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Beyond the Strategic Corporal: 9th Communication Battalion Extends Gen Krulak’s Vision to Information Domain

Sunday, September 21st, 2025

“Attention in the COC!”

The gentle ripple of hushed conversation and rustling papers in the expeditionary command operation center completely subsided in response to the watch chief’s baritone voice. Heads snapped from computer monitors to the sound of his voice, and pens scrawled shorthand notes, recording his description of enemy signal interference.

After receiving the report, corporals and sergeants of the 9th Communication Battalion’s newly established intelligence department swiftly analyzed it and initiated an assessment that would be routed to the operations officer. The report indicated interference from an adversary’s nearby electronic warfare training exercise. The Marines sprang into action and applied pre-coordinated frequency protocols, maintaining the integrity of their communications and preventing their location from being revealed, thus preserving the mission.

This fictional scenario highlights a different kind of challenge Marines face today: not one of firepower or physical maneuver, but of connectivity and communication in a contested information environment, which is increasingly characterized by jamming, malware, and cyberattacks. These attacks, which have become a growing concern of military planners throughout the world, threaten communications and can lead to the isolation of forward elements. Marine tacticians say the potentially high tempo and wide range of simultaneous attacks in the information environment require decentralization of information operations.

As part of this transition to decentralization, the battalion, based at Marine Corps Base Camp Pendleton, California, stood up an intelligence staff section in July 2025. The creation of the intelligence section makes the battalion more tactically responsive to threats in the information environment. The intelligence section now proactively monitors the electromagnetic spectrum for potential interference, analyzes adversary abilities related to electronic warfare and cyberattacks, develops threat assessments tailored to communication assets, and provides real-time intelligence updates to commanders and subordinate units. This is a significant shift from the past, when Marine Corps communication battalions relied upon Marine Corps Forces Cyberspace Command (MARFORCYBER) to fulfill these functions.

“Historically it was very reactive,” stated Capt. Brock Turner, the company commander of 9th Communication Battalion. “A malicious actor would attempt to gain access to our networks, and we would then receive feedback from MARFORCYBER. Now we are putting in measures to ensure that we strengthen posture based upon examination of adversarial tactics, techniques, and procedures.”

2nd Lieutenant Aaron Hern, an intelligence officer with 9th Communication Battalion, I Marine Expeditionary Force Information Group, explained the reason for the change.

“Our integration into the battalion is crucial in supporting the Battalion Commander’s decision-making in support of all domain operations, with impacts on communication units of action,” he said. “My signal intelligence capabilities of signature management and electronic warfare aid the planning process and employment of communications capabilities.”

The decentralization of information warfare follows a precedent set by U.S. Marine Corps Gen. Charles C. Krulak, the 31st commandant of the Marine Corps, who emphasized the importance of small unit leadership through his conceptualization of the “Strategic Corporal,” a noncommissioned officer whose tactical decisions on a three-block battlefield could have strategic, international consequences. Krulak understood and embraced the possibility of junior leaders being isolated in geographically dispersed locations and having to make important, time-sensitive decisions on the spot. His philosophy placed confidence in junior leaders to do so and emphasized tough training to prepare them for the task.

Krulak articulated his vision in “The Strategic Corporal: Leadership in the Three-Block War”, which appeared in the January 1999 edition of Marines Magazine. Although his article, which was written while the internet was still emerging, focuses on war on land and in the air rather than in the information environment, the information warriors of 9th Communication Battalion say it’s just as applicable to information operations today.

“We are directly supporting leadership decision making cycles by providing intelligence reporting,” said Sgt. Gabriel Tuazon, an intelligence specialist with 9th Communication Battalion.

During a training exercise at Camp Pendleton in August 2025, 9th Communication Battalion incorporated its new intelligence capability into the task of establishing and maintaining communications while dealing with a variety of notional threats to their networks. The training exercise provided a realistic environment for Marines to hone the skills necessary to identify threats and develop innovative solutions to overcome adversary actions.

Cpl. Tobias Laskowski, a transmission system operator with 9th Communication Battalion, provided a general description of the battalion’s activity during the exercise. He explained that this exercise provided an opportunity for the Marines to train on less familiar radio waveforms, which allows for communication to continue in the event of enemy disruption to primary channels.

“When the enemy uses their electronic warfare assets to jam us and disrupt our communication, we can keep communicating with whatever echelon we need to talk to,” Laskowski said.

Tuazon said the battalion 9th Communication Battalion is adapting to the new challenges of a rapidly changing battlespace by embracing a decentralized approach and empowering Marines to operate as strategic corporals. He envisions broad application of the information warfare tactics now being employed at the battalion.

“I definitely see this integration model being a standard across the Marine Corps as other communication battalion S-2s (intelligence sections) can support their operations,” said Tuazon.

Story by Sgt Sean Potter    

I MEF Information Group

Thunderstruck: Marines Compete in First-Ever Service-Wide Communications Team Competition

Wednesday, September 17th, 2025

MARINE CORPS AIR STATION MIRAMAR, Calif. —

U.S. Marines from across the globe competed in the inaugural Thunderstruck Communications Team Competition, hosted by Marine Wing Communications Squadron 38, Marine Air Control Group 38, 3rd Marine Aircraft Wing Sept. 10, 2025.

Unprecedented in scope, the service-wide event tested Marines’ ability to integrate physical endurance with expeditionary communications tasks, reflecting the operational demands of distributed operations in contested environments. Teams completed a six-mile, combat-loaded course while executing high-frequency voice transmission, Mobile User Objective System operations, and data networking, all under austere field conditions.

“The event attests to the whole-Marine concept — the ‘Marine communicator,’ not just the everyday communicator,” said Lt. Col. Brian Kerg, the commanding officer of MWCS-38. “This training and competition compelled them to do the exact things they would do in a distributed aviation operations environment.”

A total of 15 different units competed in the event each providing a four-Marine team composed of their top communicators. These units represent all three Marine Expeditionary Forces, both the Fleet and the Supporting Establishment, including the active and reserve components.

“They were not only tested on our communications training and readiness standards, but tested while under physical duress and competitive pressure, as they would in a time of war,” said Kerg. “As they would if rounds were flying at them. As they would if long-range munitions were falling on their head.”

This event marks the first time the Marine Corps has held a service-wide competition specifically dedicated to communications Marines, reflecting the increasing importance of resilient command and control (C2) in distributed operations. By pushing teams to perform under pressure, Thunderstruck highlighted the unique blend of technical skill, problem-solving, and physical toughness required to sustain communications at the tactical edge.

“Imagine a handful of Marines inserted via air and have to move the last tactical mile before they get C2 established,” said Kerg. “They are supporting aviation operations and then they are detected. They have to break down their gear, move to another survivable location, and reestablish.”

The competition directly supports the Commandant’s Planning Guidance and Force Design 2030 priorities. Both call for small, agile and self-reliant teams capable of enabling aviation and Marine Air-Ground Task Force operations in contested and dispersed environments. Events like Thunderstruck ensure that communicators are trained, tested and recognized as critical
enablers of battlefield dominance.

“This is my 15th year in communications field and there has not been a better time to be a communicator in the Marine Corps,” said Chief Warrant Officer 2 Kelson Epperson, a space and propagation engineering officer with MWCS-38. “We are now tactically integrated in every system, in every way, and Thunderstruck proves this.”

Beyond testing individual and team performance, the event served as a proof of concept for a scalable model of training. Lessons learned from this competition will inform future iterations, which are expected to expand in scope and participation.

“Today, I took away a very healthy spirit of competition with other communicators across the Marine Corps,” said Cpl. Tyler Barrack, a satellite transmissions systems operator and the fireteam leader for the winning team. “This is something I can take back to my Marines to empower them to compete in the future.”

The winning team was composed of four Marines from Communications Company, Headquarters Regiment, 1st Marine Logistics Group, based out of Marine Corps Base Camp Pendleton, California. Each Marine holds a different Military Occupational Specialty, including radio operators, communications specialists, and data network specialists.

“It takes a village for everything that took place today,” said Barrack. “Every single Marine here has taught me something at some point in my career — It takes a village to make good communicators.”

MWCS-38’s mission is to establish and sustain communications networks for aviation C2. That capability is central to 3rd MAW’s ability to fight as a distributed force and to I Marine Expeditionary Force’s success in contested environments. 

“This highlights how expeditionary we need to be in the future. We are at an age where we are no longer operating in big teams or big boxes,” said Barrack. “Now we are going forward as fire teams operating with smaller teams — and it changes the game.”

MWCS-38’s initiative in developing and executing Thunderstruck demonstrates how unit-driven innovation can directly support the Marine Corps’ modernization efforts. The competition showcased how communicators — who often work behind the scenes — are central to closing kill chains, integrating multidomain effects, and ensuring decision dominance in future conflicts.

“We are adapting to an enemy threat,” said Kerg. “Our teams are getting smaller and more capable and must be more technically proficient, more tactically skilled and tough as nails.”

1stLt Madison Walls, 3rd Marine Aircraft Wing

Anduril’s Menace-I Brings Petabyte-Scale Processing to the Warfighter at the Tactical Edge

Monday, September 15th, 2025

On August 11, 2025, U.S. Marines sling loaded Anduril’s Menace-I via a CH-53K King Stallion helicopter, demonstrating new levels of mobility for expanded expeditionary mission planning and coordination. From a distance, it looked like any other grey shipping container. In reality, it was a deployable node for planning, coordination, and data processing—equipped with the power, climate control, compute, connectivity, and security of a fixed facility.

Menace-I is a turnkey command, control, compute, communications, cyber, and intelligence, surveillance and reconnaissance (C5ISR) solution accredited for use as both a Sensitive Compartmented Information Facility (SCIF) and a Special Access Program Facility (SAPF). In less than ten minutes after setup, Menace-I is fully operational and supporting missions in forward, contested environments.

The challenge is delivering large quantities of processing power—secure, accredited, and reliable—to the tactical edge. Today, anything involving classified data in a SCIF or SAPF can only be done in fixed facilities or in Temporary Sensitive Compartmented Information Facilities (T-SCIFs) that require a day or more to set up. That timeline doesn’t work for expeditionary forces that maneuver in hours, not days.

Traditional approaches rely on reach-back to distant data centers over SATCOM links that may be degraded or denied in conflict. At the tactical edge, connectivity cannot be assumed, yet forces still require AI, analytics, mission planning, briefing, and debriefing in seconds. Menace-I solves this by bringing the compute with you.

Menace-I delivers a powerful, secure, accredited SCIF/SAPF set of edge nodes wherever forces are operating—enabling classified mission planning, force generation, and battle management at the point of need. What once took a day or more to set up can now be established in under ten minutes. Every Menace-I runs on Lattice, Anduril’s AI-powered software, is powered by Voyager’s rugged edge computing platform, and is connected through Lattice Mesh, our secure networking fabric.

Proven Real-World Mobility Options

The recent sling load operation validated Menace-I as the only fully integrated mission planning solution for fifth-generation aircraft that is transportable by all organic Marine Corps assets: truck, KC-130J Super Hercules, and rotary wing aircraft.

This mobility matters. Expeditionary forces can now reposition a fully accredited planning node as quickly as they maneuver, ensuring secure command centers move in lockstep with the fight. What once required hours of setup or reach-back can now move forward with the unit, giving commanders immediate access to secure facilities wherever the mission takes them.

Petabyte-Scale AI at the Edge

Artificial intelligence, advanced analytics, and cross-domain data processing demand massive compute capacity—rarely available at the tactical edge. To meet this need, in July, Anduril delivered the first Menace-I in a petabyte-scale configuration, powered by Voyager.

The configuration quadruples compute capacity with tens of thousands of cores, brings petabyte-scale storage, and delivers high performance computing (HPC) and graphics processing unit (GPU) acceleration to the edge. It provides the same expeditionary capabilities of Menace-I, scaled to handle AI workloads, data fusion, mission planning, briefing, and debriefing—all without relying on fragile reach-back to distant data centers.

In a D-Day environment where connectivity is uncertain, Menace-I brings the data center with you.

At the heart of Menace-I is Voyager, Anduril’s family of rugged edge communications and computing solutions. Voyager is engineered to withstand extreme environments, electronic attack, and jamming. Its modular design makes it easily adaptable to different mission needs.

Voyager is deployed in austere environments worldwide, trusted by thousands of customers, and is the preferred solution for rugged computing for militaries and special operations forces.

Cross-Domain Operations with Everfox

Conflicts are contested across land, air, sea, space, and cyber. Winning requires seamless data movement across classification levels.

Voyager is now the preferred edge server hardware platform for Everfox’s cross-domain solutions, enabling enterprise-grade data transfer between classification levels in expeditionary environments. This partnership ensures that forces operating at the tactical edge can move intelligence across domains and networks without sacrificing security or speed. Imagery, targeting data, and mission plans can flow seamlessly from unclassified to classified environments—and back—enabling faster, more informed decisions in contested battlespaces.

Everfox, powered by Voyager, will be deployed across Anduril’s Menace family of systems, enabling customers to conduct cross-domain operations at the edge.

In the Field Today

Menace-I is deployed with customers and partners today, enabling forward-deployed forces to plan, process, and fight with the speed, security, and mobility needed to stay connected wherever the fight takes them.

MCB Quantico Live Fire of Scorpion Light Mobile Mortar System

Friday, August 29th, 2025

Last week, Global Military Products and Polaris Government and Defense were invited to participate in a live-fire demonstration on Marine Corps Base Quantico in conjunction with the Marine Gunners Symposium.

On one of Quantico’s 43 live ranges, a group of Marine gunners witnessed the Scorpion Light mobile mortar system in action, demonstrating the shoot and scoot capabilities of the system. Mounted on the Polaris MRZR Alpha 6×6, the fully integrated platform provides mobility, lethality, operator safety and air transportability. The rapid-fire control system is designed to elevate operational efficiency, while the expanded payload of the MRZR Alpha 6×6 variant allows for 48 mortars to also be transported.

More on the Scorpion Light

The Scorpion Light – known internationally as the Alakran – mobile mortar system has been combat proven across countries in Europe and the Middle East, showing its reliability and effectiveness in diverse and hostile environments. Built with durable materials and rugged construction to withstand extreme temperatures, dust, and harsh conditions, its robust design and resilient technologies make it a durable weapon that can withstand the rigors of combat and remain effective. The mobile mortar system can fire 8 rounds and relocate in under 2 minutes. The dual system can integrate 120mm and 81mm smoothbore or rifled mortars in a very simple operation, providing high firepower and making it a powerful tool for neutralizing enemy targets.

More on the MRZR Alpha 6×6

The MRZR Alpha 6×6 is a two-seat platform with a 65 percent larger cargo bed optimized for heavier systems and payloads, like the Scorpion Light. The vehicle has 3,600 lbs (about 1632.93 kg) of payload available, with 3,000 lbs (about 1360.78 kg) of that available in the extended cargo bed. The third axle and short wheelbase also have a positive impact on mobility, decreasing the contact pressure per tire for enhanced performance in soft soil, mud and bogs. The MRZR Alpha 6×6 maintains top speed and air transportability and has more than 90% parts commonality with the base MRZR Alpha. Expeditionary warfighters operating worldwide in austere environments require modular platforms that can adjust to multiple environments and modes of transport – tactical air, fixed wing plane and ship – now more than ever.

Galvion Wins US Marine Corps Integrated Helmet System contract

Tuesday, August 12th, 2025

Galvion, a world leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, has been awarded the United States Marine Corps (USMC) Integrated Helmet System (IHS) contract. The five-year indefinite-delivery/indefinite-quantity (IDIQ) contract from the Marine Corps Systems Command (MCSC) has a maximum value of $131,396,296. Galvion’s customized Integrated Helmet System was developed over multiple years under the scope of an Other Transaction Agreement (OTA) with Marine Corps Systems Command (MCSC) to meet the unique operational requirements of the U.S. Marine Corps.

The Galvion IHS Solution is a functionally robust, USMC-mission-focused system that is optimized to meet all USMC technical requirements. The no-through hole, hi-cut helmet is a proprietary geometry (introduced commercially as the Hellbender™ platform earlier this year) that combines an ECH front shape for ease-of-integration with existing accessories and a ridged-back design that provides structural stability. It features the latest version of Galvion’s best-in-class Apex™ lining system, which includes improvements incorporated as a direct result of Marine feedback, resulting in a better-fitting, balanced and more stable helmet platform for SBNVG and ECOTI mounting.

Galvion’s E.D.G™ power management system integrates easily, offering scalable operational capability for Marines. The helmet was designed to support single-size components (NVG shroud, rails, harness, accessory straps) for ease of maintenance and supply logistics, with a clear upgrade and support path through its service life.

Galvion designed, built and tested prototypes demonstrating technical capabilities and integration with current USMC equipment including communication devices and visual augmentation systems, and delivered over 1000 systems across two configurations to meet the Marine Corps trial and evaluation requirements:

  • ‘Block 0’ Baseline System: helmet featuring NVD shroud with stabilization bumpers, IHS rails with NVG clips and O2 attachments, NVG bungees, External Loop Pattern, Battery Retention Straps, the latest APEX™ liner system, and a customized helmet cover with cable management.
  • ‘Block 1’ Integrated System: built off Block 0, with the addition of the E.D.G scalable power pack, single and dual cables to power SBNVG & SBNVG with ECOTI, Integrated Strobe, Task Light and optional HED.

Todd Stirtzinger, CEO at Galvion said: “This is an incredibly proud moment for the entire Galvion team. This program has been a uniting force across our organization and has driven us to innovate, integrate and collaborate faster and better as a team. From the research and development done in our Warfighter Lab to design a more stable system, to the helmets produced in our Vermont facility, to the E.D.G power and data component coming out of our New Hampshire headquarters – this has been a true team effort.” He added: “The United States Marine Corps are some of the world’s most demanding users, and our solution offers them a fully integrated helmet system that has been designed specifically to evolve with technology to support the Marines advanced mission needs. The development process for this system highlights the Marine Corps Systems Command’s commitment to working with industry to find the absolute best solution for Marines. We had such a high level of engagement with users throughout this process – through the multiple Limited User Evaluations and Ballistic Testing events organized by the MCSC and the dozen additional Galvion internal sessions that they supported. We incorporated feedback after every evaluation stage to ultimately deliver a system that has been designed by Marines, for Marines. We look forward to continuing this collaborative process as we outfit Marines with our helmets and support their evolving needs for years to come.”

USMC Selects Galvion for Integrated Helmet System

Friday, August 8th, 2025

This was just announced by the Department of Defense. More details soon.

Galvion Technologies LLC, Portsmouth, New Hampshire, was awarded a $131,396,295 firm-fixed-price indefinite-delivery/indefinite-quantity contract for the Integrated Helmet System. This contract provides for the procurement of Integrated Helmet System with associated components and accessories. The ordering period will be a maximum of five years and is expected to be completed in August 2030. Work will be performed in Portsmouth, New Hampshire. No funds will be obligated at time of award. Funds will be obligated on individual task/delivery orders as they are issued. The requirement was procured under the authority of 10 U.S. Code 4022(f) as a follow-on agreement to the prototype agreement (M67854-20-9-1001). Marine Corps Systems Command, Quantico, Virginia, is the contracting activity (M67854-25-D-5300).

KONGSBERG Awarded Full Rate Production Contract for ACV-30 Turrets

Wednesday, August 6th, 2025

KONGSBERG, NORWAY & JOHNSTOWN, PENN.– Aug. 5, 2025 – The United States Marine Corps has awarded a full-rate production contract to Kongsberg Defence & Aerospace (‘KONGSBERG’) valued at up to $330 million for the 30mm remote turret for the Amphibious Combat Vehicle 30mm program (ACV-30).

The first order on the contract from PEO Land Systems Program Manager Advanced Amphibious Assault (PM AAA) includes a substantial number of turrets to be manufactured at Kongsberg’s remote weapon system facility in Johnstown, Penn. A recent expansion at the facility has resulted in more jobs and a dedicated medium caliber turret production line.

“Kongsberg is honoured to support the U.S. Marine Corps by equipping them with increased firepower and capacity,” said Eirik Lie, President of Kongsberg Defence and Aerospace. “The ACV-30 offers superior performance compared to current comparable systems, and we see the market potential for our medium caliber turrets as positive, both in the US and internationally.”

“The ACV-30 adds an important capability for Marines as we shift back to maritime expeditionary operations providing enhanced direct-fire lethality with Kongsberg’s 30mm fully stabilized weapon system,” said Christopher Melkonian, PM AAA at PEO Land Systems, United States Marine Corps. “Commonality within our lethality solutions provides benefits to the Marine Corps beyond the ACV program, streamlining training, concepts of operation and logistics.”

ACV-30 is one of four variants in the next-generation ACV family of vehicles designed, developed and built by BAE Systems, providing the U.S. Marine Corps with ship to shore capability in what will be a full replacement of the Amphibious Assault Vehicle (AAV). The ACV-30 variant mounts Kongsberg’s stabilized, remotely operated MCT-30 that provides the capabilities and protection Marines need. The remote turret eliminates the space requirement of legacy turreted cannon systems, provides more room to transport troops or mission essential equipment and reduces weight for better mobility.   

The ACV-30 turret is an evolution of the medium caliber turret successfully deployed in various operational environments. It has also been selected for the Marine Corps’ Advanced Reconnaissance Vehicle, providing commonality across the service. The turret is vehicle agnostic, able to accept armour and a variety of effectors, including anti-tank guided missiles (ATGM).

All remote weapon stations and remote turrets delivered to U.S. customers are manufactured in Kongsberg’s Johnstown, Penn. facility and leverage an extensive American supply base. For 20 years, Kongsberg has been the sole provider of these systems to the U.S. and delivery programs include the Marine Air Defence Integrated System (MADIS) RWS and the Commonly Remotely Operated Weapon Station (CROWS) to the U.S. Army. More than 20,000 remote weapon stations and remote turrets have been produced in this facility since it opened in 2008.

This contract follows the purchase of long-lead items last winter to maintain production and delivery timelines for the U.S. Marine Corps’ ACV-30 program. The contract also includes negotiated options for additional systems. Initial deliveries are expected in the near future.

KONGSBERG in November 2024 announced a contract for long-lead items worth USD 51 million, signaling the start of the ACV-30 project. The order announced today is valued at about USD 118 million.

USMC Tests Mystery Ranch Military Light Frame Frame

Saturday, July 26th, 2025

Under the auspices of a Military Light Frame Limited User Evaluation, Marine Corps Systems Command is testing the Mystery Ranch Military Light Frame (formerly known as the Nylinear Individual Carrying Equipment Frame) for use with the Family of Improved Load Bearing Equipment pack. The MLF is a pound lighter than the NICE Frame. LUEs are used to either inform requirements or as a precursor to larger procurements.

Back in May during Modern Day Marine we showed you that the NICE Frame is compatible with the FILBE Pack.