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Archive for the ‘C5ISR’ Category

AUSA 25 – RIVET Soldier Borne Mission Command HUD

Tuesday, October 21st, 2025

RIVET exhibited their Heads Up Display technology for the US Army’s Soldier Borne Mission Command program in the Wilcox Industries booth.

Through integration with WILCOX’s MANTIS mounting solution, the RIVET HUD becomes part of the FUSION CLAW-compatible system.

FUSION CLAW is a consortium of partners who have come together to provide the Army with an advanced headborne system to the US Army which is based in the issue IHPS helmet and provides integrated power and data.

Mounted to the front of the helmet is the sensor suite which contains an IR camera in the center and two CMOS low light color cameras on either side to offer binocular vision. It can be worn down in front of the eyes to put the cameras where the eyes are as seen here or up for observation. Either way, the data can be pushed to the eyewear.

What I really like about this option is that the key to viewing the Augmented Reality information is the RIVET Eyewear and those can be used with the Enhanced Night Vision Goggle – Binocular (ENVG-B), which is the current fused NVG/IR system worn by the Infantry and SOF.

Anduril’s EagleEye Puts Mission Command and AI Directly into the Warfighter’s Helmet

Monday, October 13th, 2025

Anduril today unveiled EagleEye, an independently researched and developed, modular, AI-powered family of systems that unifies command and control, digital vision, and survivability within a single, adaptive architecture.

EagleEye is a consequential step toward realizing Anduril’s vision of turning every warrior into a connected node on the battlefield. It consolidates mission planning, perception, and control of unmanned assets into a lightweight system that reduces weight and cognitive load while improving protection.

Anduril is already delivering the Army’s Soldier Borne Mission Command (SBMC) and Soldier Borne Mission Command–Architecture (SBMC-A) programs. Together, SBMC and SBMC-A form a mixed-reality platform that equips U.S. Army Soldiers with integrated situational awareness, mission planning, and training tools to improve decision-making and mobility. EagleEye builds on these advances, pairing mission command software with a heads-up display (HUD) and helmet-native hardware for balance, protection, and battlefield effectiveness.

“We don’t want to give service members a new tool—we’re giving them a new teammate,” said Palmer Luckey, Anduril’s founder. “The idea of an AI partner embedded in your display has been imagined for decades. EagleEye is the first time it’s real.”

Core Capabilities

Mission Planning

EagleEye enables mission command through a high-resolution, collaborative 3D sand table. Operators can rehearse missions, coordinate movements, and integrate live video feeds pinned to terrain. This creates a shared operational picture before and during the mission.

Enhanced Perception

The HUD enhances the operator’s view by overlaying digital information onto the real world, delivering vital contextual insights. EagleEye includes both an optically transparent daytime HUD and a digital night-vision HUD, each purpose-built for its environment. The system’s advanced approach to blue force tracking enables warfighters to know the precise location of teammates in world space, such as their exact position within a building or on a specific floor, rather than simply appearing as a dot on a 2D map. With Anduril’s Lattice network of distributed sensors, the system fuses real-time feeds from across the battlespace, allowing operators to detect and track threats even when terrain or structures block direct line of sight.

Heightened Survivability

EagleEye provides beyond-full-cut ballistic protection and blast wave mitigation in an ultralightweight shell designed for long wear. Rear- and flank-view sensors expand awareness without distraction. Spatial audio and radio frequency (RF) detection add layers of protection, alerting operators to hidden or immediate threats.

Edge Connectivity

EagleEye consolidates soldier networking and command tools into a body-worn system. Operators can task unmanned aerial vehicles (UAS), call for fires, and control robotic teammates while staying mobile. Lattice mesh networking ensures resilient command and control in denied, degraded, intermittent, or limited (DDIL) environments.

Designed with the Warfighter in Mind, for the Warfighter’s Demands

EagleEye is built from the ground up with ergonomic form factors modular add-ons, and a software-first architecture. Configurations include helmet, visor, and glasses variants. The system balances weight, reduces the bulk of traditional night vision goggles (NVGs), and keeps sensors aligned with the warfighter’s center of gravity. The totality of these attributes make EagleEye a standard-setting technology meant to perform to the requirements of military operations.

By partnering with commercial leaders such as Meta, OSI, Qualcomm Technologies, Inc., and Gentex Corporation, who have invested billions in augmented reality, rugged eyewear, compute, sensing, and ballistic helmets, Anduril brings proven technology directly into defense. This approach lowers cost, accelerates development, and ensures a path to continuous upgrade.
EagleEye equips dismounted operators with the ability to plan, fight, and survive while connected to every asset in the battlespace. As part of the Lattice ecosystem, EagleEye ensures persistent connectivity and control in any environment.

Air Force Experiments with AI, Boosts Battle Management Speed, Accuracy

Saturday, October 11th, 2025

LAS VEGAS (AFNS) —  

The Air Force wrapped up the second Decision Advantage Sprint for Human-Machine Teaming, known as DASH 2, a fast-paced experiment exploring how artificial intelligence can help operators make faster, smarter decisions in complex battlespaces.

DASH 2 took place at the Shadow Operations Center-Nellis’ unclassified location in downtown Las Vegas and was led by the Advanced Battle Management System Cross-Functional Team.The effort was conducted in partnership with the Air Force Research Lab’s 711th Human Performance Wing, the Integrated Capabilities Command and the 805th Combat Training Squadron, also known as the ShOC-N. 

“DASH 2 proved human-machine teaming is no longer theoretical,” said Col. Jonathan Zall, ABMS Capability Integration chief. “By fusing operator judgment with AI speed, the Air Force is shaping the future of decision advantage in joint and coalition operations.” 

AI Speeds Decision Advantage 

Initial results showed that machines produced recommendations in less than ten seconds and generated 30 times more options than human-only teams. Two vendors each produced more than 6,000 solutions for roughly 20 problems in just one hour. The software’s accuracy was on par with human performance, despite only two weeks of development. In one case, a single algorithm adjustment would have raised recommendation validity from 70 percent to more than 90 percent. 

“This level of output gives commanders options to execute multiple kill chains simultaneously and we’re excited about our next experiment to generate the courses of action with the machines to help illuminate risk, opportunity gain/loss, material gain/loss, among others,” said Col. John Ohlund, ABMS CFT director. 

Inside DASH 2 

The DASH series is part of the Air Force’s campaign to modernize command and control and gain decision advantage through human-machine teaming. Each sprint refines a specific decision function and informs future Department of the Air Force C2 development. The series also supports the Pentagon’s Combined Joint All-Domain Command and Control initiative. 

“Human-machine teaming is critical to accelerating the speed and quality of decisions across the joint force, and DASH 2 provides the insights we need to make that a reality,” Zall said. 

Human-Machine Teaming in Action

Seven teams participated in DASH 2, including six industry teams and one ShOC-N innovation team. Their challenge was to design AI-enabled microservices capable of assisting operators with the “match effectors” function, which determines the best available weapon system to destroy an identified target. 

Developers observed battle management crews operating without machine assistance, then iteratively designed and tested tools to augment human decision-making. Final demonstrations compared human-only performance against human-machine performance, measuring speed, quantity and quality.

“Being part of DASH 2 showed us how human-machine teaming can enhance performance without losing operator judgment,” said Capt. Steven Mohan III, 726th Air Control Squadron chief of standards and evaluations.

Industry and Air Force Collaboration 

Evaluation focused on whether these tools helped operators make more effective decisions, not just process more data. 

DASH 2 also reaffirmed the value of co-development with both industry and Air Force developers. Companies retained intellectual property rights while the Air Force gained insight into integration and functional requirements for future C2 software. 

“At the ShOC-N, our mission is to put new capabilities into operators’ hands and test them under conditions that resemble real-world battle management,” said Lt. Col. Shawn Finney, 805th CTS/ShOC-N commander. “DASH 2 demonstrated how the battle lab enables rigorous testing while maintaining operational fidelity, bridging the gap between concept and capability.” 

Early Results and Lessons Learned 

The 711th HPW collected data on operator performance, workload and teaming dynamics. Findings confirmed that AI can accelerate decision-making while keeping humans at the center of the process. 

“Collaboration with AFRL, the ABMS program office and industry allowed us to rapidly experiment, refine requirements and accelerate the path from concept to capability delivery,” Ohlund said. 

Shaping the Future of C2 

The DASH series is a key step in modernizing Air Force command and control. By combining human judgment with AI, the service is preparing operators to make faster, more informed decisions in future contested environments. 

“DASH 2 proved human-machine teaming is no longer theoretical,” Zall said. “By fusing operator judgment with AI speed, the Air Force is shaping the future of decision advantage in joint and coalition operations.” 

By Deb Henley, 505th Command and Control Wing Public Affairs

805th Combat Training Squadron, also known as the Shadow Operations Center-Nellis

How Anduril and the Army Are Rewriting Fire Missions with NGC2

Thursday, October 2nd, 2025

Only eight weeks after Anduril was awarded a $99.6 million prototype Other Transaction Authority agreement for the Army’s Next Generation Command and Control (NGC2), the 4th Infantry Division became the first unit to use NGC2 in live fire training. The event, known as Ivy Sting 1, demonstrated a division-level targeting process running entirely on Anduril’s Lattice Mesh and Palantir’s Target Workbench (TWB) from headquarters down to the gun line—firing faster, more reliably, and more resiliently than legacy systems.

NGC2 is the Army’s initiative to modernize the command and control ecosystem. Built on an open, modular architecture, NGC2 connects the entire battlefield—soldiers, sensors, vehicles, and commanders—with resilient, real-time data. Anduril leads the effort alongside partners Palantir, Striveworks, Govini, Instant Connect Enterprise™ (ICE), Research Innovations, Inc. (RII), and Microsoft, integrating their capabilities into a single ecosystem.

For decades, artillery fire missions required soldiers to manually compute firing data with charts and protractors—a slow, error prone process that tied up fire direction centers. The process was digitized in the 1990s with the development of the Advanced Field Artillery Tactical Data System (AFATDS). But while it was progress, AFATDS was slow to set up and unable to interface easily with other systems.

At Ivy Sting 1, the Army’s new Artillery Execution Suite (AXS) replaced that model. Integrated into NGC2, AXS delivered fire control at speed. The gains were measurable. With AFATDS, gun crews often spent time troubleshooting digital connections before they could fire. Using AXS on Lattice Mesh, crews were digitally ready in under 30 seconds.

Running on Voyager rugged edge computing kits, Lattice Mesh, Anduril’s software backbone, kept the workflow seamlessly connected and resilient in concert with Palantir’s software platform. Ghost, Anduril’s modular UAS platform, also ran on the mesh, providing immediate battle damage assessment through full-motion video, and Army Forward Observers fed inputs directly into Lattice via Android Tactical Assault Kit (ATAK) integrations. Palantir’s TWB managed, tracked, and allocated resources for each target taking geolocation data and translating it to actionable targets to process through the kill chain.

This was no tabletop exercise. Soldiers fired 26 live missions with M777 howitzers on Fort Carson’s live-fire ranges, running AXS side-by-side with legacy crews. The contrast was visible: one team struggling with delays, the other firing digitally in seconds. Ivy Sting 1 proved that NGC2 works under operational conditions and set the stage for future events that will scale across more nodes and integrate partner applications.

To make it all happen, Anduril’s NGC2 engineering team embedded directly with the AXS developers using the NGC2 Software Development Kit (SDK). The SDK gives third-party developers the tools and open interfaces needed to rapidly build and integrate new applications and data services for NGC2, ensuring flexibility and avoiding vendor lock-in. That integration allowed the Army to move faster than planned—pulling a milestone originally set for January 2026 into Ivy Sting 1. The first M777 round was fired just 12 hours after the beta software was installed.

The workflow demonstrated has now been adopted as the division’s standard operating procedure for artillery fire control. Every future 4ID training event will build on Ivy Sting 1 mission thread, reinforcing and refining the process.

Ivy Sting 1 is only the beginning. Anduril and its partners will expand the number of nodes integrated into Lattice Mesh and use the NGC2 SDK to pull new mission threads into the data fabric. What started with fires will extend to sustainment, aviation, logistics, counter-UAS, and medical evacuation within Army operations. During Ivy Sting 2, a new mission thread will demonstrate how Lattice Mesh connects data generated by AXS to Ark, Govini’s sustainment application, enabling warfighting functions to interoperate seamlessly across the division. By Ivy Mass in May 2026, the division will be operating those workflows on Lattice at scale, treating the event as a full dress rehearsal for Project Convergence Capstone 6 in July.

Ivy Sting 1 showed how fast the Army and industry can deliver when they work as one team. In just two months, Anduril and its partners delivered a live-fire NGC2 capability that connected headquarters, artillery crews, and autonomous systems on a single mesh network.

Next-Gen Navigation Systems Reach Army Units

Thursday, October 2nd, 2025

Fielding of the Mounted Assured Positioning, Navigation and Timing System, MAPS, GEN II hardware is underway across the Army to provide increased operational effectiveness with advanced positioning, navigation and timing, PNT, systems.

MAPS GEN II is the next-generation PNT system used to provide highly accurate and resilient PNT data to Army vehicles, especially in GPS-degraded or denied environments.

Fielding of the MAPS GEN II systems supports Transformation in Contact 2.0, the Army’s current initiative to rapidly deliver new equipment to operational units.

GEN I vs. GEN II – What’s changed?

The goal when developing MAPS GEN II was GPS security, first and foremost. At the most basic level if Soldiers don’t know where they are or where they are going and have confidence in the information, that’s not a very effective Army. PNT’s number one priority is to enable Soldiers to shoot, move and communicate.

The old trope, never judge a book by its cover, is true for MAPS GEN II. While it may look similar to its predecessor, GEN II boasts several welcomed improvements.

With the advancements in electronic warfare threats, a hardened, more secure PNT system was necessary. MAPS GEN II has stronger and more secure encryption through M-Code, uses alternative sensors providing sensor fusion and advancements to the exterior antenna providing Soldiers with more advanced anti-jamming and anti-spoofing capabilities, two of the main electronic warfare threats the Army faces.

“Jamming is disruptive, but spoofing can be far more damaging,” Jennifer Thermos, acting product manager, Mounted PNT said. “When you don’t have a GPS signal, you know something’s wrong but there are still ways to take action. With spoofing, you’re still getting GPS signal but if you don’t have a system like MAPS GEN II that can recognize a spoofing attempt and reject it, you could be following a false GPS signal which could lead you right to where the enemy wants you.”

“MAPS GEN II is able to detect and reject GPS interference and provide the Soldier with a notification that it is operating despite the electronic warfare environment,” Thermos said.

The system was designed with size, weight and power in mind, as are all Army systems, to address space limitations inside vehicles.

“MAPS GEN II can take the place of MAPS GEN I systems as well as multiple Defense Advanced GPS Receivers, providing Assured PNT to client systems with one platform,” Thermos explained.

C2 Enabler

Built using open architecture standards which allows modularity and scalability, MAPS GEN II easily integrates with various platforms currently in use as well as future systems still in development that fall under the Command and Control, C2, umbrella.

MAPS GEN II also fits in well with Next Generation Command and Control, NGC2, architecture, part of the “how” the Army accomplishes its TIC goals. The system is a critical enabler of C2 and Fires capabilities. Networks, radios and Fires systems rely on highly accurate timing and positioning data to function.

“If legacy systems don’t have accurate timing and positioning data, the effectiveness of the system overall is degraded,” Thermos explained. “We want to provide every Soldier the full capability, so we want to field as many MAPS GEN II systems as possible, and as fast as possible.”

Training

MAPS GEN II represents a significant leap forward in assured PNT capabilities, but realizing its full potential requires Soldiers to be proficient in its operation and maintenance. The new equipment training provided a foundational understanding of the system’s architecture, operational procedures, troubleshooting techniques and integration with existing platforms.

“This training isn’t simply about learning how to use the system; it is about building confidence and fostering a proactive approach to maintaining PNT superiority in contested environments,” Maj. Shay Wright, assistant product manager, Mounted PNT production and fielding lead said. “Without this dedicated training, the Brigade’s ability to effectively leverage MAPS GEN II’s capabilities would be severely hampered.”

Fresh off training, the 2nd Stryker Brigade Combat Team, 2nd Infantry Division, attached to the 7th Infantry Division, put MAPS GEN II through its paces during a follow-on training event.

“GPS jamming was an issue we had to deal with in training,” Capt. Tianna Johnson, 2nd Stryker Brigade Combat Team said. “We must be prepared to respond to GPS jamming. In one case, MAPS indicated a detected threat, which was exactly what MAPS GEN II was designed to do, and we were able to take the appropriate actions.”

The value of in-person, hands-on training is not an expense, but a critical investment in maintaining our warfighting edge.

Future Plans

With fielding and training to the 2nd Stryker Brigade Combat Team complete, the MAPS Team at Program Executive Office Intelligence, Electronic Warfare & Sensors is focused on fielding and training various units including other TIC units, continuing with Stryker BCTs.

New Equipment Fielding is critically important to maintaining Army readiness and achieving overmatch against potential adversaries. These trainings enhance combat capability, maintain readiness levels and align with Army priorities.

By Shawn Nesaw

AV Expands Tomahawk Line with Future-Ready Grip TA5 Tactical Controller

Thursday, September 18th, 2025

The Grip TA5 was selected as the Dismounted Common Controller (DCC) as part of the $5.1M U.S. Army RCCTO Human-Machine Integrated Formations (HMIF) rapid prototyping project.

ARLINGTON, Va., [September 12, 2025] — AeroVironment, Inc. (“AV”) (NASDAQ: AVAV), a global leader in all-domain defense technologies, today unveiled its Tomahawk Grip TA5. The Grip TA5 is an 8-inch tactical controller designed to deliver enhanced situational awareness, precision strike capabilities, and seamless scalability across mission sets for today’s modern warfighter.

Built to integrate with the military-grade Samsung Tab Active5 Tactical Edition, the Grip TA5 turns off-the-shelf tablets into mobile command centers. It’s modular architecture and multi-platform compatibility offers operators command and control of multiple robotic assets in real-time – enhancing mission adaptability and response speed. The system enables intelligence, surveillance and reconnaissance (ISR) missions, target acquisition and tracking, situational command and control (C2), and fire control functions–enabling direct operation of lethal payloads, loitering munitions, and direct-fire weapons. At just 2.5 pounds, the compact, rugged controller meets MIL-STD-810 and adds enhanced software security, advanced networking, and hot-swapping flexibility—positioning AV as the permanent control layer regardless of the underlying device model.

“Our ability to deliver effective, next-generation solutions at mission scale and speed positions AV as a top developer and manufacturer in the defense industry,” said Trace Stevenson, President of Autonomous Systems for AV. “The Grip TA5 is more than a controller. It’s a force multiplier that brings speed, interoperability, and future-ready capabilities to the modern warfighter.”

In May, AV announced that its Tomahawk Ground Control Station (GCS) product line was awarded a $5.1 million contract by the U.S. Army Rapid Capabilities and Critical Technologies Office (RCCTO) in support of the Human-Machine Integrated Formations (HMIF) rapid prototyping project. The Grip TA5 was officially selected as the Dismounted Common Controller (DCC) to advance human-machine teaming and strengthen battlefield command and control.

AV previously developed and delivered multiple iterations of prototypes based on the previous Samsung Tab Active3 as part of the United States Marine Corps’ Force Design 2030. The Grip TA5 leverages lessons learned from this work, adding the interoperability and multi-mission capabilities needed to meet requirements for the U.S. Army’s Low Altitude Stalking and Strike Ordinance (LASSO), Long Range Reconnaissance (LRR), and Launched Effects (LE) programs while still maintaining operability with USMC programs, like Marine Air-Ground Tablet (MAGTAB).

The Grip TA5 expands AV’s Tomahawk Ground Control Station product line, which also includes the Grip S20 designed around the Samsung Galaxy S20 Tactical Edition smart phone. Responding to operator feedback for larger screen sizes, the Grip TA5 offers a ruggedized and streamlined, cost-effective solution with an expandable port for dual 8-inch displays to boost visibility and efficiency. The controller will begin shipping as a standard catalog configuration or as an alternative option with AV platforms starting in late 2025.

“Developed for warfighters from warfighter feedback, the Grip TA5 highlights our focus on rapidly turning feedback into real, fielded innovation,” said John Bolen, AV’s Tomahawk GCS Product Line Manager. “By expanding screen size, enhancing networking, and offering scalability across clients, vehicles, and operations, we are giving soldiers a tactical edge on the battlefield.”

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.

Gentex Partners with Anduril to Enhance U.S. Army Soldier Borne Mission Command with Integrated Helmet and Comms Systems

Wednesday, September 10th, 2025

CARBONDALE, PA, September 9, 2025 – Gentex Corporation is proud to announce its role as a key partner in the U.S. Army’s Soldier Borne Mission Command (SBMC) program, awarded to Anduril Industries. Under this contract, Gentex will provide advanced helmet and communications integration to support the Army’s next-generation Heads Up Displays (HUDs), ensuring seamless soldier adoption and enhanced survivability in the most demanding environments. 

“This program represents the next step in connecting soldiers with the tools they need to outpace evolving threats. Gentex is proud to bring our proven platforms and capabilities to SBMC, ensuring that cutting-edge HUD technology integrates seamlessly into protective systems already trusted on the battlefield,” said L.P. Frieder III, President & CEO, Gentex Corporation. 

As part of the SBMC ecosystem, Gentex will leverage its industry-leading Ops-Core® helmet systems and AMP® communication headsets to provide the scalable, modular foundation required for optimal HUD integration. Building on extensive feedback from the Integrated Visual Augmentation System (IVAS) program, the SBMC effort represents the next step in equipping soldiers with mission-ready hardware that combines protection, comfort, and connectivity in one platform. 

Gentex’s role in SBMC ensures HUD technology integrates seamlessly with combat-proven helmets and communications systems already trusted by the U.S. Army and allied forces worldwide, while also contributing expertise to the development of future soldier-vision technologies. The result is a scalable, mission-ready system that reduces complexity, accelerates decision-making, and enhances survivability while delivering both immediate impact and a foundation for the next generation of soldier-vision capabilities.