Integrating the Decisive Action Training Environment
Training for Near-Peer Threats
By Sgt. 1st Class Steven Harvey
U.S. Army Cyber Center of Excellence
July 12, 2019
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Everything from politics, economics, religion, infrastructure, technology, and even social media has the potential to dramatically affect mission outcome. Incorporating these factors, as well as current operational environment (OE) variables are all part of the Army's Decisive Action Training Environments (DATE) training. According to the U.S. Army's Training and Doctrine Command (TRADOC), "DATEs are used in Multi-Domain Operations for training, professional military education, and leader development" (2018, para. 2).
The current issue in U.S. Army unit training is the lack of standardization in preparation for these variables. According to TRADOC's Mobile Training Team, the U.S. Army G2 Operational Environment Team no longer designs unique multi-faceted OEs or individual scenarios for units, instead supplying expertise in assisting units in the use of the DATE OEs for continuity. Responsibility for scenario development and OE variables unique to unit training objectives has been handed to individual unit staffs. But without an established central liaison between Centers of Excellence (CoEs) and the TRADOC G2 for this information and training, development of such products is a daunting task for inexperienced users and leaves units training to their own varied standards (O. Borg, TRADOC Mobile Training Team, personal communication, July 2019).
There are two locations where DATE training can be improved to enhance Army readiness. The first is at the individual unit level, especially during a pre-deployment phase. The second is at the U.S. Army's CoEs. This gives every noncommissioned officer (NCO) a chance to experience DATE training before running scenarios at their individual units.
The issue with the current CoE model, similar to the aforementioned varied unit standards, is CoEs with multiple military occupational specialties (MOSs) have not integrated DATE under one standardized training product where every MOS or branch is exercised simultaneously to the same objectives (O. Borg & T. Decker, TRADOC's Mobile Training Team, personal communication, April 2019).
This article proposes two solutions to create a standardized and efficient way for the U.S. Army to promote DATE training throughout its units, to include cost, feasibility, and relevance to Army doctrine.
The first solution is to create a supplement to the CoEs as a means to integrate DATE training throughout course of instruction, especially during the final capstone phase.
The second solution is to create a DATE cell within each CoE dedicated to creating near-peer focused operational environments and custom-tailored scenarios from the latest guidance and operational trends.
This cell would consist of senior NCOs, contractors, and possibly warrant officers who are highly trained and able to create immersive environments for deploying units within a short amount of time. It would be based on the Army's Red Team philosophy, defined by U.S. Army's TRADOC as "Red Teaming is a flexible cognitive approach to thinking and planning that is specifically tailored to each organization and each situation. It is conducted by skilled practitioners..." (n.d., p. 3).
Feedback used to tailor OEs would come from Cyber Center of Excellence Lesson Learned Forums, Council of Colonels, National Training Center, Joint Readiness Training Center, Asymmetric Warfare Group, Combined Arms Center, and units returning from deployment.
Utilizing these two solutions would promote DATE training more reliably throughout formations and decrease turnaround time for units requesting current training materials.
CoE DATE Supplement
If the CoEs were to adopt and implement the DATE training supplement proposal, students would be engaged in standardized scenarios throughout the entire CoE program of instruction (POI). The intent of each scenario and training evolution would be to nest individual critical tasks within operational roles.
This DATE training would not be a change to the CoE core curriculum POI. It would only modify the practical exercise information, imagery, and minor rearrangement of lesson plans. This method is flexible with few changes to how the process currently works for easy implementation.
The proposed DATE training involves students planning their missions and responding to crisis scenarios injected throughout. They then provide guidance to their commander. The training would start on day one and continue throughout the course until the students complete their capstone. From the beginning to the end of the CoE course, NCOs would execute all objectives with the commander's intent. Their final capstone would involve completing their events and culminate in a brief to a VIP, designated as a master sergeant, chief warrant officer three, captain, or higher.
In contrast to the relative ease of implementing a CoE instruction supplement, the second solution involves creating and standing up an entire team (cell), preferably located within a CoE since they specialize in updating U.S. Army doctrine. With a dedicated DATE cell, units are provided the same high-level resources, regardless of individual unit resources or responsibilities.
In theory, the following steps would occur between the unit and the DATE cell:
- Company level training is scheduled and training areas reserved.
- The commander submits a ticket with at least three 10 digit grid coordinates and a specific area of operation in which the commander wants to simulate.
- The DATE cell builds a fully functional operation and provides custom maps, last known enemy locations, and guidance for operational forces.
- The latest trends and threats are built into the simulation.
- Training is completed and the unit deploys to their operational theater fully prepared.
The DATE cell would have multiple products available online that units could download for immediate use. Also, each training and evaluation report would have multiple scenarios and OEs for commanders to use, including those outside of traditional battlefield concepts.
For example, scenarios could now include reacting to drone swarms (Kallenbron, 2018). Or how to monitor and plan for space weather phenomenons like plasma bubbles, which is now a recognized occurrence and is thought to have caused the radio interference during the Battle of Takur Ghar, Afghanistan, 2002, which resulted in the deaths of U.S. Army Rangers. According to Charles Choi in Popular Mechanics, "Giant bubbles around 60 miles wide can form in the ionosphere; these pockets...are known to bend and disperse radio waves, interfering with communications" (2014, para. 5).
These types of training scenarios would be updated constantly by a dedicated team that tailors training operations to units of all sizes.
Mission Command Philosophy
Army Doctrine Reference Publication 6-0: Mission Command, defines mission command as "the exercise of authority and direction by the commander using mission orders to enable disciplined initiative within the commander’s intent to empower agile and adaptive leaders in the conduct of unified land operations (Department of the Army, 2012, p. 1-1).
The proposed DATE solutions complete five of the six guiding principles of mission command: build a cohesive team through mutual trust, create a shared understanding, provide a clear commander's intent, exercise disciplined initiative, and use mission orders (Department of the Army, 2012, p. 2-1).
Providing DATE scenarios would build our teams at the unit level. At the institutions, classes would have mutual trust with one another to be successful throughout the entire course. The DATE cell would create shared awareness across the force with up-to-date and relevant information which will execute the commander's intent at all levels. And team leaders would exercise disciplined initiative in executing orders successfully.
Costs and Manning
To effectively train for future wars the U.S. Army needs a DATE cell consisting of individuals with operational experience and the ability to design scenarios that target training shortfalls and emerging threats. This team would need to consist of an experienced field grade officer or chief warrant officer, and several senior enlisted NCOs. It would also need civilian employees to ensure continuity and prevent high personnel turnover (Lopez, 2015).
For equipment, it would need workstations with multi-display setups and office space to produce products. Additionally, it would require a ticket-based website, phone lines, and a public relations initiative including branch emails, student briefs at their respective schools, brochures, etc.
For training, Soldiers would attend the Mission Command Training Program or the five-day Mission Command Exercise Planning course.
The DATE cell would have the capability to provide units with entire operations, including operation orders, maps, and multiple scenarios. Once operational, the DATE cell alleviates the burden placed on unit training developers.
If successful, the DATE cell could increase in size to become a full-fledged organization. It could expand to fulfill joint requirements, pushing the same high-level training material across the joint force. Scenarios would then include Joint Special Operations Command, Marines, Navy, Air Force, and others.
"Efficiency remains important, but the ability to adapt to complexity and continual change has become imperative."
—retired Gen. Stanley A. McChrystal
(McChrystal, 2015, p. 5)
Integrating the Decisive Action Training Environment across the Army requires multiple organizations' cooperation and a "team of teams" approach (McChrystal, 2015).
Both proposed solutions are force multipliers and place Army readiness at the forefront of the conversation. These solutions are adaptable and will prepare Soldiers for the future fight, regardless of MOS or operational domain. They are affordable, especially considering the end result: Better prepared units result in fewer casualties.
Choi, C.Q. (2014). Are space bubbles to blame for a deadly Afghan battle? Popular Mechanics. Retrieved from https://www.popularmechanics.com/military/research/a11391/are-space-bubbles-to-blame-for-a-deadly-afghan-battle-17273813/
Headquarters, Department of the Army. (2017a). ADRP 3-0: Operations. Retrieved from https://armypubs.army.mil/epubs/DR_pubs/DR_a/pdf/web/ARN5071_ADRP%203-0%20FINAL%20WEB.pdf
Department of the Army. (2012). ADRP 6-0: Mission command. Retrieved from https://armypubs.army.mil/epubs/DR_pubs/DR_a/pdf/web/adrp6_0.pdf
Kallenborn, Z. (2018). The era of the drone swarm is coming, and we need to be ready for it. Modern War Institute. Retrieved from https://mwi.usma.edu/era-drone-swarm-coming-need-ready/
Lopez, C.T. (2015). To become 'force of future,' Army must fix personnel churn. Army.mil. Retrieved from https://www.army.mil/article/151308/
McChrystal, S. (2015). Team of teams. New York, NY: Portfolio.
U.S. Army Training and Doctrine Command. (n.d.). The red team handbook. Retrieved from https://usacac.army.mil/sites/default/files/documents/ufmcs/The_Red_Team_Handbook.pdf
U.S. Army Training and Doctrine Command. (2018). Decisive Action Training Environments. Army.mil. Retrieved from https://www.army.mil/standto/2018-09-11
Sgt. 1st Class Steven A. Harvey is currently the senior training developer with the Cyber Noncommissioned Officers Academy, Cyber Center of Excellence at Fort Gordon, Ga. He is a signal digital master gunner and previously served as the network operations NCOIC and platoon sergeant with 4th Sustainment Brigade, Fort Carson, Colo. and presidential secure voice operator at the White House Communications Agency. He holds an associate's degree from Grantham University and is pursuing a bachelor's degree from Western Governors University.
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