know about my combat arms background or they think I’m not as experienced in acquisition as I am,” he said. “But once the people I’m working with learn about my background, they’re interested in the different perspectives I can bring to a project. In one rotation with a contracting shop, for example, the people in that organization realized I had program management experience, and asked for my insight on approaching a particular issue.”

He hopes more people take advantage of the CDG/AAF, either through participating or through working with program participants. “I encountered a lot of people who hadn’t heard of the program. I would think agencies would jump at the opportunity to develop aspiring acquisition professionals through rotational opportunities at no cost to the organization.”

Related Links:

Faces of the Force


“Faces of the Force” is an online series highlighting members of the Army Acquisition Workforce through the power of individual stories. Profiles are produced by the U.S. Army Acquisition Support Center Communication and Support Branch, working closely with public affairs officers to feature Soldiers and civilians serving in various AL&T disciplines. For more information, or to nominate someone, please contact 703-664-5635.

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‘Burn-Off’ brings Army RCO, SOCOM together to test PNT systems

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RCO joins SOCOM in early assessments of new or emerging technology from defense industry, tech startups and academia.

by Ms. Nancy Jones-Bonbrest

On a rainy afternoon in March, technology developers gathered to show their latest position, navigation and timing (PNT) solutions. There were no traditional marketing brochures, trade show booths or giveaway trinkets. Instead, these developers—from big industry, tech startups and academia alike—were there to demonstrate emerging capabilities and get feedback directly from the operators who may one day use the technology on the battlefield if their GPS is ever jammed, tricked or dropped.

To carry out the event, organizers found a former Indiana state hospital, now a National Guard base with a 1,000-acre urban training complex that developers could use to assess their PNT technologies. They trekked through concrete subterranean tunnels, filled with several inches of water, weaving for 1.5 miles under structures that were both abandoned and still in use. They drove across rocky terrain, on paved roads with traffic circles and overpasses, and through mock villages. They navigated their way on foot through an old prison complex, a collapsed parking garage and a five-story hospital. A variety of scenarios brought the technology to life, providing the next step in assessing it beyond a PowerPoint presentation or white paper.

Dubbed a technical experimentation, this event was one of several that occur throughout the year to rapidly assess the technical maturity and possible use of new or emerging technology based on specifically identified areas of need. While technical experimentations are business as usual and have been for more than a decade at the U.S. Special Operations Command (SOCOM), for the Army it marked a pivotal first, with its Rapid Capabilities Office (RCO) leveraging the event to lead the PNT excursion. This is just one of many avenues the Army is looking at through the eyes of SOCOM to gain insight into streamlining acquisition processes. (For more on the SOCOM acquisition model, see “Aggressive. Innovative. Fast.”)

“The Army participated in these events in the past as assessors or evaluators, but this is the first that we know of where we were able to lead a portion of the event, in this case PNT,” said Rob Monto, director of RCO’s Emerging Technologies Office. “SOCOM took a leap of faith and partnered with us because it was a technology they were interested in as well. So it set up this unique collaboration that was beneficial for both, and we hope will lead to future joint efforts.”

Among the more than 200 buildings, abandoned cars and rubble that make up the Muscatatuck Urban Training Center in Butlerville, Indiana, the Army RCO led the PNT portion of SOCOM’s Technical Experimentation 18-2, which took place March 26-29. While the RCO evaluated PNT technologies, the SOCOM event was much larger, evaluating such things as optics, biometrics, advanced sniper rifles and cognitive enhancement as well.

The technical experimentations bring together the users, the program offices and the technology developers to evaluate promising new capabilities in a flexible, unclassified, operational environment. These events, which SOCOM holds a few times each year, allow for detailed user feedback and discovery of new or emerging technologies while also promoting information exchange and risk reduction.

“I talk about this three-legged stool, where, if you don’t have all three players involved, you’re going to have some level of disappointment,” said Dan Bernard, the SOCOM acquisition, technology and logistics lead for the technical experimentations. “The technology developers are essentially showing their kit to the user and the program offices at the same time. We’re looking at early development. It does no good to do this with finished products. That’s just shopping.”

Mounted special operators drive through a village center at the Muscatatuck Urban Training Complex during the SOCOM-led technical experimentation event in March. The Army RCO was a partner in the event, assessing PNT technologies that operate in a GPS-denied environment. Nine technology developers participated in the PNT assessment with capabilities for both mounted and dismounted Soldiers.

Mounted special operators drive through a village center at the Muscatatuck Urban Training Complex during the SOCOM-led technical experimentation event in March. The Army RCO was a partner in the event, assessing PNT technologies that operate in a GPS-denied environment. Nine technology developers participated in the PNT assessment with capabilities for both mounted and dismounted Soldiers.

‘LOW THRESHOLD OF ENTRY’

Falling under the Special Operations Forces Acquisition, Technology and Logistics Center, the technical experimentation events take place at military sites across the country. They focus on various technology areas of need, identified by the SOCOM service components and program offices. Having identified a need, SOCOM posts a request for information (RFI) for the experimentation event on the Federal Business Opportunities website. Anyone interested in participating simply responds to the RFI. After the event, the participating companies receive detailed assessments of how their technologies performed.

“We treat everyone like they are our customers and we want everybody to go home satisfied, feeling like they got something out of it,” said Bernard. “We’re doing this early in the development process. So if there’s a company pursuing a technology and they get this sound bite from an operator—that can really help to shape their thinking.

“Feedback could be, ‘It needs to be lighter,’ or, ‘This is great, but if I have to carry that, then something has to come out of my rucksack,’” he explained. “That’s news to a lot of people. If you are a tech developer, you’re thinking, ‘This is a cool thing, and I don’t understand why they don’t want to carry it.’ But they have to understand that it is going to have to be good enough to replace something [Soldiers] are already carrying.”

This feedback, combined with the three-pronged approach of having the program offices, users and developers working together in one place at the same time, is what attracted the Army RCO to participate, Monto said. “This is a low threshold of entry, where you have very small tech companies standing shoulder to shoulder with traditional defense companies, and you can assess the technology in an operational environment with the actual users,” he said. “Being able to participate in this SOCOM-led event meant the Army could determine if the capabilities were tangible now, while also giving us a better understanding of what technologies are out there.”

The SOCOM technical experimentation provided the ideal venue to host an initial RCO “burn-off” event. Both the SOCOM event and RCO burn-offs emphasize the value of bringing together commercial capabilities or emerging technologies in an operational demonstration to size them up against a set of criteria with a very low barrier to entry and without the pressure of a formal test. By being able to use the SOCOM event, the RCO can better prepare for its first solo burn-off, expected later this year.

Muscatatuck Urban Training Complex in Butlerville, Indiana, offers an urban environment complete with more than 200 structures, subterranean tunnels, downed aircraft, a church and a bus station, among other useful features. The site served as the location for a SOCOM technical experimentation event March 26-29 in which the Army RCO led an assessment of new technologies to keep warfighters mobile and safe in environments where GPS doesn’t work. (U.S. Army photos by Nancy Jones-Bonbrest, Army RCO)

Muscatatuck Urban Training Complex in Butlerville, Indiana, offers an urban environment complete with more than 200 structures, subterranean tunnels, downed aircraft, a church and a bus station, among other useful features. The site served as the location for a SOCOM technical experimentation event March 26-29 in which the Army RCO led an assessment of new technologies to keep warfighters mobile and safe in environments where GPS doesn’t work. (U.S. Army photos by Nancy Jones-Bonbrest, Army RCO)

‘DOES SOMEBODY … WANT TO USE IT?’

Technologies demonstrated during the PNT portion of the technical experimentation included radio-frequency range finding, atomic clock systems and inertial navigation unit technology. Each presented innovative ways to overcome jamming, which occurs when an adversary overpowers signals from GPS satellites so that receivers in certain areas cannot operate, and spoofing, or tricking a GPS receiver into calculating a false position.

In the driving rain at Muscatatuck, mounted operators attempted to keep their vehicles on course without GPS while moving through various scenarios and settings. The different scenarios helped the Army measure technology performance and run comparisons, since one solution might do well driving around a planned course but drop in performance on a rough patch of road or an unplanned detour. Similarly, while a dismounted system could perform well for Soldiers climbing the stairs of a parking garage, it might not do as well within an enclosed concrete tunnel. Yet for a Soldier using the technology, all situations are relevant.

To track the results, the RCO provided a GPS logger that recorded the ground-truth data to compare against the log files of the demonstrated systems. Additionally, they took distance and location measurements for the buildings and tunnels where GPS was not available.

In all, nine developers participated in the PNT portion of the technical experimentation at Muscatatuck. They demonstrated technology that included, for example, a mounted device with a PNT-reliant system that can operate despite GPS disruption by using inertial measurement units and precision timing technology. The device combines PNT functions typically achieved through multiple independent systems.

Another company demonstrated a dismounted system that uses an inertial navigation unit that users wear on the foot. It communicates with a smartphone via Bluetooth and uses robust algorithms to communicate during failures and dropouts.

A third showed how three antennas prepositioned on the rooftops of nearby buildings provided triangulation to enable radio-frequency ranging for both mounted and dismounted operators.

The Georgia Tech Research Institute assisted in developing the various demonstration plans and provided quantitative analysis of the data collected. “At an event like this, you get two things. On one side, you get the quantitative analysis that we are doing, and that answers, does this system really work? Does it actually provide position with some reasonable amount of accuracy?” said James Perkins, principal research scientist with the institute. “But I think the other side you get is the operational side: So, does somebody who is a boots-on-the-ground Soldier actually want to use it? Seeing the operational perspective and seeing what real operators think about a system is important early in the development.”

SEEKING NEW SOLUTIONS

Having navigated to the top of a partially collapsed parking garage, an operator uses a dismounted device to check position and time. The scenarios for those demonstrating dismounted systems also incorporated a subterranean tunnel and multilevel jail. The technologies for dismounted service members included one that uses an inertial navigation unit worn on the foot and communicates with a smartphone via Bluetooth.

CONCLUSION

As the RCO uses different burn-off events throughout the year to determine if a new technology can be used to meet a specific need, it has gained important experience from the Muscatatuck event and anticipates partnering again with SOCOM.

For industry, the burn-offs provide a chance to showcase capabilities and receive formal and informal feedback. For the Army, they yield a greater awareness of what promising new technology is available now and how it performs under different conditions. The PNT project manager and the Army Futures Command’s cross-functional team also participated at Muscatatuck to facilitate potential future capability efforts, which can help build unity of effort to enable faster, more streamlined modernization efforts.

“Bringing the Soldier and developer together early on allows the Army to speed up the requirement development process,” said Benjamin Pinx, product director in the Emerging Capabilities Office of the Project Manager for PNT. “During this particular event, we received immediate feedback from our dismounted operators and learned a lot. What we learn in these early experiments will influence how the Army continues to modernize the force and enable faster development and fielding of enhanced PNT capabilities for Army platforms and the Soldier.”

“This event allowed vendors to demonstrate both dismounted and mounted PNT capabilities our warfighters need today to fight and win against near-peer threats in an electromagnetic-warfare contested environment,” said Lt. Col. Brian Mack, the emerging technologies coordinator for the Army network cross-functional team. “Equally as important, it demonstrated a commitment of Army modernization change agents like the Rapid Capabilities Office, the Army’s Network Cross-Functional Team and the Army’s Position, Navigation and Timing Cross-Functional Team to come together, collaborate, team and solve some of our most challenging capability gaps facing the warfighter.”

For more information on the technical experimentation events, go to http://www.socom.mil/sof-atl/pages/technical-experimentation.aspx. For more information on the Army RCO or its Emerging Technologies Office, go to http://rapidcapabilitiesoffice.army.mil/ or http://rapidcapabilitiesoffice.army.mil/eto/.

NANCY JONES-BONBREST is a staff writer for Data Systems Analysts Inc., providing contract support to the Army Rapid Capabilities Office. She holds a B.S. in journalism from the University of Maryland, College Park. She has covered Army modernization for several years, including multiple training and testing events.

This article will be published in the July – September 2018 issue of Army AL&T magazine.


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USAASC director details new advanced degree programs

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Mastering acquisition

The DACM Office and the Naval Postgraduate School realign degree programs to boost technical education of civilians and officers.

Earlier this year, I was in beautiful Monterey, California, to help put the final touches to a new effort for the Army Acquisition Workforce at the Naval Postgraduate School (NPS). Starting this fall, the civilians that the U.S. Army Acquisition Support Center’s Director for Acquisition Career Management (DACM) Office sends to NPS will be pursuing an M.S. in systems and program management. Officers will pursue an M.S. in systems engineering management starting this summer. Previously, the professionals we sent to NPS were seeking an MBA.

The new programs that we’re sending our students through—Curriculum 522 for officers and Curriculum 722 for civilians—will focus on getting them greater exposure and training across multiple career fields with added emphasis on critical thinking across domains; however, the curriculum has much of the same content as the previous master’s program. In addition to their master’s degree, civilians in a distance learning program will earn training equivalent to Level III Defense Acquisition Workforce Improvement Act training in program management and in engineering, Level II in test and evaluation and at least Level I in contracting. Any time you can get training and education simultaneously, you’ve got a greater opportunity to employ them in the experiential environment.

Sailors approach Herrmann Hall. NPS’ new curricula in systems and program management and in systems engineering management for students from the Army Acquisition Workforce support its overall mission as well as the specific needs of Army acquisition professionals to understand the technical aspects of their jobs. (Photo courtesy of NPS)

Sailors approach Herrmann Hall. NPS’ new curricula in systems and program management and in systems engineering management for students from the Army Acquisition Workforce support its overall mission as well as the specific needs of Army acquisition professionals to understand the technical aspects of their jobs. (Photo courtesy of NPS)

Eligible resident officers completing the 522 degree program also will obtain their Joint Professional Military Education and Level III training in program management, engineering and contracting, plus Level II training in test and evaluation.

The impetus behind the change is Lt. Gen. Paul A. Ostrowski’s belief that if you want to be a great program manager or a great contracting officer, you have to thoroughly understand the technical acumen that’s needed for both parts of our business. If you’re running a program and haven’t been trained in contracting, when your contracting officer starts reeling off contracting jargon, you’re just going to agree to whatever they say and maybe not make the best choices for a program. And if you’re on the contracting side and you don’t have a solid understanding of engineering and program management, a contractor can overwhelm you with details and you might not make the best decisions for the government.

The push for the change began with Lt. Gen. Michael E. Williamson, Ostrowski’s predecessor as the principal military deputy to the assistant secretary of the Army for acquisition, logistics and technology and director of the Army Acquisition Corps.

This change is about exposing more of our professional workforce to greater technical education. The key word here is “technical.” We’re very confident that throughout their careers, our civilians and our officers have a variety of opportunities to get leadership and management training and experience. But technical training is probably the most difficult to achieve. And so we’re trying to focus a lot of our education programs, NPS being one of them, to increase the number of people that have a greater exposure to technical content.

A key component in this change is NPS. The true power that NPS can provide, and needs to focus on providing in the future, is its operational relevance. When you get an MBA or an M.S. in systems and program management, an M.S. in systems engineering management or any other graduate degree from NPS, you should have been exposed to enough experienced operators to flavor it so that a lot of what you’re getting is real-world practical experience that you can apply to DOD. We can send anybody anywhere for a systems engineering degree or an MBA. There are great institutions all over the world. But there are very few accredited institutions that can provide real-world practical operational experience from practitioners who have walked in the shoes you will be walking in as an acquisition professional.

The faculty understands the pitfalls that you will face. They’ve worked inside the DOD system. Very few schools of higher education and learning can offer that. That’s the power that NPS has, and that’s the focus it needs to maintain. The faculty’s operational relevance is what sets NPS apart and makes it unique. If NPS strays from that, then it’s forced to compete with every other college and university in America. If it loses track of that niche, NPS will be of less value to us as the sponsor of these programs.

Craig A. Spisak, left, the Army DACM, and Professor John T. Dillard, Col., USA (Ret.), NPS senior lecturer in systems acquisition management and technical representative for the new curricula, hold the memorandum of agreement signed by Lt. Gen. Paul A. Ostrowski and NPS President Ronald A. Route, Vice Adm., USN (Ret.), on May 18 at the Pentagon. The memorandum cements a partnership to provide relevant education to the Army’s military and civilian acquisition workforce. (Photo courtesy of John T. Dillard)

Craig A. Spisak, left, the Army DACM, and Professor John T. Dillard, Col., USA (Ret.), NPS senior lecturer in systems acquisition management and technical representative for the new curricula, hold the memorandum of agreement signed by Lt. Gen. Paul A. Ostrowski and NPS President Ronald A. Route, Vice Adm., USN (Ret.), on May 18 at the Pentagon. The memorandum cements a partnership to provide relevant education to the Army’s military and civilian acquisition workforce. (Photo courtesy of John T. Dillard)

We’ve had a longstanding relationship with NPS, and we look forward to continuing that through many, many years. NPS will face, as any college or university does, the difficulty of adjusting its curriculum to changing times. But the fact that NPS is a DOD institution allows it to translate our real-world needs into viable education programs. In the future we may have another emerging requirement for our students who go there to understand at the graduate level. And we will need to be able to transmit that requirement to NPS as the sponsor of the programs and have it adapt and adjust the curriculum in real time. We need that kind of responsiveness and partnership. They’re the professionals at educating people. We have to see the world today and into the future to determine what skill sets should be embedded in the NPS curriculum.


This article will be published in the July – September 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.


JPEO CBRND develops a new concept to better manage its portfolio

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JPEO-CBRND portfolio and systems analysis framework informs future CBRN investment decisions.

by Ms. Gail Cayce-Adams and Mr. Michael Kierzewski

It is simply impossible to maintain the old paradigm of developing new items as single, stand-alone products and retain the U.S. military’s overmatch. It’s no longer reasonable, if it ever was, to develop individual capabilities in a vacuum. Therefore, the Joint Program Executive Office for Chemical, Biological, Radiological and Nuclear Defense (JPEO-CBRND) is moving toward a more holistic, portfolio-based approach to developing chemical, biological, radiological and nuclear (CBRN) warfighter protection with a new analytical framework.

A single capability in the field is just one small part of the toolbox available to our warfighters. So, it is important to consider how all of the available tools work best together to accomplish the mission. Requirements for a new capability may change if the new capability is assessed along with equipment already at play on the battlefield. For instance, if an individual’s protection from CBRN contamination has been greatly improved by the fielding of a new protective suit, what effect does that have on the requirement for a more sensitive CBRN detector? Could it be less important to develop a new detector capable of detecting agents at lower concentrations if a protective suit can be developed that is comfortable and can be worn on a daily basis like any other uniform?

Multiple CBRN risk assessments have shown the need for solutions developed as integrated, layered systems of capability sets. The end result is sets of solutions that span the entire CBRN portfolio. The JPEO-CBRND has created an Analytical Framework—a process that uses a combination of data, analysis methods and software tools to provide insights to support senior level decision-making—to better manage its portfolio of products. The Analytical Framework identifies gaps within the portfolio and systematically assesses new capabilities and how they work in conjunction with other capabilities for wiser investment decisions.

As much as possible, the Analytical Framework replaces subjective and qualitative judgments with objective and quantitative analysis. While the need for subject matter experts will never go away, data-driven analysis can demonstrate for stakeholders which course of action is best and show them why. The Analytical Framework is bolstering traditional approaches of expert panels and tabletop exercises with the insertion of measurable analytical results and data. In this way, personal biases and assumptions can be eliminated from the decision-making equation, leading to better protections against CBRN threats for warfighters in the field.

The Analytical Framework focuses on three key analysis areas: portfolio analy­tics, which identifies gaps and risks within the JPEO-CBRND product portfolio; system analytics, which demonstrate how system trades affect program cost, performance and mission; and combat analytics, which examine the effects of new capabilities on mission outcomes.

OneSAF operators working in the Battle Lab Simulation Collaboration Environment can see CBRN effects at different geographic locations, including this screen shot depicting an armored force attacking an occupied objective to secure it and prepare for follow-on operations. Thanks to enhancements to OneSAF, the Analytical Framework can evaluate the mission impact of proposed CBRN capabilities to determine return on investment. The impact of a new capability can also be considered in the trade space analysis. (Graphic courtesy of JPEO-CBRND)

WHAT CAPABILITIES ARE WE MISSING?

The Analytical Framework’s portfolio analysis efforts use existing defense guidance and planning resources such as joint publications, field manuals and tactic, technique and procedure documents for each of the military branches to determine the steps necessary to complete a given mission as well as the criteria to use for determining mission success. Then the team breaks down those steps into individual tactical tasks such as attack by fire, conduct dismounted road march and cross a water hazard.

Mapping of each of these tactical tasks back to the capabilities already within the CBRN portfolio needed to complete them then shows where gaps exist in the portfolio. A very simplified example would be a scout on a CBRN route reconnaissance mission: Some of the tactical tasks involved may be detecting whether a contaminant is present along the route and then identifying a clear route for the rest of the force to follow. To complete those tasks, the scout might need equipment such as a CBRN detector, individual protective equipment such as a mask, a suit, gloves and boots, and possibly a CBRN reconnaissance vehicle to help identify a clear route. This equipment can then be compared to what’s available in the JPEO’s portfolio to identify where gaps exist.

We can then analyze the risks involved with those capability gaps and determine how well materiel solutions currently in development mitigate those risks. Findings from this portfolio analysis process are then further examined with a focus on systems analysis and combat analysis.

Three key analysis areas—portfolio analytics, system analytics and combat analytics—feed the outcomes of the JPEO-CBRND Analytical Framework. The framework’s data-driven analysis can demonstrate for stakeholders which course of action is best and explain why. (Graphic courtesy of JPEO-CBRND)

Three key analysis areas—portfolio analytics, system analytics and combat analytics—feed the outcomes of the JPEO-CBRND Analytical Framework. The framework’s data-driven analysis can demonstrate for stakeholders which course of action is best and explain why. (Graphic courtesy of JPEO-CBRND)

REDUCED COST, OPERATIONAL IMPACT

As much as possible, the Analytical Framework team has aggressively embraced tools that already have been developed by or for other government organizations. The team’s motto for software applications is reuse, don’t re-create. If a tool already has been developed that suits the team’s purposes, the team leverages it rather than starting from scratch. The team goes to great lengths to locate and use tools that already exist. The Analytical Framework team is primarily using the Engineered Resilient Systems Trade Space Analysis Tool (ERSTAT) for systems analysis efforts (http://www.erdc.usace.army.mil/Missions/Engineered-Resilient-Systems/). “Trade space” is the virtual space in defense acquisition where developers can weigh cost, time and capabilities against requirements to look for the best, most rapid result. ERSTAT is a freely available, government-owned tool developed by the U.S. Army Engineer Research and Development Center.

The Analytical Framework team uses ERSTAT to build models of specific systems to demonstrate the relationships among their respective components and requirements.

ERSTAT includes not only a graphical representation but also mathematical relationships between system attributes. These mathematical relationships allow explicit trades between components and requirements. The ERSTAT tool can be used to analyze the effect of trades among thousands of combinations of attributes and to identify solutions that best satisfy the given requirements. As an example, when trying to determine a detector’s trade space in the past, you might plot different attributes to see how they vary with the detector’s size. You might plot the detector’s response time versus its size, then create another graph to see how the detector’s false alarm rate varies with its size, and on and on for all critical detector attributes under consideration. With ERSTAT, you can examine the relationships among all of the attributes at the same time and vary each to see how it affects the others.

ERSTAT allows users to better visualize the trade-offs between solutions and allows full, accurate assessment of solution sets in hours or days rather than weeks or months. It has the added benefit of being able to show a decision-maker who may think the detector really needs to weigh less than five pounds, for example, how that requirement affects other factors such as response time or false alarm rate.

Candidate solutions can then be demonstrated in a combat simulation to further assess them and see what their actual impact is on mission success when considered with all of the other capabilities being used in theater.

NEW VS. BASELINE CAPABILITIES

The Analytical Framework team is using combat simulations to provide a system-of-systems view of CBRN capabilities to determine their effect on mission success—using a repeatable, quantifiable process for both current and proposed capability sets. Combat analysis allows for “what-if” drills to determine how to reduce operational risk using force-on-force simulations. For example, if a new detector were designed to detect CBRN hazards 10 times faster than the currently fielded detector, what result would that have on the number of people killed or incapacitated during a given mission where warfighters are exposed to a contaminant?

The U.S. Army Research, Development and Engineering Command’s Edgewood Chemical Biological Center conducted a market survey in 2015 for the Analytical Framework team to see what combat simulations already existed that included CBRN behaviors and effects. The team chose the One Semi-Automated Forces (OneSAF) simulation because it had some rudimentary CBRN behaviors and effects and is a government-owned, open-source software product that is freely available for use.

In 2016, the Analytical Framework team worked with the U.S. Army Materiel Systems Analysis Activity and the Edgewood Chemical Biological Center to identify gaps in the current CBRN representation within OneSAF. The JPEO-CBRND then partnered with the Program Executive Office for Simulation, Training and Instrumentation (PEO STRI), which develops OneSAF, and funded the first increment of CBRN behaviors and effects enhancements to the simulation. This initial effort provided sufficient representation to support near-term proof-of-concept CBRN analysis efforts.

In FY17, funding was provided by both JPEO-CBRND and PEO STRI to develop a second increment of enhancements to OneSAF to address additional shortfalls and further refine the CBRN behaviors and effects that were added in the first increment. Additional funding has been provided by the Army Modeling and Simulation Office to allow PEO STRI to add the capability to federate the CBRN enhancements across the Battle Lab Simulation Collaboration Environment in support of the experimentation community. This allows all OneSAF operators on the collaboration environment that are at different geographic locations to see the CBRN effects, such as a chemical attack.

With these CBRN enhancements to OneSAF, the Analytical Framework has now begun to evaluate the mission impact of proposed new CBRN capabilities compared with existing capabilities to determine return on investment and to include a new capability’s mission impact as a tradable parameter in trade space analyses. The team is also examining the mission impact of capability sets to see how different proposed capabilities interact with one another as well as other combat equipment in theater. Results from this analysis, such as reduction in casualties or ability to complete the mission, can then be passed back to the systems analysis trade space evaluation tools to further refine solutions.

Airman 1st Class Tevin Miller and Airman 1st Class Amanda Button, 707th Communications Squadron client system technicians, update software for computers that will be used on Air Force networks in January at Fort Meade, Maryland. Joint forces, coordinating from command centers to the warfighter in the field, will use integrated software systems that allow for early warning and situational understanding. The Analytical Framework’s goal is to get capabilities like these into the hands of warfighters sooner. (U.S. Air Force photo by Staff Sgt. ¬Alexandre Montes, 70th Intelligence, Surveillance and Reconnaissance Wing)

Airman 1st Class Tevin Miller and Airman 1st Class Amanda Button, 707th Communications Squadron client system technicians, update software for computers that will be used on Air Force networks in January at Fort Meade, Maryland. Joint forces, coordinating from command centers to the warfighter in the field, will use integrated software systems that allow for early warning and situational understanding. The Analytical Framework’s goal is to get capabilities like these into the hands of warfighters sooner. (U.S. Air Force photo by Staff Sgt. ¬Alexandre Montes, 70th Intelligence, Surveillance and Reconnaissance Wing)

CONCLUSION

The JPEO CBRND’s Analytical Framework concept represents a shift in the way of doing business for the defense acquisition community. This concept embraces DOD initiatives to speed up the acquisition process and get new, more effective capabilities into the hands of warfighters sooner. The Analytical Framework approach permits better-informed decision-making through the use of quantitative analytics and fosters fiscal responsibility by fully evaluating system designs and proposed new capabilities early in the acquisition life cycle when the greatest cost savings can be achieved. This approach is quite simply a smarter, more efficient way of doing business.

In addition, the JPEO-CBRND approach to standing up the Analytical Framework has been to reuse, not re-create, by leveraging existing government-owned tools whenever possible and partnering with other organizations for the mutual benefit of all involved. The Analytical Framework has benefited from the expertise of its partner organizations, and those organizations have gained access to the tools and software developed by or for the Analytical Framework.

The Analytical Framework is expecting a third round of enhancements to OneSAF to be completed and released by PEO STRI in July 2018. In addition, the Analytical Framework is developing text analytics applications to assist with searching military publications and decomposing missions to the tactical task level, as well as working to incorporate more of the functions available within the Engineered Resilient Systems tool in its systems analysis efforts.

The JPEO-CBRND Analytical Framework concept could be applied by all defense acquisition programs to help determine where capability gaps exist within their portfolios and what solutions for filling those gaps will provide the most bang for the buck. This process provides data-driven analysis early in the acquisition process to help determine the best solutions for new capabilities.

For more information, contact Lori Remeto, director of strategic analytics for JPEO-CBRND, at lori.c.remeto.civ@mail.mil.

GAIL CAYCE-ADAMS is an operations research analyst with JPEO-CBRND and a member of their Analytical Framework team. She holds an M.S. in systems management and operations research from the Florida Institute of Technology and a B.S. in computer science from the University of Maryland, Baltimore County. She is Level III certified in engineering and Level I certified in program management.

MICHAEL KIERZEWSKI is the branch chief for modeling, simulation and analysis within the Edgewood Chemical Biological Center and serves as a consulting member of the JPEO-CBRND Analytical Framework team. He has an M.S. in operations research from the Naval Postgraduate School and a B.S. in chemical engineering from Virginia Tech. He has been performing operational effectiveness analyses on CBRN materiel and concepts for about 30 years.

Related Links:

Edgewood Chemical Biological Center website

Edgewood Chemical Biological Center 2016 review discussing the Analytical Framework


This article will be published in the July – September 2018 issue of Army AL&T magazine.

Subscribe to Army AL&T News, the premier online news source for the Acquisition, Logistics, and Technology (AL&T) Workforce.


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