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US Army, Polish Land Forces Conduct Operation Winter Falcon 2026

Saturday, January 24th, 2026

OLESZNO, Poland — Soldiers assigned to the 3rd Battalion, 66th Armored Regiment, 1st Armored Brigade Combat Team, conducted an armored live-fire exercise and technology demonstrations during Operation Winter Falcon 26 at the Drawsko Combat Training Center in Oleszno, Jan. 13.

The event demonstrated how modern military operations rely on integrating multiple systems, including unmanned aerial systems and counter-UAS capabilities, to strengthen defensive capabilities. The demonstration reflected how the United States and its NATO allies are modernizing to reinforce defenses in Poland and across the alliance.

Polish and U.S. forces fired their M1A2 Abrams tanks side by side on the firing line. This marked the first time Polish forces fired their M1A2 SEPv3 Abrams tanks alongside U.S. forces, demonstrating both the platform’s firepower and the coordination among partner nations. The commander of the 1st Armored Brigade Combat Team, Army Col. Matthew Kelley, emphasized the importance of communication when building relationships to deliver interoperability.

“We train to be ready for anything that might happen in the future,” Kelley said. “There is no way you could do that on your own.”

The commander also spoke about the importance of training in Poland and the value it brings to his troops.

“The strength of our allies together is how we demonstrate that resolve, that commitment, and you’ve [got to] do that in the place you may have to defend,” he said.

“After the live-fire exercise, a static display of UASs featured drones that can provide reconnaissance for ground and armored forces and engage enemy vehicles while the pilot remains in a secure position.

Polish vehicles, such as the M142 High Mobility Artillery Rocket System and the AH-64D Apache helicopter, were displayed alongside U.S. technology systems to counter opposing UAS.

The static display illustrated how both UAS and counter-UAS systems complement armored platforms such as the Abrams by providing reconnaissance, identifying potential threats at a distance and preventing adversaries from locating friendly forces.

When presented together, the systems demonstrated the growing role of UAS and counter-UAS technologies in reinforcing NATO’s defensive posture along Poland’s eastern region.

Operation Winter Falcon 26 underscored the importance of innovation for NATO’s armed forces in modern military operations. By linking armored elements, such as the Abrams tank, with UAS, U.S. and NATO forces demonstrated how coordinated technologies enhance readiness and strengthen overall defense.

PFC Andre Gremillion Jr

JRTC Brings Industry, Experts Together to Support TiC

Friday, January 23rd, 2026

FORT POLK, La. — The Joint Readiness Training Center and Fort Polk hosted their first Innovation Industrial Conference, Jan. 14–15, bringing together defense industry vendors and Army modernization experts to support efforts to modernize JRTC’s Transformation in Contact initiative.

The two-day conference focused on electromagnetic warfare, unmanned aerial systems, unmanned ground vehicles, artificial intelligence, command and control, and intelligence and fires integration.

More than 40 defense industry vendors from across the country participated, showcasing technologies aligned with concepts developed by the JRTC Innovative Modernization Equipping Group. Vendors included Interference Management and Cancellation International, ORKID, Farada Group and EagleNXT.

Representatives from several Department of War organizations also attended, including Army Materiel Command, Army G-3, U.S. Army Reserve Command G-34, First Army Training and the Joint Counter–Small Unmanned Aircraft Systems University.

“This is super important for what we do here at JRTC,” Brig. Gen. Jason A. Curl, commanding general, said about the event. “We’re making sure we continue to move up and close the gap between what we’re seeing in the current operating environment and what we’re able to replicate. We’re focused on making sure that we continue to advance the Army’s Combat Training Center itself.”

Organizers said the conference was designed to connect emerging industry solutions with JRTC’s operational experimentation environment, ensuring future equipment supports realistic training at the Army’s premier CTC.

Sgt. First Class Travis Keiper, USAR Soldier assigned to Task Force 76 from Salt Lake City, Utah, discussed the importance of the conference and gave feedback.

“To build our counter-UAS program, it’s important for us to understand what capabilities and products are coming and how we can integrate them into a top-down program,” he said.

“While I’m here, I can ask questions about what products are coming out, if we can get a better feel for those systems and understand the training timeline so we can continue to develop the program. We also attend several annual training events each year, so it would be beneficial to incorporate those programs as well, along with working with the JRTC here. Ideally, we could bring our unit to Fort Polk to train and gain hands-on experience across the full spectrum of capabilities.”

Maj. Roman Xydias, USARC G34 Training and Exercises officer, shared similar beliefs.

“We are looking at both materiel training solutions and using a bottom-line up-front approach,” Xydias said. “From the USARC G-34 perspective, our goal is to develop a complete concept that moves materiel solutions through the training and testing pipeline within an operational environment, allowing us to clearly determine what capabilities we should be fielding and which we should not.”

Col. Justin Sisak, USARC G-34 program manager, said events like the Innovation Industrial Conference are important because they help build relationships to form partnerships and identify missing links.

“Now that we’re here at the Innovation Industrial Conference, we’ve identified a relationship that we can continue to build and grow,” Sisak said. “The current environment is saturated with individual organizations all trying to solve the same problem at the same time, often in isolation. Those are the walls we need to break down, and this type of event does exactly that for the USAR. It accelerates the maturation of our strategy and campaign plan significantly.”

Lt. Col. Troy Allen Catterton, U.S. Army reservist assigned to the JRTC G-3 Directorate as the senior USAR advisor and the JRTC TIC modernization project officer, was a key organizer of the conference. Upon conclusion of the two-day event, Catterton expressed how the Innovation Industrial Conference enables JRTC to bridge the gap between Department of War initiatives and the modernization of warfighter capabilities.

“There is much more that could be added to the broader environment, but our initial task is to create a venue where technology modernization and its various facets can be identified and where we can leverage vendor capabilities and industry leaders to synchronize our path forward,” he said.

Catteron said he hopes to see the conference evolve into an annual event in the future.

As the Army continues to adapt to rapidly evolving threats, the Innovation Industrial Conference marked a significant step in aligning industry innovation with realistic, operational training. By fostering collaboration across Army organizations and defense partners, JRTC and Fort Polk strengthens its ability to modernize transformation in contact and prepare Soldiers for the complexities of the modern battlefield — setting conditions for continued innovation and readiness in the years ahead.

By Porsha Auzenne

Safran Federal Systems Demonstrates Blacknaute Inertial Navigation System on US Army Black Hawk Following AUSA Debut

Thursday, January 22nd, 2026

ROCHESTER, NY – January 21, 2025

Safran Federal Systems, a trusted U.S. Department of Defense mission partner and leader in Assured Positioning, Navigation and Timing (A-PNT), announced the successful flight demonstration of its Blacknaute™ Inertial Navigation System (INS) aboard a U.S. Army UH-60 Black Hawk helicopter.

Purpose-built for multi-domain operations, Blacknaute™ delivers precise navigation in GPS-denied and electronic warfare-contested environments, fulfilling a critical need for resilient, open-architecture PNT capabilities across air, land, sea, space, and cyber domains.

The live flight test confirmed Blacknaute’s ability to maintain high-accuracy inertial performance without GNSS support, validating operational readiness just days after its U.S. debut at the 2025 Association of the United States Army (AUSA) Annual Meeting & Exposition in Washington, D.C.

“Our demonstration onboard the Army Black Hawk showcases the tactical readiness of Blacknaute™,”said Jon Leombrone, Executive Vice President of Navigation Systems at Safran Federal Systems. “The system maintained drift of less than 0.4 nautical miles per hour over several hours—proof of its SWaP-optimized, NAVWAR-resilient design engineered for rapid deployment across the Joint Force.”

Blacknaute™ combines multiple cutting-edge technologies in a rugged, lightweight system weighing less than 16 pounds. Key features include:

HRG Dual Core™ Technology: Safran’s patented hemispherical resonator gyro platform, fielded in more than 40,000 units and proven over 30 million operational hours across defense and aerospace applications.

M-Code Ready GNSS Receiver: Supports secure, multi-constellation satellite navigation using military-grade M-Code signals.

Ultra-Stable Atomic Clock: Provides highly precise timing with drift of less than one second every 30,000 years, ensuring reliable synchronization across mission systems.

Interference Detection and Mitigation (IDM): Built-in capabilities for detecting and mitigating GPS spoofing and jamming threats, enhancing survivability in electronic warfare environments.

Open Systems Architecture: Fully compliant with MIL-STD interfaces and TSO-C220 standards, enabling plug-and-play integration with modular open systems used across modern defense platforms.

Safran Federal Systems provides advanced, classified navigation and PNT solutions to Safran Defense & Space, Inc. (Safran DSI), accelerating innovation across multi-domain operations in support of U.S. defense programs.

For more information, visit us at BlackNaute | Air Navigation | Safran Federal Systems.

Year in Review: CECOM SEC Provides Solutions Through Modernization

Tuesday, January 20th, 2026

In 2025, the Communications-Electronics Command Software Engineering Center advanced the Army’s modernization portfolio through scalable software capabilities.

Given the Army’s adoption of continuous delivery and modern DevOps, transformation is the new normal for the Department of War support center headquartered in Aberdeen Proving Ground, Maryland.

DEVSECOPS AND CONTINUOUS DELIVERY

Powered by expertise in AI, DevSecOps, electromagnetic warfare, operational support, and software solutions, the Center concluded the year by advancing its core mission to deliver modular, transformative solutions that meet Soldiers’ evolving needs through enhanced cyber posture, scaled-up deployment cadence, modernized systems, and expanded field engagement. These competencies support enterprise DevSecOps efforts on behalf of the Enterprise Cloud Management Agency and the Chief Information Officer.

CECOM SEC’s extensive and continuous modernization posture kept the Army ahead of evolving threats without disrupting readiness. In step with its continuous software release cadence, the Center delivered 350 security updates in FY25, ensuring Soldiers have access to cutting-edge capabilities.

SOFTWARE MODERNIZATION AND CLOUD ENABLEMENT

FY25 saw the Center meet the Army’s need for cloud-based solutions. Cloud-enabled modular infrastructure allows the Army to deliver innovation rapidly so updates can be rolled out instantly across the force without delay.

“Software’s always changing, the environment’s always changing—so the requirements for systems are also changing with that, and we need to be able to adapt,” says Seiichi Sugawara, computer scientist for CECOM SEC.

The Center is propelled by the Army’s demand for innovation against the backdrop of an ever-changing battlefield.

“There’s a change in risk appetite. The Army is taking on more risk in order to release these next-generation systems faster,” Sugawara stated.

In FY25, CECOM SEC’s modernized cloud infrastructure met this speed of delivery with almost 600 software releases.

ZERO TRUST CYBERSECURITY

With the Army moving toward cloud-native solutions and continuous integration and continuous delivery, or CI/CD, there’s a growing requirement for a cyber posture that underpins modernized capabilities.

CECOM SEC advanced its cyber posture for the Army by working with the Army Materiel Command to support the DOW’s policy and procedure development for Zero Trust cybersecurity. In an escalating cyber threat environment, one of the Center’s goals is to educate the workforce on Zero Trust by partnering with Defense Acquisition University. The Center also partnered with U.S. Military Academy at West Point to analyze the feasibility of the SEC-developed mapping between Zero Trust and the DOW Risk Management Framework.

Continuous hardening of Army systems is required to ensure that readiness keeps pace with modernization across a more resilient foundation.

AI FLOW AND AI-ENABLED CAPABILITIES

FY25 was also CECOM SEC’s successful proof-of-concept year for AI Flow, an application built around AI agents, workflows, smart API’s, and custom AI applications. Designed to revolutionize workflows through cutting-edge AI technology, the application uses open AI structure to assist in a range of functions.

AI Flow currently handles 37 subscriptions with 500 agents across various organizations and averages 90 million tokens a month—and is growing, too. In FY25, the user base surged to 5,000.

The Center’s Army Reprogramming Analysis Team combined AI Flow with its Simulation Modeling Framework to create an AI-enabled code generator.

ELECTROMAGNETIC WARFARE AND THREAT ANALYSIS

That effort is part of the Army’s increased demand for threat analysis. FY25 saw continued field demand, upping the tempo of electromagnetic warfare support and driving the need for faster mission data updates. The Army Software Portal Electronic Notification System, managed by CECOM SEC, provided over 33,000 downloads for Soldiers requiring air and ground mission software support. The Center also analyzed 2,800 threats.

READINESS DATA AND DECISION SUPPORT

CECOM SEC’s mission focus in readiness continued to build rapport with Soldiers in the fight across the world. Its Data Analytics and Readiness Team developed a Power BI decision support tool that gives Army leadership real-time visuals of critical data such as budget allocations, acquisition milestones and equipment deployment timelines.

The Center’s usage of Low Code No Code technology is accelerating development and delivery of software to Soldiers.

Personnel from DART and CECOM SEC’s Technical Services Directorate also worked with the Army Audit Agency to develop tools for detecting fraudulent activities involving government-issued credit cards and the Defense Travel System. Out of 17 million Army vouchers, they were able to flag 240,000 for further review.

LOOKING AHEAD

The center’s deep commitment to meeting Soldiers’ needs is a testament to its continued pursuit of scalable software readiness.

While increased demands for AI, machine learning, and automation play out, the fact remains: CECOM SEC’s mission is to support people in the fight.

“Everything serves trust—and that trust is built on our technical competence and our work ethic, and the relationships that we can build based on that,” says John Fry, Field Support Branch Chief for CECOM SEC.

All these accomplishments reflect the greater transformation underway across the Army with CECOM SEC positioned squarely at the forefront of Army modernization in FY26.

“2025 was a strategic inflection point for the Center,” says Boomer Rizzo, Deputy Executive Director for CECOM SEC. “We’ve accelerated our shift from legacy software sustainment to agile software solutions. That shift fundamentally changes how we support Soldiers and partners moving forward in 2026.”

In alignment with the Army’s broader transformation efforts, effective January 20, 2026, CECOM SEC was redesignated as the CECOM Army Software & Innovation Center.

By Kevin Deegan

SETAF-AF Stands up Advanced Capabilities Directorate to Drive Innovation, Data, Decision Dominance

Monday, January 19th, 2026

VICENZA, Italy — U.S. Army Southern European Task Force, Africa (SETAF-AF) launched its Advanced Capabilities Directorate, signaling a strategic leap in integrating innovation, data and rapid procurement to enhance modern warfighting, Jan. 5.

Replacing the former initiatives, the new directorate reports directly to the SETAF-AF chief of staff. It centralizes innovation and operational data efforts to improve decision-making and drive transformation across SETAF-AF missions.

“This is the big news, we’re growing,” said U.S. Army Lt. Col. Nicholas R. Dubaz, innovation branch chief for SETAF-AF. “The Advanced Capabilities Directorate brings together our innovation division and operational data team to achieve decision dominance and better use the data we work with every day to execute our mission.”

ACD integrates new technologies, tests how well they work in real situations and shares those results with Army leaders, industry partners and those developing official procedures and guidelines.

“It includes a full-time innovation division who focus on identifying and implementing new technologies, and an operational data team responsible for analyzing and managing information,” said Dubaz.

U.S. Army Lt. Col. Armand L. Balboni fills the newly created science and technology advisor role and serves as the innovation branch deputy chief.

“I’m serving two functions,” Balboni said. “One is helping run the new directorate. The other is ensuring that medical innovation is fully integrated. Innovation isn’t just about acquiring technology. It’s about the human-technology interface, command and control, and how systems function across complex operations.”

Balboni brings extensive acquisition and technology experience.

“I spent 14 years on active duty evaluating and procuring new technologies, along with private-sector experience as a technology company chief executive officer,” said Balboni. “I’m currently a reservist serving on active-duty operational support orders, as well as a professor at the U.S. Air Force Academy.”

The directorate includes officers and specialists focused on operational integration, coordinating internal processes across functions, external outreach and engagement, as well as acquisition.

“One key addition is a full-time Global Tactical Acquisition Directorate representative who serves as a liaison to the Assistant Secretary of the Army for Acquisition, Logistics, and Technology,” said Dubaz. “This representative enables SETAF-AF to pursue faster, more adaptive procurement pathways.”

The ACD will lead innovation support for the exercise African Lion 2026.

“Our focus right now is execution,” Dubaz said. “African Lion is where innovation meets reality. We can integrate advanced technology into an exercise, but if we don’t assess it, collect data and understand what works and what doesn’t, then we’ve failed our mission.”

SETAF-AF leads AL26, U.S. Africa Command’s largest annual joint exercise, which takes place from April 20 to May 8. The exercise validates units and systems under realistic battlefield conditions. AL26 involves more than 5,600 civilian and military personnel from over 30 nations, using innovation to drive partner-led regional security.

“These aren’t demos run by vendors,” Dubaz said. “These systems are in the hands of Soldiers, being used the way they would be in combat. That’s the only way to truly assess effectiveness.”

AL26 will incorporate more than 45 technologies across three operational vignettes: defense in depth, deep attack and counterattack.

“Technologies evaluated include unmanned and counter-unmanned aerial systems, loitering munitions and autonomous ground systems for breaching and obstacle emplacement,” said Dubaz. “Advanced command-and-control architectures that fuse sensors into a common operating picture are also tested.”

The assessments feed directly into Army decision-making on doctrine, procurement and future investment.

“For many industry partners, this is the first time their technology is exposed to real-world operations,” Dubaz said. “Heat, dust, electronic warfare, heavy loads and battlefield chaos each reveal strengths and weaknesses that no lab can replicate.”

ACD uses an iterative innovation approach to repeatedly collect and examine data, evaluate technology performance and quickly update recommendations. This process ensures insights and improvements lead to actual, usable capability enhancements.

“What works in a lab may not work in the desert, under fire or with soldiers carrying heavy loads in degraded environments,” Dubaz said. “Our role is to provide feedback so industry can make systems that work when it counts.”

At its core, leaders say the ACD exists to close the gap between technological potential and battlefield reality. It aims to do so at the speed required by modern conflict.

“The traditional procurement cycle is long,” Balboni said. “One of the gaps we’re trying to close is speed, getting the right capabilities to Soldiers in time to actually impact the fight.”

By integrating innovation, data analysis, assessment and acquisition, SETAF-AF positions the ACD to deliver faster decisions, smarter investments and more impactful warfighting capabilities across Europe and Africa.

By SSG Raquel Birk

How a Perpetual Desire for Innovation and Thinking ‘Outside the Box’ Led William P Yarborough to Create the Green Berets

Sunday, January 18th, 2026

In the rigid world of military tradition, true innovators are rare. Even rarer are leaders who respect tradition yet willingly break with convention when the mission demands it. Lieutenant General William Pelham Yarborough was one of those men—a visionary whose creativity, intellectual curiosity, and willingness to challenge orthodoxy when circumstances required, helped define the identity of the U.S. Army’s Special Forces. Remembered today as the ‘Father of the Modern Green Berets,’ Yarborough’s legacy extends far beyond a title; it lives on in the culture, symbols, and mindset of America’s most unconventional soldiers.

A Mind Built for Innovation

Born in 1912 to a military family in Seattle and raised largely in Georgia, Yarborough entered the U.S. Military Academy at West Point during a period when doctrine and hierarchy ruled Army thinking. Commissioned in 1936 as an infantry officer, he began his career overseas in the Philippines. From the outset, his assignments revealed a pattern that would define his professional life: identify a difficult problem, ignore unnecessary convention, and design a practical solution.

That pattern became unmistakable after his transfer to Fort Benning in 1940. As a test officer with the 29th Infantry Regiment—and soon after as an acting captain commanding Company C, 501st Airborne Battalion—Yarborough found himself in the embryonic world of U.S. airborne forces. There, he applied both artistic sensibility and engineering logic to the challenges of a new form of warfare. He designed the Army’s metal parachutist qualification badge (which he later patented), the M42 “jump” uniform, specialized jump boots, and a range of air-droppable equipment containers. These were not cosmetic contributions; they were functional innovations that helped turn airborne theory into combat reality complete with an Esprit de corps.

Unit photograph, Company C, 501st Airborne Battalion, Fort Benning, GA, 1940. Captain Yarborough (the Company Commander) is sitting in the front row, second from the right.Photo by Gary Wilkins, 1st SFC PAO.

Capt. Yarborough boards a C-39 troop transport aircraft. Photo by The Army Historical Foundation.

Leadership Under Fire

During World War II, Yarborough’s unconventional mind was paired with combat leadership. In 1942. While serving in England as an airborne advisor for Operation Torch, he helped plan the first U.S. combat parachute operation, which landed American paratroopers (himself included) in French North Africa. The following year, as commander of the 509th Parachute Infantry Battalion at Anzio, he demonstrated that creativity did not come at the expense of discipline. Under fire, he demanded high standards, proving that unconventional thinking and strict professionalism were not mutually exclusive.

Diplomacy, Discipline, and the Cold War

After the war, Yarborough’s adaptability placed him in another complex environment: Allied-occupied Vienna. From 1945 through the mid-1950s, he served as Allied provost marshal, working daily with British, French, and Soviet forces. In this tense Cold War setting, he helped establish the famous four-power “International Patrol,” a mission that required restraint, cultural awareness, and constant negotiation—skills that later became hallmarks of Special Forces operations. His later assignment as deputy chief of the U.S. Military Advisory and Assistance Group in Cambodia further expanded his understanding of unconventional warfare and foreign internal defense.

The “International Patrol” later became informally known as “four men in a jeep,” a phrase that echoed the wartime Hollywood film Four Jills in a Jeep. One of the film’s stars, Martha Raye, would later become one of the most devoted and visible supporters of U.S. Army Special Forces. The connection is an interesting historical footnote: a reminder that Yarborough’s work in Vienna operated not only at the tactical and diplomatic level, but also within a broader cultural context that would later intersect with the Special Forces community in unexpected ways.

Colonel Yarborough serving as the Allied military Provost Martial in post-war occupied Vienna. Photo by The Army Historical Foundation

Forging the Green Beret Identity

Yarborough’s most enduring impact came in the early 1960s when he was appointed commander of the U.S. Army Special Warfare Center. At the time, Special Forces existed, but their identity—and institutional acceptance—remained fragile. Yarborough understood that elite units require both rigorous training and a unifying symbol. In 1961, he took a calculated risk by arranging for Special Forces soldiers to wear their green berets during a presidential review at Fort Bragg, despite the headgear lacking official authorization.

President John F. Kennedy, who himself held considerable interest in unconventional warfare, noticed immediately. When he asked Yarborough about the berets, the general seized the moment to explain. The result was a White House directive authorizing the green beret as the exclusive headgear of U.S. Army Special Forces. With that decision, Yarborough gave the force not just a uniform item, but an identity—one that signaled independence of thought, adaptability, and quiet professionalism.

Brigadier General Yarborough, wearing his green beret, in a discussion with President Kennedy during the president’s inspection of Special Forces personnel while visiting Fort Bragg in 1961. Photo by The Army Historical Foundation

As SWC commander, he also reshaped training. He expanded the curriculum to include military assistance, unconventional warfare, counterterrorism, and mandatory foreign-language instruction. Just as important, he fostered an environment where intellectual curiosity and creative problem-solving were expected. His vision was clear: Special Forces needed to be thinkers as much as fighters.

Senior Command and Global Perspective

In the latter stages of his career, Yarborough served in some of the Army’s most demanding senior roles. He represented the United Nations Command as chief negotiator at Panmunjom, dealing directly with Chinese and North Korean counterparts. As a lieutenant general, he commanded I Corps in Korea and later served as chief of staff and deputy commander in chief of U.S. Army Pacific. Across these assignments, his unconventional mindset remained intact, even extending to personal gear—such as his modified Air Force N-3B parka, altered to meet his own practical standards rather than rigid regulation.

Close up view. Captain Yarborough first row, second from right, Photo by Gary Wilkins, 1st SFC PAO.

A Legacy Etched in Steel

Yarborough’s influence did not end with his retirement. Beginning in 2002, graduates of the Special Forces Qualification Course were awarded the serial-numbered “Yarborough Knife,” a tangible link between new Green Berets and the man who forged their professional identity. Though later cost constraints severely limited its distribution, the knife remains one of the most powerful symbols of excellence and heritage within the Special Forces community.

LTG Yarborough’s personal customized USAF N3B winter parka, worn during his command of I Corps in the Republic of Korea. Photo by Gary Wilkins, 1st SFC PAO.

By Mr. Gary Wilkins, 1st Special Forces Command

Lieutenant General William P. Yarborough did more than design equipment or authorize a beret. He shaped a culture. He believed in a “new breed of man”—one who could think independently, adapt quickly, and succeed in the world’s most ambiguous and dangerous environments. Today’s Green Berets, operating across cultures and conflicts, continue to embody that vision. In their mindset, methods, and symbols, the legacy of Yarborough’s unconventional genius endures.

By Mr. Gary Wilkins, 1st Special Forces Command

XM204 Terrain-Shaping Munition Achieves Urgent Materiel Release

Thursday, January 15th, 2026

PICATINNY ARSENAL, NJ — The U.S. Army’s XM204 interim top-attack munition was approved for Urgent Materiel Release (UMR) and successfully conducted initial fielding in Europe on December 4, 2025. Managed by Project Manager Close Combat Systems (PM CCS) at Picatinny Arsenal, NJ in partnership with Textron Systems of Wilmington, MA, the XM204 completed Low-Rate Initial Production in September of 2025. The munition was then fielded to the 2nd Cavalry Regiment, based at Rose Barracks in Vilseck, Germany for training.

New Equipment Training and Doctrine, Training and Tactics were provided to 2nd Cavalry Regiment to review the performance, reliability, and integrated safety features of the XM204 and prepare for use Army-wide.

Eight Observer Coach/Trainers from the Joint Multinational Readiness Center also attended the train-the-trainer course so those personnel can continue to guide other Soldiers on the effective use of the weapon system. The training was held at Grafenwoehr Army Base and at the conclusion of training/fielding, PM CCS and JPEO Armaments & Ammunition (JPEO A&A) achieved Initial Operational Capability milestone.

The XM204 is an anti-vehicle munition with standoff and top attack capabilities designed to support terrain shaping operations by supporting a number of counter mobility tasks such as blocking, disrupting, fixing, and turning an enemy force.

“Seeing the XM204 perform so successfully reinforces the strength of our development teams and the speed at which they can design, build, test and field critical munitions that can degrade enemy mobility and create tactical advantages for friendly forces,” said Maj. Gen. John T. Reim, JPEO A&A and Commanding General of Picatinny Arsenal. This new system addresses evolving battlefield demands and the ongoing need to produce safe, reliable, and lethal munitions for our Warfighters and international partners.

The XM204 can be rapidly emplaced and is highly portable; the system can be employed alone, in multiples or in tandem with other terrain shaping systems. The lightweight munition features a dispenser launcher module that autonomously deploys multiple submunitions. Each submunition is equipped with onboard sensors to detect enemy vehicles and utilizes an explosively formed penetrator to defeat those threats. If not armed, the system is recoverable which allows Soldiers to reposition it as needed.

The XM204 also includes tamper-resistant features, armed/safe indicators, and self-destruct timers, aligning with U.S. landmine policy on anti-personnel landmines and reducing post-conflict risks to civilians.

In addition to the XM204, the XM98 Emplacement Trainer was approved by U.S. Army Tank-Automotive and Armaments Command in November. The XM98 training munition was also fielded to the 2nd Cavalry Regiment in Germany. The regiment is the longest continuously serving cavalry unit in the Army and plays a key role in North Atlantic Treaty Organization’s enhanced Forward Presence initiative.

By Michael Chambers

US Army Enhances C-UAS Data Flow and Interoperability During Project Flytrap 4.5

Wednesday, January 14th, 2026

ABERDEEN PROVING GROUND, Md. — When Soldiers took to the field for Project Flytrap 4.5, they were not only testing emerging counter-unmanned aerial system technology but also tackling a challenge facing multinational operations: how to move sensor data quickly, reliably and securely across networks.

Project Flytrap is a recurring C-UAS experimentation series in Europe focused on assessing passive and active sensors, and defeat capabilities against group 1-3 UAS in a coalition environment. Conducted by V Corps alongside U.S. and partner nation forces, the exercise series is designed to identify capability gaps, test new technologies and refine tactics under realistic operational conditions.

As part of the exercise, Army teams worked alongside V Corps to evaluate how the integrated sensor architecture, or ISA, could help address data sharing and interoperability gaps revealed during earlier iterations of the exercise.

Developed by Capability Program Executive – Intelligence, Electronic Warfare and Sensors, ISA is a framework that connects sensors and networks across domains, services and coalition partners using standardized, open-architecture data formats. As demand for rapid, interoperable sensor data grows across Europe, ISA has emerged as a scalable, plug and play backbone for operations.

“The goal is a plug and play environment where partner nations can bring in their sensors and contribute to a common operating picture,” said Russell Nadler, a technical program integrator with CPE-IEW&S’ Integration Directorate. “ISA can be the enabler that helps pass sensor data seamlessly between allied and U.S. systems.”

Conducted over multiple iterations in recent months across locations in Germany and Poland, Project Flytrap supports the Eastern Flank Deterrence Line warfighting concept by bringing U.S. and partner-nation soldiers together to evaluate new technologies under realistic conditions. Previous iterations exposed limitations in existing networks, particularly when integrating multiple sensors and processing large volumes of data in real time.

“For us, Flytrap really highlighted the importance of having an architecture that could scale and adapt as systems were added,” said Maj. Oniel Rhooms, Project Flytrap network integration lead for V Corps. “By the time we got to 4.5, ISA had matured to a point where it could actually enable that integration instead of becoming another barrier.”

Built for Interoperability

By leveraging open data standards, ISA enables information from radar, optical, infrared and acoustic sensors — regardless of origin — to flow into a shared environment without custom re-coding or system-specific interfaces. This approach provides a more flexible and resilient way to integrate sensors across units and coalition partners.

“ISA wasn’t just part of the network, it was also part of how we validated vendors,” Rhooms said. “It helped us determine early on whether systems could actually connect and deliver what they claimed, which saved time and reduced risk once we went live.”

That flexibility extended beyond technology. Rhooms emphasized the importance of the ISA team’s on-site support, noting their ability to adapt quickly as conditions changed.

“The people mattered just as much as the technology,” he said. “They were able to pivot, solve problems on the spot, and make connections happen that otherwise wouldn’t have.”

Looking ahead

As adversary drone tactics continue to evolve, exercises like Flytrap remain essential for testing technologies under real-world stress. With Flytrap 4.5 demonstrating the value of a more integrated approach, V Corps and CPE-IEW&S will continue refining how ISA supports interoperable C-UAS and sensing operations across the European theater.

By Kay Edwards