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It’s All in the Packaging: The Engineering Behind MRE Freshness

Wednesday, December 31st, 2025

WASHINGTON — Hungry individuals don’t put much thought into the packaging of their food. When people grab a snack, they generally rip into it and toss it aside to get to the good stuff.

But at the Army Combat Capabilities Development Command Soldier Center’s Combat Feeding Division in Natick, Massachusetts, about a half-dozen engineers spend their days focused on nothing but packaging. With military rations, including meals, ready-to-eat and supplemental bars, packaging is a crucial part of preserving the food’s freshness and extending shelf-life stability, so troops stay fueled up during important missions.

While the rations themselves go through a lot of trial and error, so, too, does the packaging.

Cutting Waste, But Keeping Quality

For the unfamiliar, MREs come in one large plastic bundle with several smaller packages inside consisting of an entree and supplemental snacks and drinks. These rations are packaged in three or four layers of materials, depending on the product, to protect food from the elements and preserve freshness until opened.

But Natick’s experts are always looking to improve.

“There are 10, 15, maybe even 20 components in an MRE, and each one of those has their own specific package,” said Danielle Froio-Blumsack, a longtime materials engineer on the division’s Food Protection and Individual Packaging Team. “That’s a large amount of packaging waste to dispose of, and it’s an issue for the Army. It’s also an environmental and health hazard.”

The lab’s specialists run most of the entrees through what’s known as the retort process, which hermetically seals them into sterilized packaging via a pressurized chamber. Synonymous with pasteurization and canning, retort extends a product’s shelf life without the need for preservatives.

Current retort pouches have three layers of blended polymers and a foil layer that keeps water vapor, oxygen and light out.

“You need to have low permeation … because that allows you to extend the shelf life and improve the overall quality for the warfighter,” Froio-Blumsack said.

Unfortunately, the foil isn’t recyclable, so FPIPT personnel created a new polymer blend with similar properties that weighs significantly less and meets shelf-life requirements. It doesn’t meet water vapor transmission rates, however, so experts are determining if they need to rework their requirements.

“Are our requirements too stringent and are they maybe limiting the materials that we could use?” she said. “That could open up the door to either cheaper or more sustainable materials.”

Some of the new, nonfoil pouches spent five years in storage and recently passed food safety and quality testing in the division’s microanalytical and sensory evaluation labs, where trained microbiologists and sensory panelists test the rations.”

“It was a pretty big success,” Froio-Blumsack said.

However, it takes a long time for new materials to make it to the warfighter.

“Already it’s been seven years for this project, and it’s still just on the cusp of being able to go out into the field,” she said.

Exploring Energy Harvesting

The lab works with academia and industry to create new materials and find commercially available technologies that can be formulated to meet military needs. One project that’s in the early stages collaborates with Purdue University on energy harvesting, which converts ambient energy into usable power. The lab is looking at doing so by putting what are called tribal voltaic nanogenerators on patches that would go on pallets of boxed rations.

“Within each one of these little patches are … two layers of material that, when they vibrate or shake or move in any way, their vibrational energy can be harnessed and stored as energy,” Froio-Blumsack said.

The hope is that during the logistics cycle — when pallets of rations are moved and bounced around through air, ship or truck — they could harvest enough energy to potentially heat a ration instead of needing the flameless ration heater currently used by troops. In Arctic conditions, the process could prevent rations from freezing, she said.

“Anytime the pallet would shake or bounce or move, those materials would rub against each other and generate energy,” she said, adding that where they would store that energy has yet to be worked out.

The FPIPT has also worked closely with NASA to extend the shelf life of astronaut food in preparation for future missions to Mars.

Testing, Testing … and More Testing

Meanwhile, at the division’s packaging lab, all materials, layers and structures are tested multiple times.

“The idea behind this is to really put things through their paces. If we get a new product, where did it fail? What was the material?” explained Wes Long, the CFD’s packaging lab manager. “We pass this data along … and then we can come up with a solution.”

The lab is filled with various vacuum, heat and impulse sealers that suck the air out of the packaging. Analysis equipment inspects the pouches to make sure they’re strong enough. For example, tensile testers measure a material’s ability to tear, and burst testers check a package seal’s ability to withstand internal pressure before it ruptures. The lab also uses a water tank to blow ration packages up like a balloon to test for leaks — even those as small as a pinhole are marked as a failure.

“It immediately bubbles whenever there’s a failure,” Long said.

After each material is tested, the lab’s experts create parameters and send them to their industrial partners for standardization.

When vendors incorporate new automated technology, the division buys the same equipment to ensure it can replicate potential issues. For example, several of the division’s biggest vendors who previously hand-filled MRE pouches now use a faster automated process. However, the machines can sometimes thin out the material at the corners of the pouches and along the seals. Items can also get stuck in the machinery, which is one reason why the ever-popular mini bottles of Tabasco sauce were removed from MREs and replaced with polymer-based packets instead.

“While respecting the needs of the soldiers for morale, we have to give them good quality,” Long said of the unpopular change. “That [hot sauce bottle] was no longer working.”

Much like the food itself, the warfighter also gets to test and approve the packaging.

“If we invent something we think is great, we need them to have that final approval, because that’s what matters,” Long said.

He added that it’s important for the sealed packages to be flexible without fail since they’re piled together and shipped all over the world.

“These rations inside that have food — those pouches rub against the [bigger] pouch. That pouch is in a box. That box is in a pallet, and they’ll be stacking pallets about four high, so that bottom box with that bottom ration has to absorb all that weight,” Long said.

Those ration cases are made of thick, solid fiberboard that’s been engineered for structural strength and compression.

“Nothing like what your [online order] comes in,” Long said. “It’s strong and weather resistant.”

Before being put into pallets, the boxes are dropped and shaken — what they call rough handling tests — to simulate real-world conditions to make sure the products get to the warfighter in one piece.

By Katie Lange, Pentagon News

Posted in Army, Field Gourmet, Guest Post, Sustainment | Comments Off on It’s All in the Packaging: The Engineering Behind MRE Freshness

10th Mountain Division Activates Cutting Edge UAS and Launched Effects Company

Tuesday, December 30th, 2025

FORT DRUM, N.Y. — Fox Company, 1-10 Attack Battalion, a new company dedicated to achieving “drone dominance” on the modern battlefield, was formally established Dec. 16, 2025 under the 10th Combat Aviation Brigade, 10th Mountain Division (LI). The activation of the unit, a first-of-its-kind tactical unmanned aircraft systems and launched effects company, marks a significant milestone in the brigade’s ongoing efforts to provide the 10th Mountain Division with the most advanced aviation capabilities.

“Today’s activation of Fox Company marks a historic chapter for the Dragon Battalion and for the exceptional Soldiers standing before you,” said Lt. Col. Chris Stoinoff, the commander of 1st Battalion, 10th Aviation Regiment. “Current conflicts have proven that the modern battlefield is more lethal than ever before, primarily due to the potent combination of Unmanned Aerial Vehicles and long-range fires.”

Stoinoff elaborated on the Army’s dual approach to this new era of warfare. “The U.S. Army is currently investing in counter-UAS systems to protect our forces from this threat. But at the same time, we are developing a robust offensive launched effects and UAS capability to take the fight to our enemies,” said Stoinoff. “These robots can be equipped for a multitude of missions: to conduct reconnaissance, to act as decoys, to jam enemy communications or to deliver lethal strikes. That’s what Fox Company provides to the Falcon Brigade, a group of highly trained professionals who will hunt and kill our enemies in the division’s deep area. By integrating Fox Company’s recon forces with the overwhelming firepower of three Apache companies, 1st Battalion, 10th Aviation Regiment will decisively win battles for the 10th Mountain Division.”

To pioneer these new capabilities, the Soldiers of Fox Company, 1st Battalion, 10th Aviation Regiment are working hand-in-hand with the 10th Mountain Division’s innovation cell to develop, produce and disseminate UAS components in house. This partnership allows faster creation, adaptation, and integration of new technology directly into the unit placing the company at the forefront of the Army’s efforts to integrate unmanned systems, ensuring the division is equipped with the advanced tools needed to out-see, out-reach, and out-maneuver any adversary on the battlefields of today and tomorrow.

The establishment of Fox Company, 1st Battalion, 10th Aviation Regiment aligns with the Army’s broader strategy to equip every division with launched effects capabilities by 2026, creating a more dynamic and lethal force capable of penetrating and disintegrating enemy anti-access/area denial systems. The lessons learned by this new company at Fort Drum will pave the way for future UAS formations across the force.

By CPT Daniel Andrews

Posted in Army, Guest Post, UAS | No Comments »

The Army’s C2 Transformation Effort Surges Across the Pacific

Saturday, December 27th, 2025

SCHOFIELD BARRACKS, Hawaii — A new theater, a new set of industry partners and a new approach are on deck for the next series of operational exercises helping the Army to prototype its transformational Next Generation Command and Control, or NGC2.

The 25th Infantry “Lightning” Division, recently coming off its Joint Pacific Multinational Readiness Center rotation, is the next formation preparing to evaluate and shape NGC2 to scale it for the broader Army.

NGC2 replaces legacy systems and technologies siloed by warfighting function and instead leverages rapid progress in commercial technology to introduce an integrated “full stack” capability ecosystem. At the top of the stack, applications ingest and share C2 data across all the warfighting functions for the commander’s decision overmatch — while the bottom layers provide transport and infrastructure capabilities to move data around the battlefield.

This fundamentally new approach is rapidly progressing through iterative, Soldier-driven experimentation supported by the 4th Infantry Division, and now the 25ID will also contribute its expertise to the effort, ahead of Army decisions on fielding NGC2 capabilities across the force.

The unit’s upcoming string of exercises, called “Lightning Surge,” begins in January 2026, and will be conducted in tandem with the 4 ID “Ivy” Division’s Ivy Sting exercise series for NGC2 prototype experimentation, which kicked off in September 2025 at Fort Carson, Colorado.

“Instrumental to sustaining peace through strength is our Next Generation Command and Control, complementing the 25th Infantry Division’s continuous transformation,” said Maj. Gen. Jay Bartholomees, commanding general, 25th ID. “We’re learning from 4th Infantry Division’s Ivy Sting series and look forward to quickly implementing their best practices and applications into our Lightning Surge events.”

At the heart of the NGC2 prototyping effort are multifaceted teams-of-teams that include numerous industry partners, working with the government through non-traditional acquisition pathways. This construct — designed to reduce the time between requirements, validation and capability delivery as part of the Army’s acquisition reform — puts Army transformation organizations and industry partners onsite with 4ID and 25ID Soldiers to rapidly prioritize capabilities and iteratively address challenges. This prototyping stage is informing the Army not only on NGC2 technology and operational use, but also on the construct for government-industry partnerships to maintain a competitive ecosystem that can continuously evolve capabilities.

Unlike the 4ID, which is prototyping NGC2’s full stack of capabilities, the 25ID will predominantly focus experimentation on the recently fielded apps and data layer software.

“The 25th Infantry Division recently received the Army’s more modern C2 Fix infrastructure and network transport capabilities, so we can focus our integration and Soldier feedback on NGC2 data and apps capabilities, contributed by a different industry team,” said Brig. Gen. Jack “Shane” Taylor, capability program executive for Command, Control, Communications, and Network. “Since no two divisions fight alike, it’s critical for the Army to diversify its NGC2 prototype efforts.”

To ensure best-of-breed capabilities, the Army intends to continue to competitively onboard vendors and teams for current and future NGC2 divisions, Taylor said.

The 25ID Lightning Surge exercises will first address data layer integration, followed by exercises focused on warfighting apps. Each exercise will address different pillars of capability, prioritized by the division’s commanding general, which are critical to its unique geography and area of operations.

“We’re setting conditions for Lightning Surge so we can start doing those data connections we know we’re going to need,” said Lt. Col. Adam Brinkman, who serves as both the 25ID’s Division’s G6 and Commander for its newly reactivated Signal Battalion. “This will be a great framework to organize, think around and apply to the vast area we have to fight in.”

Lightning Surge experimentation will enable the division to utilize its common operating picture connections and introduce NGC2 capabilities to improve data integration, said Maj. Rebecca Borrebach, 25ID G6 data officer, who is working closely with the industry team prototyping NGC2 for 25ID.

“We believe NGC2 will improve on our current data visualization to correlate data from multiple sources,” Borrebach said. “It’s critical to get the data right first.”

The division — a High Mobility Artillery Rocket System unit — will also focus on integrating data to enhance the fires digital kill chain. The fires commander’s access to data and artificial intelligence capabilities are critical to establishing an effective kill chain, which will increase lethality from initial sensor detection to final sensor observation, and include data on battle damage and effectiveness, Brinkman said. Future Lighting Surge events will also include AI-enabled airspace deconfliction capabilities, utilizing NGC2 to reduce the cognitive burden on operators.

“As we bring on small Unmanned Aerial Systems and understand swarms and drones, we need to understand how to create an accurate air picture for the division,” Brinkman said.

The Lightning Surge series will expand beyond data to software apps integration, with focus on logistics, AI and culminating in joint/multinational interoperability.

“If you look at the grand scheme, we’ve been fielded a lot of [capabilities],” Brinkman said, noting the Army’s increased speed to field is both necessary and desired. “As we increase our survivability, that’s really what it comes down to at the end of the day, to fight and win our nation’s wars.”

By Kathryn Bailey, CPE C3N Public Affairs Directorate

Posted in Army, C5ISR, Guest Post | No Comments »

TacJobs – Applications Open for Army MOS 40D Space Operations Specialist

Wednesday, December 24th, 2025

The initial window for Soldiers to apply for the Army’s newest military occupational specialty (MOS), 40D – Space Operations Specialist, is open.

Soldiers can opt-into the selection board from now until April 30, 2026. HRC will publish a MILPER message in January 2026 to provide guidance on the application process and way forward for transition to 40D. You can also find specific details at the 40D SharePoint site linked below. All questions on the upcoming MILPER and transition to 40D can be answered by visiting the 40D – Space Operations Specialist (CAC required) information page, or reaching out to 40d@army.mil.

spr.ly/6044CXzow

Posted in Army, Space, TacJobs | 2 Comments »

Outthinking Adversaries: The Future of Warfare in a Multi-Domain World

Wednesday, December 24th, 2025

Military historians, professionals, and strategists attributed U.S. military victories in World Wars I and II to two basic points:

1) The U.S. possessed deeper industrial capacity to support the war, and

2) As a result of American cultural norms and values, U.S. Soldiers were better prepared to outthink their adversaries.(1)

While these variables’ impact on American success in the World Wars is debatable, the discussion frames a larger, crucial question for the U.S. Army: What should the Army focus on to remain the dominant land force in future wars?

The Army, along with other elements of the U.S. government, continually reflect on this question.(2) Most recently, the Army introduced modernization efforts, including the multidomain operations (MDO) concept and its subsequent doctrine.(3) These efforts emphasize adapting to the evolving nature of war by the integrating information and warfighting capabilities across multiple domains.

Other national capabilities, such as irregular warfare (IW) and counterterrorism (CT) forces, could be used to prevent our adversaries from escalating conflicts from competition to general war. However, if preventative IW and CT measures fail, the U.S. Army prioritizes employing smart Soldiers and synchronizing their military and intelligence actions in time, space, and purpose to generate outsized battlefield effects.

The Army may also leverage historical lessons from its past victories to think about how to address emerging battlefield challenges. Regardless of the solution, adapting to warfare’s evolving complexities and emphasizing the ability to outthink our adversaries is a critical requirement.

The purpose of this article is to advocate for increasing the American Soldier’s ability to outthink the Army’s adversaries within the MDO context, paying special attention to ensuring that Soldiers understand how to integrate technology and multidomain capabilities beyond a pure combat situation. To help illustrate this point, I briefly examine the evolution of Army doctrine from WWI to today.

MDO Definition

In response to the 2018 National Defense Strategy Commission (NDSC) report, military scholars and professionals identified the need for a new Army operating concept to account for how the Army and the joint force would explain fighting and winning against our adversaries in new and contested domains.(4) This call to action helped fuel today’s MDO doctrine, which the Army articulates in its Field Manual (FM) 3-0, Operations.

FM 3-0 defines MDO as “the combined arms employment of joint and Army capabilities to create and exploit relative advantages, defeat enemy forces, and consolidate gains.”(5) MDO is the Army’s approach to address the evolving character of modern warfare by focusing on the integration of its elements of combat power across five domains — land, sea, air, space, and cyberspace.(6) However, the Army went a step further and also incorporated new domains and threats, such as cyber and unmanned air systems, into MDO. Nonetheless, it is important to appreciate that many of MDO’s conceptual elements can be traced back to WWI and WWII.

Evolution of Military Doctrine

WWI and WWII

Military scholars and professionals argue that MDO principles are not new to the Army nor the Department of War.(7) During WWI, the U.S. Army synergistically combined maneuver, fire, and air support, creating a combined arms doctrine that allowed the Army to suppress enemy fire and seize objectives while applying rudimentary, multi-domain principles.(8) The Army’s use of the Curtiss JN-4 “Jenny” for reconnaissance and light bombing illustrates this approach. Initially produced as a training biplane, the Jenny also served in various roles, including reconnaissance and light bombing, and became one of the most iconic American aircraft of the war.(9) Similarly, in WWII, the integration of aerial artillery spotters into the Army’s existing combined arms teams also gradually nudged the Army toward multidomain operations and tactics while demonstrating how U.S. Soldiers are keenly aware of the need to outthink their adversaries.(10)

The Cold War Era AirLand Battle (ALB) Doctrine

During the Cold War, the United States and our allies needed a doctrine that could be utilized to effectively compete against the Soviets’ Red Army and the Warsaw Pact’s massive manpower pool.(11) This led to the creation of the AirLand Battle (ALB) doctrine in the late 1970s and 1980s. ALB aimed to integrate air and land forces to counter a potential Soviet invasion in central Europe, focusing on the synchronization of land and air power to create an overmatch.

ALB doctrine was built on four basic tenets:

(1) Seizing the initiative through proactive engagement with the enemy,

(2) Fighting at depth, striking targets throughout the entire operational area,

(3) Remaining agile to adapt to changing conditions, and

(4) Synchronizing operations across all domains, with all services to find the best solution to emerging militaries problems.(12)

Global War on Terrorism (GWOT): Full-Spectrum Framework (FSO)

While ALB was effective in large-scale operations, the GWOT dictated a different approach to armed conflict, leading to the development of the Army’s full-spectrum operations (FSO) doctrine.(13) FSO aimed to position the Army to thrive in the GWOT’s low-intensity conflicts and so-called small wars. During GWOT, the Army focused on counterinsurgency (COIN), IW, and CT to address the ever-present need to combat insurgents and non-state actors.(14)

This strategy enabled the Army to operate across both large-scale combat operations (LSCO) and small wars. However, the heavy emphasis on COIN, IW, and CT during this period resulted in the Army’s lack of preparedness for large-scale conflicts with near-peer adversaries.(15) Russia’s 2008 invasion of Georgia highlighted this issue, prompting the Army to reevaluate its operational doctrine.

Unified Land Operations (ULO)

In 2011, the Army introduced unified land operations (ULO) to describe how it would seize, retain, and exploit the initiative to gain and maintain a position of relative advantage in sustained land operations. ULO aimed to prevent or deter conflict, prevail in war, and create favorable conditions for conflict resolution. However, ULO did not account for the technological advancements made by strategic rivals like Russia and China, particularly in standoff and anti-access and area-denial (A2/AD) systems.

Unconventional Warfare (UW), IW, and CT operations can fill this gap during competition short of armed conflict. Special Forces (SF) Soldiers and other UW agents can operate in the gray zone to counter the threat of standoff and A2/AD without escalating military operations into war. These small SF units and agents conduct expedient and vital military operations to extinguish small fires to prevent the proverbial forest from catching fire.(16) However, if small conflicts scale into conventional war, special operations forces (SOF) evolve their activities into direct action operations to create favorable conditions for conventional units.(17)

Recognizing the shortcomings of FSO and ULO, the Army developed and adopted MDO to account for A2/AD’s prominence in LSCO.

Multidomain Operations to Address the Emerging Threats

MDO within the Diplomacy, Information, Military, and Economics (DIME) Framework

Prior to being called multidomain operations, MDO was initially called multidomain battle (MDB).(18) However, scholars and military strategists realized the limitation of using “battle” as part of operation concept, leading to replacing battle with “operations” to include other national actions as part of MDO framework.(19) Using battle indicates actions associated with military engagements, while operations include activities outside of military domains.

From the national perspective, MDO is defined as of various national means to deal with other countries.(20) These means include diplomacy, information, military, and economics.(21) DIME outlines the four pillars used in national strategy to achieve foreign policy objectives and address security challenges.(22)

The military domains are land, maritime, air, cyberspace, and space, while the social domains include politics, economics, and information. In total, there are nine “domains” that nation-state competitions could occur: politics, diplomacy, economics, information, cyberspace, space, land operations, maritime forces, and military air forces.(23)

While politics, diplomacy, and economics fall under the executive office and Congress, and information is managed by the Office of the Director of National Intelligence, the Department of War can influence the other five domains. During armed conflict, the military is responsible for five domains, making military actions significant factors in winning nation-state competitions. However, civilian leadership can utilize military domains at any time during nation-state competitions, but military actions are often restricted until a conflict threshold is crossed.

In the escalation of the force continuum, wars reside at the end of the continuum, while diplomacy resides on the opposite end, making military underutilized during nation-state competitions that are short of armed conflict.(24) Additionally, it is said that war is a continuation of policy with other means, making it challenging to identify when one activity ends and the other begins.

Blurred Line Between Diplomacy and War

Given that war and diplomacy exist on the same continuum, adversaries continue to blur the line between the two. Recognizing America’s military superiority, rival nations challenge the U.S. in non-military domains using methods short of war. To avoid direct military confrontation, they undermine America’s interests in other domains without crossing the threshold of armed conflict. Consequently, the blurred line between civil and military operations necessitates that military professionals stay informed about developments outside military domains. This awareness enables them to identify opportunities for contributing to nation-state competition, even in situations short of armed conflict.

Competitions Short of Armed Conflicts

Strategist Sun Tzu asserted that the greatest victory is winning a war without having to fight at all.(25) In alignment with Sun Tzu’s thinking, GEN James C. McConville posited, “In competition, our Nation’s goal remains winning without fighting by leveraging all elements of national powers.”(26) Hence, with MDO, the United States should leverage all available assets to deter our adversaries from escalating competition into armed conflict. Accordingly, even in competitions short of war, the military should play a role in deterring adversaries.(27)

For example, recognizing the blurred line between competition and conflict, the Army operationalized theater information advantage detachments (TIADs).(28) TIADs are specialized military units focused on enhancing information operations and optimizing the information environment within a specific operational theater. This capability could be leveraged by civilian authorities outside of armed conflict and employed by combatant commanders during armed conflict.(29) As a result, TIADs close the capability gap that adversaries could exploit during nation-state competition short of armed conflicts.(30) While they enhance the Army’s capabilities in information operations during competition and conflict, the evolving threats posed by an adversary’s A2/AD systems highlight the necessity for a comprehensive MDO framework to effectively counter these challenges.

The A2/AD Problem

Due to the advancement of the adversaries’ A2/AD systems, the MDO framework and capabilities are essential to overcoming these new challenges.(31)These A2/AD systems are newly developed capabilities that aim at preventing or delaying the deployment of the U.S. forces into theater or to isolate our forces from being reinforced. For example, the advancement of A2/AD allows adversaries to use long-range precision strikes and integrated air defense (IAD) systems to create standoff distance and anti-access operations while manipulating electromagnetic spectrum to isolate or disintegrate forces within their respective area of operations.(32) Ultimately, our adversaries aim to undermine U.S. military superiority using those two systems: anti-access to prevent the U.S. from reaching the theater of operations, and area-denial to disorient units when inside theater of operations.

To counter adversaries’ strategy to undermine our military superiority via A2/AD, MDO aims to penetrate and disintegrate such standoff systems to facilitate our freedom of movement in and outside the theater of operation and freedom of maneuver within the battlespace.(33) The creation of multidomain units, such as the Army’s multidomain task force is an modernization effort designed to overcome A2/AD problems by posturing forces inside theater of operations to provide positional advantage.(34) The positioning of these MDO capabilities intends to overcome the A2/AD challenge by increasing multi-national and multi-services human and capabilities convergence.(35) The U.S. Army defines convergence as “the rapid and continuous integration of capabilities in all domains, the electromagnetic spectrum, and the information environment that optimizes effects to overmatch the enemy through cross-domain synergy and multiple forms of attack, all enabled by mission command and disciplined initiative.”(36)

To implement convergence, MDO prioritizes the synchronization of multiple assets to produce a great battlefield impact, also called synergy. Like the integration of land forces with aircraft in previous conflicts, synergy is the simultaneous employment of multiple military assets to produce greater effects on the battlefield and create multiple dilemmas for the enemy. Ultimately, MDO aims to overwhelm adversaries by simultaneously executing multiple actions across multiple domains to create a dilemma for the enemy to create a window of vulnerability to exploit.(37)

Recommendations

Integrating MDO Strategies Beyond the Battlefield

MDO emphasizes synchronization of multiple military efforts to achieve a greater military outcome. This approach should be extrapolated to other national efforts beyond just military actions. For example, during nation-state competitions, the United States should synergistically and continuously employ all nine domains to create continuous dilemmas even during competition short of armed conflicts. An example of this recommendation is demonstrated by what COL Mike Rose, 3rd Multi-Domain Task Force commander, asserted: “The U.S. Army needs to constantly advance and transform to not only combat foes but help ally nations with humanitarian assistance as well.”(38) This mindset demonstrates looking beyond the traditional role of the Army by examining other national and global initiatives.

Integrating Intellectual Growth into MDO Modernization

Future MDO modernization efforts should encompass not just the integration of military capabilities across multiple domains, but also a robust emphasis on Soldiers’ cognitive capabilities to outthink adversaries. The Army should prioritize intellect alongside technological advancement, ensuring that Soldiers are equipped to navigate the complexities of modern warfare. In alignment with this recommendation, GEN Charles Flynn explained, “Weapons are important, but weapons and material are not going to win, organizational change is what is going to drive our solutions.”(39) Organizational initiatives such as recruitment programs, Soldiers’ quality of life projects, and continuous education program are an essential part of getting the right Soldiers into the Army formation and developing them to perform effectively in complex operational environments.

Integrating AI to Future MDO Modernization Efforts

Future MDO efforts should put more emphasis on artificial intelligence (AI) integration to enhance greater situation awareness and responsive decision-making processes. To demonstrate the vital need of this capability, COL Rose explained, “The Tactical Intelligence Targeting Access Node allows us to integrate terrestrial, airborne, stratospheric and space center data to accelerate our abilities to understand the environment.”(40) As the battlefield becomes more complex, technology that could aid in quick and accurate decisions will be invaluable for military leaders. Hence, incorporating AI modernization initiatives now could increase operational advantages in future fights

Conclusion

While material and technological modernization efforts are being prioritized, Soldiers’ ability to outthink adversaries is the determining factor in winning past wars. Therefore, the prioritization of intellect should drive how the Army implements Soldier recruitment, conducts operational training, performs leadership development, and arranges organizational structure.

Like the two factors that determine the outcomes of WWI and WWII, winning future wars will depend on Soldiers’ ability to outthink adversaries and the availability of the U.S. military-industrial complex to support the war. We must enhance the MDO framework by expanding its application beyond military actions to include all nine domains — politics, diplomacy, economics, information, cyberspace, space, land operations, maritime operations, and air operations.

Moreover, this article emphasizes the importance of developing Soldiers’ cognitive capabilities alongside technological advancements, advocating for robust training programs. Finally, the article recommends integrating AI to improve situational awareness and decision-making. These strategies aim to prepare the military to outthink adversaries and maintain superiority in future conflicts.

Notes

1 Martin Van Creveld, The Transformation of War: The Most Radical Reinterpretation of Armed Conflict since Clausewitz (New York: Free Press, 1991); Wiliamson Murray and Allan R. Millett, A War to Be Won: Fighting the Second World War(Cambridge, MA: Harvard University Press, 2000); Martin Blumenson, “Review: The American Way of War,” Armed Forces & Society 2/4 (Summer 1976): 595-599, www.jstor.org/stable/45345986.

2 U.S. Army, “Army of 2030,” Army News Service, 5 October 2022, www.army.mil/article/260799/army_of_2030; “The Future of the Battlefield,” Global Trends, April 2021, www.dni.gov/index.php/gt2040-home/gt2040-deeper-looks/future-of-the-battlefield.

3 U.S. Army Training and Doctrine Command Publication 525-3-1, The U.S. Army in Multi-Domain Operations 2028, 6 December 2018, adminpubs.tradoc.army.mil/pamphlets/TP525-3-1.pdf; Field Manual (FM) 3-0, Operations, March 2025, armypubs.army.mil/epubs/DR_pubs/DR_a/ARN43326-FM_3-0-000-WEB-1.pdf.

4 “Evaluating DoD Strategy: Key Findings of the National Defense Strategy Commission,” Congressional Research Service, 19 March 2019, crsreports.congress.gov/product/pdf/IF/IF11139/2.

5 FM 3-0.

6 Tom McCuin, “Brigades Lead Transforming in Contact Initiative,” Association of the U.S. Army (AUSA), 22 October 2024, www.ausa.org/news/brigades-lead-transforming-contact-initiative.

7 Geir eidell Nedrevage, “What is a Domain? Understanding the Domain Term in Mult Domain Operations,” Forsvaret, 2023, fhs.brage.unit.no/fhs-xmlui/handle/11250/3087369.

8 MAJ Jose L. Liy, “Multi-Domain Battle: A Necessary Adaptation of U.S. Military Doctrine,” (School of Advanced Military Studies, 2018), apps.dtic.mil/sti/pdfs/AD1071121.pdf.

9 Ibid.

10 MAJ Edward Richardson, CPT Bol Jock, SSG Maggie Vega, and Mark Colley, “Testing the Newest Army Long-Range Weapons System: Long-Range Hypersonic Weapon and Mid-Range Capability,” Field Artillery Professional Bulletin 24/2 (2024), www.dvidshub.net/publication/issues/71667/#page=54; William G. Dennis, “U.S. and German Field Artillery in World War II: A Comparison,” The Army Historical Foundation, armyhistory.org/u-s-and-german-field-artillery-in-world-war-ii-a-comparison.

11 FM 100-5, Operations, August 1982, archive.org/details/FM100-5Operations1982.

12 Ibid.

13 COL Grant S. Fawcett, “History of U.S. Army Operating Concepts and Implications for Multi-Domain Operations,” (School of Advanced Military Studies, 2019), apps.dtic.mil/sti/pdfs/AD1083313.pdf.

14 Jared M.Tracy, “From ‘Irregular Warfare’ to Irregular Warfare: History of a Term,” Veritas 19/1 (2023), arsof-history.org/articles/v19n1_history_of_irregular_warfare_page_1.

15 COL Gregory Wilson, “Anatomy of a Successful COIN Operation: OEF-Philippines and the Indirect Approach,” Military Review (November-December 2006), www.armyupress.army.mil/Portals/7/PDF-UA-docs/Wilson-2008-UA.

16 “U.S. Special Operations Forces (SOF): Background and Considerations for Congress,” Congressional Research Service, 4 March 2025, crsreports.congress.gov/product/pdf/RS/RS21048.

17 Ibid.

18 COL Marco J. Lyons and COL (Retired) David E. Johnson, “People Who Know, Know MDO: Understanding Army Multi-Domain Operations as a Way to Make It Better,” AUSA, November 2022, www.ausa.org/sites/default/files/publications/LWP-151-People-Who-Know-Know-MDO-Understanding-Army-Multi-Domain-Operations-as-a-Way-to-Make-It-Better-28NOV22.

19 Ibid.

20 David S. Alberts, “Multi-Domain Operations (MDO): What’s New, What’s Not? Presentation to 23rd ICCRTS,” November 2018, static1.squarespace.com/static/23rd_ICCRTS_presentations_51.

21 Nedrevage, “What is a Domain?”

22 Dr. Harry R. Yarger, Strategic Theory for the 21st Century: The Little Book on Big Strategy (Carlisle Barracks, PA: U.S. Army War College Press, 2006), press.armywarcollege.edu/monographs/723.

23 Nedrevage, “What is a Domain?”

24 Ibid.

25 Sun Tzu, The Art of War, classics.mit.edu/Tzu/artwar.

26 “Army Multi-Domain Transformation: Ready to Win in Competition and Conflict,” Chief of Staff Paper #1, 16 March 2021, api.army.mil/e2/c/downloads/2021/03/23/eeac3d01/20210319-csa-paper-1-signed-print-version.

27 Alberts, “Multi-Domain Operations;” Nedrevage, “What is a Domain?”

28 Mark Pomerleau, “Army Tests New Information Unit in Pacific,” Defense Scoop, 23 August 2023, defensescoop.com/2023/08/23/army-tests-new-information-unit-in-pacific.

29 Ibid.

30 Fawcett, “History of U.S. Army Operating Concepts.”

31 Ibid.

32 Ibid; Lyons and Johnson, “People Who Know, Know MDO.”

33 Ibid.

34 Tristan Lorea, “‘Transformation in Contact’ Changes Army Approach to Combat,” AUSA, 16 October 2024, www.ausa.org/news/transformation-contact-changes-army-approach-combat.

35 Ryan R. Duffy, “Convergence at Corps Level: Bringing It All Together to Win,” (Army Command and General Staff College, April 2020), apps.dtic.mil/sti/citations/AD1158906.

36 Ibid.

37 Ibid.

38 SGT Daniel Lopez, “Multi-Domain Transformation in a Complex World,” 16 October 2024, www.dvidshub.net/news/483285/multi-domain-transformation-complex-world.

39 Ibid.

40 Ibid.

By CPT Bol Jock

CPT Bol Jock, PhD, is a Field Artillery officer with the Fire Support Test Directorate (FSTD) at Fort Sill, OK. In his current role, he is the battery commander for FSTD and the operational test officer for the Army’s newly developed long-range missile systems, the Long-Range Hypersonic Weapon System (LRHW) and Mid-Range Capability (MRC). CPT Jock’s previous position included foreign military advisor to the Royal Saudi Land Forces, brigade fire control officer, battery commander, company fire support officer, and platoon fire direction officer. CPT Jock has a Ph.D. in industrial and organizational psychology. His dissertation examined the correlations between authentic leadership and the workplace motivations of millennial information technology engineers.

This article appears in the Winter 2025-2026 issue of Infantry. Read more articles from the professional bulletin of the U.S. Army Infantry at www.benning.army.mil/Infantry/Magazine or www.lineofdeparture.army.mil/Journals/Infantry.

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AV Delivers JLTV-Mounted LOCUST Laser Weapon Systems to US Army

Tuesday, December 23rd, 2025

ARLINGTON, Va., December 18, 2025 –AeroVironment, Inc. (“AV”) (NASDAQ: AVAV), a leading provider of counter-unmanned aircraft system (C-UAS) technologies, today announced the successful delivery of two Joint Light Tactical Vehicle (JLTV)-mounted mobile C-UAS Laser Weapon Systems (LWS) to the U.S. Army as part of the second increment of the Army Multi-Purpose High Energy Laser (AMP-HEL) prototyping effort. These systems were delivered to the Army’s Rapid Capabilities and Critical Technologies Office (RCCTO), now integrated into the Portfolio Acquisition Executive Fires, reflecting the Army’s ongoing transformation and acquisition reform efforts.

In September, AV announced delivery of the first increment of AMP-HEL prototype systems–two LOCUST LWS integrated on the General Motors Defense Infantry Squad Vehicle (ISV) platform. This second-increment system on the Oshkosh JLTV platform features the same 20kW-class LOCUST LWS with a larger aperture beam director, improving lethality performance.

“AV continues to deliver proven, efficient, modular laser weapon systems that perform and protect in real-world threat environments,” said Mary Clum, President, Space, Cyber & Directed Energy for AV. “Integrated as part of these AMP-HEL systems, LOCUST is a cost-effective, rugged, precise, and scalable solution that is addressing the ever-evolving UAS threats our warfighters are facing on frontlines today. With the technology proven, we remain focused on advancing capabilities while scaling manufacturing to meet the growing demand.”

AV delivered its first LOCUST LWS to RCCTO as part of the Palletized-High Energy Laser (P-HEL) program in 2022. With more than three years of operational deployment outside the United States, these state-of-the-art LWS have demonstrated exceedingly high operational availability rates for prototype systems after first generation lessons learned informed necessary improvements now supporting current technology development efforts. During these deployments, the LOCUST-equipped P-HEL systems, now integrated on AMP-HEL, have performed their designed mission against UAS threats in real world combat.

“Directed energy is no longer a future concept—it is a proven force-protection capability,” said John Garrity, Vice President of AV’S Directed Energy business unit. “Since deployed, LOCUST-equipped P-HEL systems have actively protected warfighters, allies, and critical infrastructure against aerial threats. With LOCUST’s target acquisition, tracking and precision beam control, warfighters have an easy-to-use, reliable, trusted, and proven solution against the very real and evolving threats of modern warfare.”

Designed to be platform-agnostic and rapidly deployable, AV’s directed-energy systems integrate seamlessly with Army command-and-control architectures, providing a critical C-UAS capability that protects Soldiers and assets across a wide range of missions and environments. These systems have been successfully integrated in fixed-site base defense systems and on maneuverable platforms, including the ISV and JLTV, and mounted on the Light Medium Tactical Vehicle for increased mobility.

www.avinc.com

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Scarlet Dragon Links Military, Industry to Test Artificial Intelligence for Warfighters

Sunday, December 21st, 2025

FORT BRAGG, N.C. — On a cold, December day deep in Fort Bragg’s training area, Soldiers, Airmen, Marines and civilian industry partners came together to test the latest drone and counter unmanned aircraft systems technology, while rapidly sharing targeting data through the National Geospatial-Intelligence Agency’s Maven Smart System.

Scarlet Dragon is the XVIII Airborne Corps’ premier innovation exercise, where new ideas and technologies are tested to solve current issues on the battlefield. “We’re focused on bringing new technologies and approaches to solve operational capability gaps and requirements that we identify from operational plans around the globe,” said Rob Braun, XVIII Airborne Corps chief technical officer.

The Scarlet Dragon exercise series started in 2020 as a table-top exercise in the basement of the XVIII Airborne Corps’ headquarters and has evolved into a triannual innovation event where joint services, government agencies, and industry partners come together to test and integrate the latest technology for the modern warfighter.

During this iteration, known as Scarlet Dragon 26-1, the XVIII Airborne Corps tested several initiatives. The 18th Field Artillery Brigade trained with the U.S. Air Force to rapidly load and deploy an M142 High Mobility Artillery Rocket System from a C-17 Globemaster III, all while simultaneously receiving targeting data through the National Geospatial-Intelligence Agency’s Maven Smart System. The streamlined data-sharing allows the HIMARS unit to rapidly deploy anywhere in the world and quickly set up for offensive or defensive engagements. “We’re doing cold-load training with a C-130, putting the HIMARS on the aircraft, driving it off, executing a rapid-fire mission, and getting back on quickly,” said 2nd Lt. Ryan Mitchell, 18th Field Artillery Brigade, HIMARS platoon leader. “Through Scarlet Dragon, we are doing advanced targeting with data received through Maven, rapidly getting that information to the launcher so we can deploy and shoot faster.”

Another initiative included real time data sharing and tracking between AH-64 Apache helicopters from the 82nd Airborne Division’s Combat Aviation Brigade, drones and small UAS with the XVIII Airborne Corps Air and Missile Defense team, Sentinel radars from the 82nd Airborne Division, and newly fielded SGT STOUT systems from the 108th Air Defense Artillery Brigade. The Sentinel radars and SGT STOUTs tracked Apaches and drones, pushing data to the Corps headquarters to validate faster early warning systems for troops on the ground. Apache pilots tested their ability to identify and track small drones, while the SGT STOUT Short Range Air Defense system teams validated their tracking and targeting capabilities.

The integration of the SGT STOUT into the maneuver force is a critical step in providing protection against short-range air threats. “What I like about Scarlet Dragon is how I push, not just the Soldiers, but also the equipment that we have to our limits and to see what we are capable of and how we can improve our system capabilities,” said Spc. Daniel Rosas, XVIII Airborne Corps air defense battle management system operator. “With the way the world is currently moving, especially when it comes to UAS or drones, it is a big threat and it helps for us to push forward on what we can adapt when it comes to gauging and tracking these threats.”

Scarlet Dragon gives service members and industry partners the opportunity to test new ideas and innovations in an open and minimum-risk environment. “That’s what I really like about Scarlet Dragon,” said CW4 Sean Benson, XVIII Airborne Corps Senior Geo-Intelligence Imagery Technician. “It’s not an exercise with defined timelines or deliverables. It’s whatever we want to try to get to the outcome we need. If you have an idea and it sticks when you throw it on the wall, we’ll give it a shot.”

The Future of Scarlet Dragon

With every iteration of Scarlet Dragon, the integration process is refined and the technology improves. In the future, the Scarlet Dragon exercise series will be tied in with Fort Bragg and XVIII Airborne Corps’ new Lt. Gen. James M. Gavin Joint Innovation Outpost, which will officially open on Jan. 23, 2026.

“During Scarlet Dragon 26-1, the XVIII Airborne Corps and Fort Bragg held a soft opening for our new Joint Innovation Outpost, or JIOP,” said Lt. Gen. Greg Anderson, commanding general of the XVIII Airborne Corps. “With the JIOP and our Scarlet Dragon series of exercises, we will be able to develop and test Soldier-driven, rapid innovation and technical transformation while providing the Army a model to revolutionize the acquisition process. It is making us more lethal at the tactical and operational levels of war.”

The JIOP will allow Soldiers to bring innovative solutions to the facility to work with civilian industry and academic partners to refine and produce new technology that can then be tested in Scarlet Dragon exercises and eventually shared across the Joint Force.

In 2026, Scarlet Dragon will shift to the Indo-Pacific theater and U.S. Army Japan for their annual combined exercise with the Japanese Ground Self Defense Forces, Yama Sakura.

By MAJ Matthew St Clair, XVIII Airborne Corps Public Affairs

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Long-Range Hypersonic Weapon System Battery activates on Joint Base Lewis-McChord

Sunday, December 21st, 2025

JOINT BASE LEWIS-MCCHORD, Wash — In a significant advancement of its military capabilities today, the U.S. Army activated the Bravo Battery, 1st Battalion, 17th Field Artillery Regiment, 3d Multi-Domain Task Force, a unit fully designated to operate the Dark Eagle, the services Long-Range Hypersonic Weapon (LRHW) system.

Soldiers and Families gathered in the overcast (location/1-17 FA motor pool) for a ceremony to stand up the battery that will utilize the Dark Eagle system. The ceremony represents a pivotal moment in the Army’s ability to deliver decisive effects in support of the Joint Force across the Indo-Pacific.

“The environment we face is complex and fast evolving,” said Lt. Col. Jeffrey M. Orban, the 1-17th FAR commander. “The Indo-Pacific is vast, dynamic, and critically important to global stability. Our allies, our partners, and our nation depend on our ability to deter aggression.”

Hypersonic systems, capable of flying at speeds greater than five times the speed of sound (Mach 5) provide a combination of speed, range, maneuverability, and altitude that enables highly survivable and rapid defeat of time-critical and heavily defended targets.

”1st. Sgt. Davenport and I are committed to building the formation and ensuring every Soldier within it pursues excellence,” said Capt. Adam Donlan, the Bravo Battery commander. “We must be ready once we receive the TELs [transporter erector launcher] to deploy to the Pacific and deter our adversaries.”

In July 2025 the 3d Multi-Domain Task force successfully deployed the Dark Eagle system for the first time, demonstrating the unit’s ability to project long-range fires capability.

Adm. Samuel Paparo, commander, U.S. Indo-Pacific Command said, “The deployment of the LRHW system to Australia marks a significant achievement for U.S. Indo-pacific Command, as it validates the Army’s ability to deploy, position, and exercise command and control (C2) of the system in a forward environment.”

By 1LT Junelle Sweitzer

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