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Archive for the ‘EW’ Category

JMRC Trains World-Class OC/Ts

Tuesday, January 13th, 2026

HOHENFELS TRAINING AREA, Germany – The Joint Multinational Readiness Center (JMRC) has been training its Observer, Controller/Trainers (OC/T) in new technologies to keep its world-class training ready for the future fight.

The OC/Ts from the nine “critter” teams are being trained in evolving tasks and technologies such as Maven, electronic warfare (EW), unmanned aircraft systems (UAS), and integrated tactical network (ITN).

“This OC/T recertification training is an opportunity for the OC/Ts to become proficient on some tasks that are constantly changing and new,” said Maj. Dustin Allen, deputy operations for JMRC. “It’s to meet higher headquarters’ intents of knowing new technologies so that we can better facilitate the rotational units as they come through ‘the Box’.”

One of the systems that the OC/Ts are training on is the Maven Smart System. The Maven Smart System is the Department of Defense’s most prominent artificial intelligence capability. Designed to process drone imagery and full-motion video, Maven integrates sensors with artificial intelligence and machine learning to enhance battlefield awareness and support operations such as targeting, logistics planning and predicting supply requirements for deployed Soldiers.

“Maven is something that is near and dear to (U.S. Army Europe and Africa’s) heart,” said Allen. “We are trying to incorporate it into our daily battle rhythms, so that the critter teams are well versed in it. We also want to be able to teach the rotational units that come through that aren’t familiar with the system and get them better with it.”

OC/Ts have also been working with UAS. UAS training develops Soldiers’ abilities to operate and employ aerial systems in support of reconnaissance, intelligence collection, and mission planning, helping to facilitate the combined arms fight on the ground.

“UAS is a big push, especially in past rotations where we have seen a massive increase in UAS capabilities on the battlefield,” said Allen. “OC/Ts are going to have their own UAS so that they can send a drone up and inject it there, and watch the rotational units’ UAS.”

Another system that has been seen on the battlefield that OC/Ts are being trained on is EW. EW enhances commanders’ abilities to detect, disrupt and protect against enemy electromagnetic capabilities, enabling freedom-of-action across the battlefield.

“Big in current warfare is the introduction of electronic warfare,” said Allen. “During this time, we are giving the OC/Ts the opportunity to see and become familiar with the vastly growing EW capabilities.”

The last system that the OC/Ts are being trained on is the ITN. ITN delivers secure, resilient and expeditionary communications that connect Soldiers, platforms and command posts across the battlefield. ITN is designed to operate in contested and degraded environments, and enable timely data sharing and mission command to support multi-domain operations.

“You can interconnect the radios that we use for our communications network across Hohenfels and JMRC, so we can communicate more clearly across the box,” said Allen.

“Our OC/Ts are already world-class,” said Allen. “This training can help make them even better and have more systems that they are proficient in. We’re really going to see all this hard work they are putting in, be used in the next Combine Resolve we host, and I’m excited to see them use all these new systems we have.”

Story by SGT Collin Mackall 

7th Army Training Command

Nellis AFB to Gain Electronic Warfare Squadron

Sunday, January 11th, 2026

ARLINGTON, Va. (AFNS) —  

The Department of the Air Force has selected Nellis Air Force Base, Nevada, as the preferred and final location for the 562nd Electronic Warfare Squadron.

The 562nd EWS, assigned to the 350th Spectrum Warfare Wing, will be co-located with the United States Air Force Warfare Center to streamline electromagnetic spectrum operations.

The mission of the 350th SWW is to deliver adaptive and cutting-edge electronic spectrum capabilities that provide the warfighter a tactical and strategic competitive advantage and freedom to attack, maneuver, and defend.

The activation of the 562nd EWS will allow the USAFWC to deliver advanced, realistic training that incorporates electronic warfare concepts, tactics, and techniques, ensuring warfighters are better equipped to operate in contested electronic environments.

The environmental analysis was completed in summer 2025. The service plans for initial operational capability by summer 2026 and full operational capability by summer 2028.

Nevada will gain 59 active-duty authorizations.

Via Secretary of the Air Force Public Affairs

Space Flag 26-1 Expands, Advances Electromagnetic Warfare Tactics

Sunday, December 28th, 2025

COLORADO SPRINGS, Colo. — Space Training and Readiness Command concluded its largest iteration of Space Flag, Dec. 19, 2025, challenging Guardians as well as joint partners in a contested environment designed to mirror real-world conflict.

The 22nd iteration began Dec. 1 and saw over 400 “Blue” players and nearly 300 Exercise Control Group members across several distributed locations.

Hosted by the 392nd Combat Training Squadron, this iteration introduced the use of live range emitters employed for real-time signal geolocation. This gave players the opportunity to use their equipment and test their skills just like they would in real-world operations.

“As exercise developers, we want to create a realistic and challenging environment for our players to engage in,” said Lt. Col. Bryce Carlson, 392nd CTS commander. “Using our wide range of modeling and simulation capabilities or through live environments, exercises like Space Flag allow us to stress our players in a combat like environment and test them to make sure that they can accomplish their mission objectives under a range of conditions.”

Space Flag 26-1 also integrated with Combat Forces Command’s Combat Leaders Development Course for the first time, placing combat squadron commanders and enlisted leaders in scenarios designed to assess how they lead their formations under wartime conditions.

Their assessment and feedback provide students and exercise players with ways to improve tactics and procedures, while informing how Space Flag continues to evolve to support combat-ready leadership and operational execution.

An initial team from Space Forces Indo-Pacific Command also participated to assess operational concepts of two different non-kinetic fires elements, a new development which integrates CFC’s Mission Delta 3 and the U.S. Army’s 1st Space Brigade to improve operational planning related to electromagnetic warfare.

“Our ultimate goal is to prepare Guardians and joint operators to win in a contested space environment,” said Carlson. “We continually utilize feedback we receive from our planners and exercise players to evolve and advance our exercises to mirror real-world threats so that Guardians are combat credible and ready to fight as part of the Joint force.”

This iteration’s objectives reflected real-world joint plans and CFC priorities and aimed to facilitate Space Force Generation (SPAFORGEN) readiness and training objectives. Space Flag 26-1 reinforced combat squadron leaders’ and mission planning cells’ ability to integrate plans across CFC and execute operational direction at the tactical level.

“Our teams are constantly innovating to find ways to provide threat-informed combat training environments to our Guardians and joint operators,” said Col. Agustin “Rico” Carrero, Delta 11 commander. “It’s extremely rewarding to be able to demonstrate and improve our Guardians’ warfighting readiness through Space Flag’s increasingly robust virtual environment, ensuring their lethality and decisive action against any adversary.”

Story by 2nd Lt Margaret Blice 

Space Training and Readiness Command

Marines Visualize Electronic Signature with Electromagnetic Spectrum Signature (EMSS) called the All-domain Electromagnetic Radio Operator Trainer (AERO-T)

Friday, December 26th, 2025

MCTSSA, MCSWF, NPS Join Forces for AERO-T

CAMP PENDLETON, Calif. – The Marine Corps Software Factory (MCSWF) is creating a training tool to provide Marines the ability to visualize their Electromagnetic Spectrum Signature (EMSS) called the All-domain Electromagnetic Radio Operator Trainer (AERO-T) and are collaborating with Marine Corps Tactical Systems Support Activity (MCTSSA) to bring the solution to the Fleet Marine Force (FMF).

AERO-T began as the subject of Naval Postgraduate School (NPS) thesis work by Marine Corps Maj Will Oblak and Capt Niles Moffat. This research identified a need across the service for improved EMSS training at the tactical level. In addition, it identified a technological solution which detects the radio frequencies produced by Marines training in the field and uses simulated enemy electronic warfare assets to show Marines their EMSS use. It trains Marines how to operate and manage their EMSS within a live, virtual, constructive training environment (LVC-TE).

“Once we understood the nature of the EMSS environment, we could place synthetic enemy receivers across the landscape and show Marines how far their EMSS will travel in a given environment,” said GySgt Patrick Sherlund, MCSWF’s AERO-T product manager and lead software engineer. “All of this is done through a simple web interface that is easy for any Marine to understand. It’s a level of training that we have never been able to produce before this.”

Oblak started his NPS Thesis in the spring of 2024. His goal was to enhance EMSS training at the tactical level in the Marine Corps.

“The current method of training our Marines on their EMSS use involves specialized equipment, deploying at a tremendously expensive cost, that trains the leadership, but not always the front-line operator,” said Oblak. “We needed something that can teach Marines to treat their communication equipment with the same respect they treat their rifle.”

Over the last nine months MCSWF took the idea generated by this research and developed the system into an actual capability. They did this in-house with their uniformed developers, led by Sherlund.

MCTSSA has been an integral partner and stakeholder alongside MCSWF in the implementation of Oblak’s thesis. Over the past six years, MCTSSA’s Electromagnetic Spectrum Operations (EMSO) team has been providing EMSO support to the FMF as a service using exquisite commercial equipment. “MCTSSA’s unique experience has ideally positioned them to provide the subject matter expertise and direct connection to the fleet,” said Oblak. “These relationships highlight what is capable when academia, software development, and fleet expertise are fused together.”

MCTSSA’s EMSO team noted the challenges associated with this type of training and applied their expertise to help generate a combined solution with MCSWF.

“There isn’t an organic solution for Marine Corps units to view their EMSS that exists today,” said Mark Bawroski, MCTSSA Warfighter Support Officer. “AERO-T allows us to seek out EMS emissions in real time, with the software created by MCSWF, and show those emissions to units in training in a small and affordable form factor.”

To best integrate this information into tools that Marine units are currently utilizing, MCSWF developed AERO-T Android Tactical Assault Kit (ATAK)plugin and AERO-T Command Terminal that will allow units to view the data collected by the AERO-T systems.

“AERO-T gives our communications Marines something we’ve never had before,” said CWO2 Kevin Porter, strategic electromagnetic spectrum officer, assigned to 1st Marine Expeditionary Force (I MEF). “An equity that delivers blue force sensing and spectrum monitoring in a small, adaptable package. What makes this different is that it wasn’t handed to us by contractors. It was built at the MCSWF, by Marines who understand the fight, for Marines who will use it. That’s the real achievement.”

In addition to support from the MCSWF, MCTSSA has added another level of support to AERO-T.

“MCTSSA has been nothing but supportive of the vision since day one,” said Capt Matt Robinson, deputy director, MCSWF. “Their subject matter expertise has been instrumental in completing this project.”

AERO-T utilizes Commercial Off-The-Shelf (COTS) technology to scan the EMSS in real time and provide that information to training audience in easy-to-understand visual format.

“We developed software that utilizes inexpensive, adaptable COTS hardware in order to track the EMSS,” said Robinson. “The COTS hardware we pair with our AERO-T simulation software mimic the capabilities of our near-peer adversaries. We’re able to adapt, both our hardware and software, to see in a smaller scale, what our adversaries would see with their exquisite and exorbitantly expensive EW equipment.”

According to Robinson, we’re seeing front line troops in current conflicts located, targeted, and killed due to their EMS use.

“The size, scope, and abilities of our near-peer competitors is constantly changing,” said Oblak. “It’s important to recognize that future combat operations will occur in contested EMS environments and our units need to understand how to blend their EMS signatures into their environment.”

Story by Joseph Vincent 

Marine Corps Tactical Systems Support Activity

HII Debuts GRIMM Spectrum Dominance Solution at AOC 2025 International Symposium & Convention

Wednesday, December 10th, 2025

McLEAN, Va., Dec. 08, 2025 — HII (NYSE: HII) announced today that its Mission Technologies division has deployed and operationalized a next-generation high-performance spectrum dominance solution, now available for rapid detection and location of hostile communications, radar and other electronic threats.

HII will showcase its GRIMM® technology — and its field-proven capabilities in situational awareness, intelligence support and force protection — at the Association of Old Crows’ 2025 International Symposium & Convention at National Harbor, Maryland.

GRIMM® leverages decades of HII expertise developing electromagnetic warfare technology for national defense. Now deployed with mission success across a range of defense customers, it stands as a testament to HII’s commitment to innovation and operational excellence.

“GRIMM® is a proven strategic asset for the U.S. military and its allies — and it is available now,” said Andy Green, executive vice president of HII and president of Mission Technologies. “Mission success requires a multi-domain, fully capable solution that provides the agility and precision our forces need to protect national interests worldwide, and GRIMM is delivering that capability today.”

GRIMM can fulfill a variety of missions, including military operations; counterterrorism and counternarcotics; intelligence, surveillance and reconnaissance; border security; and electromagnetic warfare (EW) and RF-enabled cyberspace operations. To date, the system has been deployed on unmanned platforms for both passive and active EW missions.

“GRIMM empowers advanced operations across diverse environments around the world, including contested electromagnetic spectrum scenarios,” said Grant Hagen, president of Mission Technologies’ Warfare Systems group. “We are excited to introduce this next evolution of our EW technology, a small form factor spectrum dominance solution enabling operations on unmanned systems.”

HII Mission Technologies’ products support mission readiness in every domain — from land, sea and air to space and cyber — and span a variety of technology areas — from AI and Big Data to rapid prototyping and spectrum engineering.

For more information about GRIMM and Mission Technologies’ other advanced technology products, visit: hii.com/what-we-do/products.

CACI to Advance Innovations That Detect and Defeat Electronic Warfare (EW) Threats for the US Army

Friday, December 5th, 2025

RESTON, Va.– CACI International Inc (NYSE: CACI) announced today that it has been awarded a three-year task order valued at up to $79 million to continue its work ensuring decision dominance for the U.S. Army Combat Capabilities Development Command (DEVCOM) Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) Center.

“In the dynamic and ever-growing EW threat landscape, there is a critical need for our military to stay ahead of threats by identifying and analyzing them immediately,” said John Mengucci, CACI President and Chief Executive Officer. “At CACI, our objective is to ensure our customers are successful in achieving information dominance so they can deliver decisive lethality to outpace adversaries. We do this by bringing decades of specialized EW knowledge combined with software-defined capabilities to provide our military the actionable information they need to be efficient and effective at eliminating threats that compromise our national security.”

CACI will support the center’s mission to develop and integrate C5ISR technologies that empower the networked soldier through systems engineering and technology development. As part of this work, CACI will provide industry leading EW practices as well as critical RF Spectrum focused support to explosive ordnance disposal (EOD) survivability and electronic countermeasures (ECM) advancement. This will ensure the interoperability and efficacy of EW and ECM systems and techniques, enhancing the survivability and lethality of warfighters.

Milipol 25 – EO Spectre Tactical SIGINT System

Monday, December 1st, 2025

The EO Spectre Tactical SIGINT System from EO Security packs a lot of capability into this tablet. One of the main points I like about it is that it can be used threat collection as well as OPSEC awareness.

It can collect against Bluetooth, Wi-Fi, PTT, and Cellular as well as other signals of interest.

Technical Specifications:

  • Frequency range: 9 kHz up to 18 GHz
  • Sweep speed: up to 3,000 GHz/s
  • Instantaneous bandwidth: up to 490 MHz
  • Advanced analysis: deep insight into Bluetooth and Wi-Fi (2.4 GHz, 5 GHz and 6 GHz)
  • On-device AI: voice detection and transcription including translation
  • IMSI-catcher countermeasures: passive detection (GSM, UMTS, LTE, 5G-NSA, 5G-SA) and offensive countermeasures (GSM, UMTS, LTE, 5G-NSA)

eo-security.com/info-protect/eo-spectre-tactical-sigint-solution

PEO IEW&S Drives Rapid Prototyping

Saturday, November 29th, 2025

The Army’s ability to adapt and innovate in real time is critical to mission success on the modern battlefield. That’s the driving force behind Transforming in Contact (TiC), an Army-wide initiative focused on delivering cutting-edge technology to units for immediate use, rapid experimentation and iterative improvement. Unlike long-term modernization strategies that can take years, TiC is designed for speed and flexibility. It puts emerging capabilities directly into the hands of Soldiers, allowing them to test new equipment, provide feedback from the field and help shape future Army solutions. TiC is about more than just equipment, it’s about creating an agile, data-driven and Soldier-informed approach to modernization.

“The American Soldier is innovative. They are smart. They are hungry for a change,” said Secretary of the Army Daniel Driscoll during a Fox News interview on May 1, 2025. This sentiment reflects the underlying philosophy of TiC. Soldiers must be empowered with technology and organizational flexibility to adapt on the fly. That’s why the Program Executive Office for Intelligence, Electronic Warfare and Sensors (PEO IEW&S) is focused not just on building systems but delivering them in a way that supports experimentation and rapid improvement.

FROM TIC 1.0 TO 2.0

TiC began with six initial units under what has since become known as “TiC 1.0.” These included elements from the 82nd Airborne Division, 101st Airborne Division, 1st Cavalry Division and others selected for their operational diversity and readiness. These efforts laid the foundation for the next phase of the program by identifying capability gaps, refining training requirements and informing changes in unit structure and concept of operations, or CONOPS.

One key lesson learned was the need for flexibility in how systems are configured and deployed based on mission type and terrain. Units provided direct feedback that led to redesigns, simplified interfaces and more modular capabilities—changes that directly shaped TiC 2.0.

“We’re not saying, ‘TiC 1.0 is done, now onto TiC 2.0,’ ” explained Maj. James Duffy, TiC lead at PEO IEW&S. “It’s a natural evolution. We’re expanding the types of units we engage with—aviation, fires, intelligence battalions, special forces, multidomain task forces—and we’re adding granularity to how and where capabilities are delivered.”

In TiC 2.0, the Army is pushing even further. It’s not just about issuing new equipment; it’s also about evaluating how formations are structured. This fall, the Army will test new force design concepts at Joint Pacific Multinational Readiness Center-Exportable. This will include experimentation with smaller, more mobile command posts that are easier to relocate and harder to target.

TiC’s unit diversity allows the Army to gather data across different environments, which in turn drives design decisions. For example, requirements in the Pacific marked by dispersed terrain and long-range operations differ from those in Europe, where maneuver and electromagnetic warfare challenges dominate. These operational realities influence form factors, network resilience and sustainment strategies. The goal is to avoid a one-size-fits-all approach and instead tailor capabilities to the mission.

DRIVING TIC FORWARD

Building on its foundational role, PEO IEW&S continues to support TiC by rapidly fielding and refining capabilities through a Soldier-centered lens.

Current PEO IEW&S systems supporting TiC units include:

  • Terrestrial Layer System (TLS) Manpack – A portable system for electromagnetic warfare and signals intelligence.
  • Mounted Assured Positioning, Navigation and Timing (PNT) System (MAPS) – A vehicle-mounted system that integrates multiple sensors and anti-jam capabilities to provide Soldiers with trusted PNT data in GPS-contested environments.
  • Dismounted Assured PNT System (DAPS) – A system that enables dismounted Soldiers to shoot, move and communicate when GPS is denied or degraded.
  • Spectrum Situational Awareness System (S2AS) – A software-defined capability that provides Soldiers with real-time visibility of the electromagnetic environment to support decision making and mitigate spectrum threats.
  • Micro High Altitude Balloons (mHABS) – Cost effective, deep sensing aerial platforms that can remain aloft for one to three days, part of a directed requirement fulfilled under TiC.

The capabilities are being deployed selectively to prototyping units. Not every Soldier or formation receives the same gear. Instead, the Army is tailoring delivery, collecting detailed user assessments and rapidly improving systems based on feedback.

As Duffy described, “Gone are the days where every Soldier gets the same equipment regardless of formation. We’re doing targeted fielding, getting feedback on a small scale and iterating quickly.”

RAPID FEEDBACK, REAL RESULTS

At the heart of TiC is the speed at which Soldier feedback influences development.

“At Joint Readiness Training Center (JRTC) we had experts onsite, helping a unit reconfigure their setup in real time,” said Duffy. “That kind of optimization doesn’t require an engineering overhaul—it’s something we can fix on the ground. But even when there is an engineering challenge, we’re documenting it, working with vendors and cycling it back into the next release. The whole point of TiC is innovation at the speed of relevance.”

User representatives and intelligence assessments teams are embedded with certain units, generating daily situation reports that go up the chain of command, all the way to the Army deputy chief of staff for intelligence (G-2), Lt. Gen. Anthony Hale. This feedback informs daily development and real-time fixes.

“We’re giving them equipment we know isn’t perfect, because if we wait for perfect, it’s too late,” Duffy said. “This is about progression over perfection. Get it in their hands, hear what works and what doesn’t and come back with something better.”

CONCLUSION

TiC isn’t just a modernization initiative—it’s a mindset shift.

“It would be a failure on our part if the first set of systems we deliver are exactly like the last ones we deliver,” said Brig. Gen. Ed Barker, the program executive officer for PEO IEW&S. “If we’re not learning from user events and rolling that feedback into future iterations, we’re not doing our job.”

Army leadership has made it clear: Modernization must happen faster and be guided by those closest to the mission. “The battlefield is changing as fast as the technology in your pocket, and we know we have to change,” said Gen. Randy George, Army chief of staff, during a recent Council on Foreign Relations panel held on May 19, 2025, in Washington.

As TiC continues to grow in scope and scale, PEO IEW&S remains committed to delivering capabilities that not only enhance mission success today, but shape a more agile, responsive Army for tomorrow.

For more information about PEO IEW&S and their products, go to peoiews.army.mil.

KAY EDWARDS is a public affairs specialist contractor for PEO IEW&S. She holds a B.A. in English composition from Florida State University.