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Sentient Fortress: Engineering Future Army Installations as Weapon System Platforms

Wednesday, June 10th, 2026

FORT HUACHUCA, Ariz. — Imagine the clock displaying 3 a.m. in the year 2040 at a forward power projection platform in a highly contested Indo-Pacific theater. Sensors detect an adversary’s hypersonic missile targeting the installation’s primary munitions depot. Simultaneously, the installation’s cybersecurity architecture detects malicious traffic targeting the power grid. Instantly, the cybersecurity architecture isolates substations and reroutes power through redundant pathways to keep defensive missile launchers fully energized.

As the threat approaches, an integrated air and missile defense system driven by artificial intelligence calculates the optimal intercept. The missile interceptor succeeds. Within seconds, the automated logistics system of the Army’s Organic Industrial Base assesses the expended inventory and initiates a 3D printing process to fabricate a replacement guidance component for a new missile interceptor.

This imaginary scenario illustrates a future where an Army installation is not just a passive piece of real estate. Instead, the installation is a fully realized, intelligent weapon system platform known as a “sentient fortress.”

Achieving this vision is the driving force behind the Army’s 15-year OIB Modernization Strategy and Modernization Implementation Plan. As part of theCommunications-Electronics Command, the U.S. Army Information Systems Engineering Commandis dedicated to realizing the Army’s OIB Transformation to ensure a 21st-century OIB capable of sustaining readiness, supporting modernization efforts and remaining postured to meet wartime requirements.

The vulnerability of a bygone era

To appreciate the resilient installation of the future, one must understand the critical vulnerabilities of legacy infrastructure. For decades, Army installations relied on a fractured technological foundation with a complex seam between information technology and operational technology. IT encompassed data and enterprise networks, while OT referred to the physical world, including industrial control systems, power grids, and the complex machinery of the OIB. The critical nature of these systems has made the seamless convergence of the IT and OT worlds inevitable for the security efficacy and operational efficiency of Army installations.

In the future, a compromised IT network could allow adversaries to access OT systems, effectively weaponizing the infrastructure against itself by manipulating power grids, disabling heating, ventilation, and air conditioning systems, or introducing subtle manufacturing defects on a munitions assembly line. Addressing this existential threat would demand a holistic, systems-engineering approach capable of unifying the physical and digital worlds.

Forging the Future Weapon System Platform

Transforming the Army’s installations into resilient weapon systems requires a strategic, systems-level perspective. USAISEC achieves this by applying its core capabilities to support the Army’s OIB Transformation. By leveraging comprehensive engineering expertise, USAISEC bridges the complex seam between IT and OT environments, laying the foundation for the sentient fortress of the future.

USAISEC’s core capabilities drive this transformation by ensuring installations can detect, adapt and respond to threats seamlessly. These capabilities include:

Systems engineering: Delivering end-to-end systems engineering, integration and technical oversight for Army and Joint C5ISR-M information systems. From concept through sustainment, this ensures all systems within an installation operate cohesively.

Network and infrastructure engineering: Designing, modernizing, and implementing secure, resilient IT/OT network infrastructures. This provides the critical communication backbone required for installation, campus, and tactical environments.

Cybersecurity: Providing essential cybersecurity engineering, integration, and compliance. This protects assigned systems, environments, and operational domains against advanced adversaries seeking to disrupt OIB operations.

Communications security: Delivering services to ensure the safeguarding, management, and compliance of critical cryptographic systems across the Army, securing sensitive communications.

Risk Management Framework as a Service: Providing Risk Management Framework as a Service support to the Army, Joint Services, and Department of War organizations. This ensures rigorous compliance with risk management processes and policies for system owners and security managers lacking dedicated personnel.

Installation and facilities engineering: Planning, designing, and delivering IT/OT solutions for Army installations. This includes military construction, air traffic control, classified communications, and facilities modernization, which physically shape the resilient infrastructure of the future.

Data science and AI solutions: Collecting, cleaning, and analyzing structured and unstructured data utilizing AI and machine learning techniques. Through scenario-based modeling and simulations, existing datasets are analyzed to forecast the future, using agent-based modeling and prescriptive analytics to develop wargame scenarios and support quick decision-making.

Media and information distribution: Managing, producing, and distributing Army publications, forms, and multimedia products to support readiness, training, and global operations.

By synchronizing these core capabilities, USAISEC directly enables the Army’s OIB Transformation. Instead of passive real estate, this holistic systems engineering approach ensures that future installations can serve as fully integrated, intelligent weapon-system platforms capable of sustaining readiness and lethality in any contested environment.

The path forward

Realizing this futuristic vision requires a unified effort; strategic commitments from Army leadership are needed to formally adopt the installation as a weapon system platform in doctrine and to prioritize long-term funding. This vision also requires the accelerated implementation of a zero-trust architecture and a holistic OIB modernization, moving beyond pilot programs into full-scale engineering.

Transforming Army installations into intelligent, sentient fortresses relies heavily on the diverse engineering expertise embedded within USAISEC’s core capabilities. For this reason, USAISEC prioritizes the recruitment, training, and retention of highly skilled systems engineers, OT cybersecurity specialists, and AI data scientists. To modernize the OIB successfully, the Army must employ these highly qualified professionals to engineer resilient infrastructure networks that meet 21st-century demands. The specialized knowledge USAISEC engineers possess is critical to eliminating single points of failure, executing rigorous risk management, and ensuring that future installations have the technological foundation to detect, adapt, and respond to emerging threats seamlessly. The future is calling, and USAISEC is ready to help the Army answer the call with engineering ingenuity.

By Gerald Duncan and Sandra Rosario, USAISEC

Posted in Army, Guest Post | No Comments »

Mustangs of the 4th Joint Communications Squadron (4JCS), Joint Communications Support Element (Airborne) Complete Mustang Challenge

Tuesday, June 9th, 2026

Recently, the Mustangs of the 4th Joint Communications Squadron (4JCS), Joint Communications Support Element (Airborne), put their skills, endurance, and determination to the test during their annual Mustang Challenge.

So, what is the Mustang Challenge?

It is a rigorous competition designed to evaluate Soldier readiness through a demanding series of events that test physical fitness, technical proficiency, military knowledge, and teamwork. Conducted during the Squadron’s two-week U.S. Army Reserve Annual Training period, this year’s challenge consolidated key Army and JCSE training requirements into three intense days of mission-focused competition.

The competition began with Weapons Qualification and a Soldier Board, challenging competitors to demonstrate both marksmanship and professional military knowledge. On day two, the pace intensified with Stress Shooting, where Soldiers were required to maintain accuracy, speed, and composure after navigating the newly implemented Combat Field Test (CFT). Competitors then transitioned to Land Navigation, relying on their map-reading skills, compass proficiency, and confidence to successfully maneuver across unfamiliar terrain.

The final day began before sunrise with an 8-mile ruck march, testing both physical endurance and mental resilience. Competitors then moved into a 24-hour field training exercise, where they demonstrated proficiency with high-frequency radio systems and conducted CN Team equipment validation. Throughout every event, the Mustangs displayed the adaptability, technical expertise, and determination that define the Squadron and contribute directly to mission success. After meeting with JCSE’s Element Command Team, 335th Signal Command (Theater) Commanding General and Deputy Commanding General (both were previous Commanders of 4JCS) paid the Mustangs a visit and joined in on the training right along side the troops! Probably brought back some fond memories of their time as Mustangs.

When the scores were finalized and the competition came to an end, one troop emerged on top. Congratulations to Lima Troop, the 2026 Mustang Challenge Champions, for earning top honors and securing bragging rights for the year ahead.

The Mustang Challenge continues to strengthen readiness, sharpen warfighting skills, and reinforce the culture of excellence that drives the mission forward.

Train Hard. Communicate Harder. Sound the Charge!

(Photos by U.S. Army SGT Brandon Best)

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

BFG Monday: The Weight Problem Is a Readiness Problem

Monday, June 8th, 2026

For decades, the conversation around Soldier load has often been treated like a comfort issue. Lighter gear was something nice to have. Easier on the back. Better for morale. A quality-of-life improvement for the individual Soldier.

But that way of thinking does not match the reality of the problem.

The weight problem is a readiness problem.

Every extra pound a warfighter carries affects speed, endurance, mobility, recovery, and the ability to stay effective over time. That weight does not just sit in a ruck or hang from a plate carrier. It is connected to a human being. It compounds over hours, miles, training cycles, deployments, and years.

Eventually, weight becomes fatigue.

Fatigue slows movement. Slower movement reduces effectiveness. And in combat, reduced effectiveness can carry serious consequences.

The Army has acknowledged this plainly. In Soldier Load: The Art and Science of Fighting Light the issue is framed as more than a comfort concern. Excessive Soldier load creates risk to the force and risk to the mission, especially inside formations that depend on speed, endurance, and the ability to maneuver under pressure.

That is the point.

This is not about making the load feel better. It is about making the force more capable.

Heavy loads reduce maneuverability, increase energy demand, slow reaction time, and accelerate wear on the body. Knees, hips, backs, and feet absorb that cost over time. Research on the biomechanics of load carriage has shown that carried loads can change movement patterns, increase stress on the lower extremities, and add to the physical burden placed on military personnel.

Photo credit: U.S. Air Force photo by Senior Airman Olivia Bithell

The damage does not always show up immediately. It builds quietly through training, field problems, deployments, schools, movements, and repetitions. Eventually, it can affect performance, recovery, and the long-term health of the people who have carried that weight for years.

The cost is cumulative.

A few extra ounces on one pouch may not seem like much. Neither does a heavier attachment system, a bulky platform, or one more piece of unnecessary material. But multiply those ounces across a full fighting load. Then multiply that across every mile, every movement, every range, every training cycle, and every Soldier in the formation.

The burden was never just one item.

It was the totality of all of it.

That is why fighting light is not a trend. It is not a slogan. It is not a marketing angle.

It is a design responsibility.

A lighter load can help a warfighter move better, conserve energy, recover faster, and stay effective longer. It can support better awareness, better decision-making, and better performance under stress. When the body is less consumed by the burden of carrying unnecessary weight, more energy is available for the mission.

None of this means reducing capability. That has never been the right answer.

The answer is not to ask Soldiers to carry less of what they need. The answer is to examine every piece of equipment with greater discipline. Every pouch. Every platform. Every attachment method. Every material choice. Every ounce that does not need to be there.

Military leaders routinely study vehicles, fuel, logistics, sustainment, and mobility because movement wins wars. The same level of scrutiny should apply to individual warfighters.

If unnecessary weight slows the force, then unnecessary weight affects readiness.

This is why Blue Force Gear has always been so focused on weight reduction. Not because lighter gear sounds better on paper, but because weight matters in the real world. It matters when a Soldier is climbing, crawling, sprinting, patrolling, recovering, reacting, or fighting through fatigue.

It matters when the mission lasts longer than expected.

It matters when seconds count.

The answer is not carrying less capability.

It is carrying capability, smarter.

At Blue Force Gear, we have always believed that weight matters because the person carrying it matters. Fighting light is not about comfort. It is about movement, endurance, readiness, and survivability.

Because every ounce matters.

For units seeking to increase survivability and operational performance through reduced load carriage by upgrading to Helium Whisper, contact the Blue Force Gear Military Department or visit BlueForceGear.com.

Posted in Advertiser, Guest Post, Load Carrying | No Comments »

Soldiers Build Fort Sill Readiness with Future Machine Gun Range

Monday, June 8th, 2026

FORT SILL, Okla. – Soldiers who need to qualify on machine guns at Fort Sill will soon have a centralized, upgraded range built by Soldiers who know exactly why that training matters.

By applying critical thinking and looking beyond the standard path, leaders and engineers at Fort Sill are demonstrating how “getting to yes” can save time and taxpayer dollars while significantly improving the quality of training facilities.

The 104th Engineer Construction Company, 62nd Engineer Battalion, 36th Engineer Brigade, is converting Fire and Movement Range 2 into a Multi-Purpose Machine Gun Range to support machine gun qualification for Fort Sill units and external training units. The project is designed to restore a critical training capability, increase throughput and provide Soldiers with a more efficient place to train on machine gun systems.

Col. John Morgan, U.S. Army Garrison Fort Sill commander, toured the construction site May 20 with Glenn Waters, acting deputy to the garrison commander, and Michael Spears, acting director of the Directorate of Plans, Training, Mobilization and Security.

Brig. Gen. Patrick Costello, Fires Center of Excellence and Fort Sill commanding general, visited the range May 28 to observe the work firsthand and speak with 104th ECC Soldiers about their role in building the new training capability.

Solving a training gap

The need for the range grew after the Joint Counter-small Unmanned Aircraft System University was stationed at Fort Sill in 2022 and occupied the installation’s primary Kerr Hill Machine Gun Range. That pushed units onto three geographically separated, nonstandard temporary ranges, which reduced training efficiency and created a qualification bottleneck for units that need to train machine gun crews.

Fire and Movement Range 2 was identified as the solution: an underused range that could be converted into a centralized facility for machine gun qualification.

Waters said the project directly supports readiness.

“This range is all about readiness,” Waters said. “We need modern, top-tier facilities to train our Soldiers, and this MPMG range gives them exactly what they need to master their weapons systems and build lethality right here at Fort Sill.”

When complete, the range will support the M249 squad automatic weapon, M240B machine gun, M2A1 .50-caliber machine gun and MK19 grenade machine gun. Soldiers will be able to train on those systems mounted on vehicles, fired through common remotely operated weapon stations, or used dismounted from tripods and bipods.

The range footprint includes six firing points, 75 infantry and armor target points from 100 to 1,300 meters, two maintenance access roads totaling about 2,600 meters, drainage improvements and supporting range infrastructure.

Faster and less expensive

A traditional military construction project had been projected for fiscal year 2036 at about $25 million. Through troop construction, Army engineers building a real-world project as part of their training, Fort Sill and the 104th ECC are delivering the capability about 10 years early for roughly $500,000.

Morgan said seeing the project early in his command showed what can happen when leaders think beyond traditional timelines and focus on what Soldiers need now.

“We can’t wait 10 years down the road to have a better range,” Morgan said. “We need a better range for the Soldiers today.”

Morgan said the project also shows how Fort Sill can solve problems across the garrison: identify the stakeholders, bring the right people together and find a practical answer that supports Soldiers.

“It’s proof of concept that we can build things faster and cheaper on behalf of our Soldiers,” Morgan said.

Waters said the project is an example of what happens when the installation focuses on solutions instead of barriers.

“It’s a perfect example of what happens when everyone leans in together,” Waters said. “We identified a critical training requirement, and by partnering with the garrison and utilizing the in-house talent of the 104th Engineers, we’re saving time and maximizing our resources. It proves that when the installation and the engineers work hand-in-hand, we deliver a better, faster product for the force.”

Soldiers building for Soldiers

For the 104th ECC, the project is more than construction. It is mission-essential training with a lasting purpose.

Capt. Jacob Sroka, commander of the 104th ECC, said his Soldiers are building a range that will outlast their time at Fort Sill and serve future units for decades.

“Our Soldiers understand this range will stand for the next 50 years units, and Soldiers will qualify and build their lethality on this range for generations to come,” Sroka said.

The work requires horizontal construction engineers, vertical construction engineers, surveyors, equipment maintainers and support Soldiers to work together. Soldiers are building firing points, placing target infrastructure, shaping access roads, improving drainage and ensuring the range is built to standard. Waters said the Soldier-to-Soldier impact is one of the most powerful parts of the project.

“Seeing Soldiers building infrastructure for other Soldiers is a powerful thing to witness, they know exactly how important this range is, and they are getting after it,” Waters said.

More than moving dirt

Warrant Officer 1 Ignacio N. Re, construction engineering technician for the 104th ECC, said the work requires more than moving material across a range.

Firing points must be placed precisely. Drainage must prevent erosion and flooding. Access roads must allow range personnel to service target systems. Surveyors and equipment operators must get the grade right the first time.

“Turning an existing range into a functional training asset requires far more than equipment operators moving material,” Re said. “It takes coordinated engineering expertise in surveying, design interpretation, drainage, earthwork, quality assurance and construction management.”

Re said proper grade, drainage and soil stability determine whether the range will hold up under years of training use.

“Proper elevations, drainage flow and soil stability are foundational to every structure and roadway built afterward,” Re said.

Fort Sill’s terrain and weather have given the engineers real-world challenges. Soldiers have had to adjust drainage plans, stabilize low areas and account for Oklahoma clay soil that holds water and affects construction. Re said those challenges are part of what makes the project valuable training because Soldiers must adapt, communicate and solve problems as conditions change.

Garrison support behind the scenes

The project also highlights the garrison support behind the scenes. DPTMS, Range Operations, Directorate of Public Works partners and other Fort Sill agencies helped move the project from concept to construction through site surveys, environmental and cultural reviews, unexploded ordnance assessments, design coordination, material procurement and daily support to the engineer company.

Sroka said that support allowed the 104th ECC to focus on the mission.

“Working with the various Fort Sill agencies supporting our project up here has been an incredible experience,” Sroka said. “They’ve accommodated us with every requirement and enabled us to focus on the project.”

Spears said the effort matched a Fort Sill capability gap with an engineer unit’s training requirement. Fort Sill needed a better machine gun range, and the 104th ECC needed realistic construction training tied to its mission-essential tasks.

During Costello’s May 28 visit, Soldiers and leaders explained the construction process, the scale of the project and how the completed range will improve machine gun qualifications at Fort Sill. At the end of the tour, Costello presented commanding general coins to Staff Sgt. Carola Chavez, Spc. Evan Floyd, Spc. Sato Mongkeya, Spc. Guillermo Jimenez, and Spc. Joshua Farias for their contributions to the project. Costello also told the Soldiers their work is important to Fort Sill’s mission.

For Morgan, the project also reflects the work done every day by Soldiers and civilians whose efforts may not always be visible but directly support the Army mission.

“What they do is important, and what they do is absolutely value added to the team,” Morgan said. “They should be proud of planting the seeds of the trees they might not see grow.”

When complete, the Multi-Purpose Machine Gun Range will give Fort Sill a centralized training capability that improves scheduling, increases throughput and supports units preparing for real-world missions. For the Soldiers building the range, the project is more than a construction mission. It is a chance to leave behind a capability that will help future crews qualify, train and prepare to deploy.

Waters said the work being done now will have a lasting impact.

“The hard work they are putting in today is going to pay dividends for every Soldier who trains on that range for years to come,” Waters said. “I couldn’t be prouder of what they are accomplishing.”

Story by Chris Gardner

Fort Sill Public Affairs

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

Leveraging Artificial Intelligence to Ensure Secure Army Communications

Sunday, June 7th, 2026

FORT HUACHUCA, Ariz. — In today’s rapidly evolving digital landscape, the convergence of large datasets and AI is transforming the way the Army secures and operates its networks. The U.S. Army Information Systems Engineering Command, a major subordinate command of the Communications-Electronics Command, stands at the forefront of this transformation by harnessing the power of AI to enable advanced data analytics and drive Army operational readiness and resilience across the force.

As Army networks expand and the volume of data grows, the attack surface for our adversaries also expands. Recognizing this, USAISEC is leading an effort to leverage large datasets with AI-driven insights to enhance operations and harden critical infrastructure for secure Army communications.

Supporting communications security

USAISEC is the home of the Army’s COMSEC experts. Tasked with supporting COMSEC across the Army, USAISEC ensures the proper safeguarding and handling of cryptographic materiel for hundreds of Army units worldwide. These units are engaged in missions ranging from training and humanitarian assistance to real-world military operations around the globe that require 24-hour support.

The USAISEC Communications Security Directorate provides critical support across three primary focus areas:

COMSEC accounts and keys: CSD operates the Tier 1 system that generates and distributes cryptographic keys to Key Management Infrastructure workstations. To maintain strict accountability, personnel serve as the Service Authority and Central Office of Record, providing oversight and assistance for all Army COMSEC account management.

COMSEC operations: Warfighters require continuous support to maintain secure networks in contested environments. To assist account managers with daily operations, CSD strategically positions regional COMSEC Information Security Representatives at geographic locations worldwide. Additionally, personnel staff dedicated help desks to guide soldiers through the complex operation of Key Management Infrastructure workstations, cryptographic hardware, and associated software.

COMSEC policies and compliance: Security is effective only when standards are strictly enforced. To enforce policies, CSD acts as a COMSEC Incident Monitoring Activity, actively assessing and mitigating reported security incidents across the Army. Additionally, personnel develop modernized procedures and conduct thorough audits of Army COMSEC accounts to guarantee absolute compliance with stringent national security policies.

Using AI to drive predictive analytics

This immense responsibility generates vast amounts of data, which historically required manual review and management. Today, USAISEC is leveraging AI-driven data analytics to assess these large datasets, enabling predictive analytics that allow for proactive engagement with Army units before challenges arise. This not only heightens Army readiness but also empowers commanders and decision-makers with data-driven insights to better manage COMSEC programs within their force structures.

One of the most significant advancements in this modernization effort is the development of the Communications Security Operations Center. Rather than altering the current mission, the CSOC strengthens and streamlines core COMSEC services by centralizing operations, improving readiness visibility and enabling a more integrated, data-driven support model. For the first time ever, data previously available only to CSD personnel is now available to commanders at all levels.

When fully implemented, the CSOC will support improved Army readiness by allowing detailed analysis of COMSEC account health, compliance and risk, while enabling proactive mitigation and forecasting of cryptographic materiel requirements. Powered by continuous data integration from across CSD’s mission areas, these enhancements ensure Army networks remain resilient and secure.

USAISEC is deploying AI to proactively monitor the Army’s COMSEC posture. By leveraging data-driven insights and establishing a centralized CSOC, USAISEC is shifting COMSEC management from a reactive to a predictive model. These advancements enable the Army to maintain continuous, secure communications for our warfighters worldwide. The resulting Army resilience ensures Army networks remain ready for complex operations across all domains.

By Steven Downer and Sandra Rosario, USAISEC

Posted in AI / ML, Guest Post | No Comments »

‘Project Bullfrog’ Sees Army Air Defenders in Europe Assess Skyhammer Effector

Saturday, June 6th, 2026

SEMBACH, Germany – The ‘Project Bullfrog’ series of exercises, driven by the 52nd Air Defense Artillery Brigade (52d ADA BDE), brings together servicemembers and innovative air defense solutions from industry. During a recent iteration, the Skyhammer effector, produced by Cambridge Aerospace, underwent testing, marking another step in the brigade’s ongoing effort to accelerate the development of layered air and missile defense solutions for the U.S. Army.

The developmental tests focused on evaluating Skyhammer’s potential contribution to the Eastern Flank Deterrence Initiative (EFDI), the transformational warfighting concept that leverages unmanned and minimally manned systems, backed by an integrated mission command network that uses live data to accelerate decision-making and offset forward posture and adversary advantages in mass and momentum. The EFDI is spearheaded by the vision of the United States Army Europe and Africa (USAREUR-AF) and NATO Allied Land Command (LANDCOM).

The events provided Soldiers, engineers, and operational planners with an opportunity to assess the system’s performance, integration potential, employment considerations, and suitability for further operational evaluation. Following the developmental test series, the U.S. Army’s Global Tactical Edge Acquisition Directorate (G-TEAD) is expected to invite Cambridge Aerospace for an Operational Assessment and potential fielding consideration.

“The threat is adapting quickly, and our formations must move with the same urgency,” said Capt. Kurt Blumeyer, 52d ADA BDE’s Weapons Evaluation Test Cell Officer. “These tests allowed Soldiers and developers to work side by side, identify operational requirements, and evaluate whether emerging technology can help close real gaps in the current defense design,” Blumeyer continued.

The 52d ADA BDE remains committed to rapidly identifying, testing, and integrating capabilities that strengthen air defense in depth, protect critical assets, and give commanders more options to counter evolving aerial threats. Expanding its portfolio, the brigade is also working to defeat the cost curve for counter-cruise-missile capabilities, collaborating with Cambridge Aerospace on the Starhammer, a low-cost cruise missile with defeat capability.

“Along with increasing magazine depth amongst c-UAS capabilities, we are looking to do the same in the counter cruise missile space, at a low cost, to augment our exquisite interceptors,” said Maj. Cody Davis, the 52d ADA BDE Operations Officer. “Currently, we are planning to integrate the StarHammer into existing joint-force and European multinational exercises,” Davis continued.

These efforts reflect the brigade’s broader approach to air defense modernization: identifying operational problems from forward-deployed units, pairing them with promising industry solutions, and using Soldier-informed testing to determine whether systems are ready for further evaluation, refinement, or fielding.

The Skyhammer effector is designed as a lower-cost interceptor option to support layered defense against various aerial threats. During the test series, 52d ADA BDE personnel examined how the system could enhance depth, magazine capacity and engagement options within a broader integrated air and missile defense architecture.

“This partnership with the 52nd Air Defense Artillery Brigade allowed us to put Skyhammer in front of Soldiers who understand the threat and the mission,” said Chris Sylvan, Chief Commercial Officer and co-founder of Cambridge Aerospace. “Their feedback was direct, operationally grounded, and invaluable as we continue refining the system for real-world use,” Sylvan added.

The brigade emphasized that developmental testing does not constitute a final procurement or fielding decision. Instead, it provides commanders and technical stakeholders with the data needed to determine whether a system should proceed to operational assessment.

The planned operational assessment will take place this summer and provide a more rigorous venue for evaluating Skyhammer in an environment relevant to current and future ground-based air defense operations. The assessment is expected to inform future decisions on potential employment, integration, and fielding pathways.

The 52d ADA BDE provides air and missile defense capabilities in support of USAEUR-AF. The brigade focuses on defending critical assets, protecting maneuver forces, and advancing integrated air defense capabilities across the European and African theaters.

By CPT Zemas Andargachew

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

FirstSpear Friday Focus: Crew Shorts

Friday, June 5th, 2026

The FirstSpear CREW SHORTS are built for range days, training sessions, and well-earned days off. Durable, comfortable, and easy to move in, they bring dependable performance without the tactical billboard look.

The modern 6-inch inseam and streamlined fit make them a solid choice for warm-weather work, travel, or kicking back after a long week.

Whether you’re loading mags, running drills, or just handling the weekend like a responsible adult, the CREW SHORTS are ready to keep up. They deliver the rugged construction FirstSpear is known for in a clean, versatile package. Because sometimes the best gear is the kind that works hard without making a big deal about it.

To request an estimate click image above or visit First-Spear.com/Request-For-Estimate. FirstSpear is the premier source for cutting-edge tactical gear for military, law enforcement and those who train. For more information visit First-Spear.com.

Posted in Advertiser, Clothing, FS Friday Focus, Guest Post | 1 Comment »

USMC UH-1s Become Drone Control Platforms

Friday, June 5th, 2026

MARINE CORPS AIR STATION MIRAMAR, Calif. —

In a significant leap forward for aerial warfare, the U.S. Marine Corps has successfully integrated its iconic H-1 helicopter fleet with advanced, low-cost drone technology, demonstrating a new and lethal capability for the modern battlefield. During a recent exercise, Marines with Marine Light Attack Helicopter Squadron (HMLA) 169, Marine Air Group 39, 3rd Marine Aircraft Wing, and 3rd Light Armored Reconnaissance Battalion, 1stMarine Division, showcased the ability of the UH-1Y Venom and AH-1Z Viper helicopters to act as airborne motherships, extending the reach and lethality of first-person view drones to strike targets from unprecedented distances.

“The primary objective was to test the feasibility of a non-kinetic drop and deployment of a first-person view drone from a moving helicopter, which we were able to do today,” said Capt. Quinton Thornbury, a UH-1Y Venon pilot with Marine Light Attack Helicopter Squadron (HMLA) 169, Marine Air Group 39, 3rd Marine Aircraft Wing. “From there, validate that we can control the maneuver of that drone from the back of the aircraft.”

The exercise tested a critical battlefield scenario where ground forces from 3rd LAR launched a Neros Archer FPV drone. Once airborne, control of the drone was seamlessly handed off to a specialized operator team inside a UH-1Y Venom helicopter orbiting safely miles away. The Venom, leveraging its superior altitude and mobility, became a flying command post, directing the drone to its target and validating the aircraft’s role as an aerial control station.

This utilization of drones alongside manned aircraft is designed to counter the growing danger of more sophisticated air defense systems that force helicopters to operate from farther away, limiting their effectiveness. By pairing the H-1’s endurance and perspective with the drone’s speed and expendability, the Marine Corps is taking the next step the integration of drones on the battlefield.

This tactic allows us to keep our air crews safe and sound while pushing the lethal edge of the battlefield out to where the enemy is.

“We are still providing our ground support, and close air support, but in a way that lets the drones close with and destroy the enemy, rather than putting our Marines in harm’s way.” Sgt. Matthew Pocklington, a UH-1Y crew chief, with HMLA-169, MAG-39, 3rd MAW

Blending the strengths of a proven aviation platform with an agile, attritable weapon. It gives commanders a scalable, cost-effective option to service a wide range of threats without risking the aircraft or expending expensive munitions on every target.

The Neros Archer, already the most common FPV system in the Marine Corps infantry, was selected for its proven performance and existing logistical support, which accelerates integration.

The successful demonstration proved the viability of using FPV drones as a remote extension of the helicopter’s own sensors and weapons. The small, precise nature of the drones also minimizes collateral damage, a critical risk factor in complex environments. By enabling helicopter formations to detect, target, and engage everything from enemy armor to maritime craft from a safe distance, this innovation ensures the H-1 platform will remain a dominant and relevant force on the battlefields of tomorrow.

By 2ndLt Connor Jenig | I Marine Expeditionary Force

Posted in Aviation, Drone, Guest Post, USMC | No Comments »