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Archive for the ‘CEMA’ Category

Pacific Defense Awarded US Marine Corps Contract for Next Generation Electronic Warfare Prototype

Friday, May 1st, 2026

Award advances SOSA/CMOSS mission system ecosystem and informs future EW fielding decisions.

EL SEGUNDO, Calif. — Pacific Defense has been awarded a 12-month rapid prototyping contract by the U.S. Marine Corps Systems Command (MARCORSYSCOM), Program Manager for Tactical Communications and Electronic Warfare (PM TCE) to support next-generation electronic warfare (EW) capability evaluation. The effort will assess Modular Open Systems Approach (MOSA) Electronic Warfare (EW) mission systems and their potential in modernizing USMC capabilities.

Under the contract, Pacific Defense will deliver SOSA/CMOSS-aligned mission systems to enable vehicle-based experimentation by U.S. Marines. The Next Generation EW prototype is centered on the C5ISR Modular Open Suite of Standards (CMOSS) and the Sensor Open Systems Architecture (SOSA) technical standards. This approach enables rapid integration of new hardware and software into a common chassis, accelerating capability insertion while reducing vendor lock and lifecycle costs.

“This effort reflects a pivotal shift toward software-defined, open architecture C5ISR/EW capabilities that can keep pace with the modern threat environment,” said Frank Pietryka, VP of EW, SIGINT & Autonomy at Pacific Defense. “By leveraging SOSA and CMOSS, we’re enabling a scalable, interoperable ecosystem that allows the USMC to rapidly integrate and deploy new capabilities at the tactical edge. We’re proud to support this initiative and help inform the next generation of EME systems.”

This award builds on Pacific Defense’s role as the incumbent on the U.S. Army’s CMOSS Mounted Form Factor (CMFF) program and the Australia Land 555 program. Insights gained through this effort will provide MARCORSYSCOM leadership with critical data to inform future force modernization and follow-on program decisions.

Silvus Technologies Introduces the FASST 6000 Spectrum Sensor Delivering Powerful RF Spectrum Intelligence and Geolocation to the Tactical Edge

Thursday, April 30th, 2026

New low-SWaP spectrum sensor delivers industry-leading 144.5 THz/s spectrum scanning, redefining the benchmark for mobile SIGINT, EW and distributed RF sensing operations

CHICAGO, April 30Silvus Technologies (Silvus), a Motorola Solutions (NYSE: MSI) company and a global leader in advanced tactical wireless communications, today announced the launch of the FASST™ 6000 Spectrum Sensor. FASST 6000 represents Silvus’ expansion beyond MANET radio communications and mesh networking into advanced RF sensing and spectrum awareness technologies.

Designed for the tactical edge, this handheld radio signal detection system packs the performance of a much larger device into an ultra-low size, weight and power (SWaP) form factor. It’s purposefully designed for on-the-move signals intelligence operations and rapidly deployable RF sensing networks, providing warfighters and unmanned systems operators with critical situational awareness in contested environments.

At the heart of the system is Silvus’ proprietary signal processing technique: Filtering by Aliasing Spectrum Sensing Technology (FASST) that delivers extremely fast scanning speeds of up to 144.5 terahertz per second. By eliminating the lag of conventional sensors, this technology enables near-instantaneous measurement across frequencies ranging from 1 MHz to 6 GHz. Utilizing a synchronized antenna array, FASST allows operators to both detect and locate the direction of elusive short-duration, low-power or low-duty-cycle transmissions frequently missed by traditional sensors.

With scanning speeds that outperform competing systems in its size class by more than 100 times, the FASST 6000 offers a smaller, lighter and more cost-effective solution for mobile platforms and dismounted forces. Its integrated IP networking and USB interfaces, combined with embedded processing and low power consumption (17 watts), allows for rapid deployment as either a standalone asset or a component of a larger distributed sensing architecture.

“The launch of the FASST 6000 represents a pivotal shift for Silvus as we bring our expertise in tactical communications to the vital field of RF sensing,” said Mansour Rachid, vice president of research and development, Silvus Technologies. “We’re delivering exceptional scanning speed and precision in a compact, rugged form factor to empower our customers to detect and localize threats faster, setting a new pace for EW warfare and helping to ensure they maintain the information advantage on the modern battlefield.”

“At Silvus, we don’t just innovate; we set the pace for the tactical edge by turning theoretical research into battle-hardened solutions,” said Babak Daneshrad, founder and CEO, Silvus Technologies. “The FASST 6000 represents our commitment to always challenging the status quo and helping ensure that the warfighter maintains a decisive information advantage.”

The FASST 6000 supports high-speed and high-probability signal detection, recording and direction finding of RF emitters. When integrated into a StreamCaster® MANET mesh network of three or more sensors, the system enables real-time triangulation and precise geolocation of RF sources, allowing for awareness of both friendly forces and adversaries throughout battlespace. These capabilities support a wide range of missions, from localized electronic intelligence to wide-area distributed RF monitoring and detection.

FASST 6000 is available as a rugged handheld spectrum sensor for dismounted operators or as an original equipment manufacturer (OEM) module for integration into unmanned aerial, ground or maritime surface platforms. This cutting edge technology strengthens the signal intelligence portfolios of Motorola Solutions, including CRFS.

To learn more about the FASST 6000, visit www.silvustechnologies.com and follow Silvus on social media. See it in action with a live demonstration at Modern Day Marine, April 28-30, 2026 in Washington, D.C., booth 1811.

CPE ISW Announces Rapid Electromagnetic Warfare & Signals Intelligence Commercial Solutions Offering

Monday, April 27th, 2026

ABERDEEN PROVING GROUND, Md. – The U.S. Army’s Capability Program Executive Intelligence and Spectrum Warfare (CPE ISW) has announced a special notice for vendors. The Rapid Electromagnetic Warfare & Signals Intelligence Commercial Solutions Offering (REWSI) under the Army Open Solicitation (AOS) Commercial Solutions Opening (CSO) was released today via the VULCAN portal seeking commercially available technologies.

The Call for Solutions (Army Open Solicitation – W9128Z-25-S-A002) is part of a broader effort to establish a collection of commercial capabilities, streamlining the acquisition process and giving unit Commanders faster access to a diverse range of technologies tailored to their mission needs. Interested parties must submit a Solution Brief through the VULCAN portal. The call will remain open for approximately 12 months, with reviews of submissions ongoing.

“By utilizing a ‘library approach’ for our EMSO (Electromagnetic Spectrum Operations) solutions, the Army is embracing a more agile acquisition model,” said Joseph Welch, Portfolio Acquisition Executive for Command and Control (C2)/Counter C2. “This allows for the rapid integration of commercial technologies and non-developmental items, bypassing traditional, lengthy development cycles to ensure Soldiers have advanced capabilities in a relevant timeframe.”

The initiative, led by Project Manager Electromagnetic Warfare & Collection (PM EW&C), aims to rapidly procure and sustain advanced equipment to meet the Army’s EMSO Characteristics of Need (CoN). “The EMSO battlespace is at the forefront of all Army operations and the pace of change within this fast-moving environment. The EMSO CoN focuses on operational challenges and required capabilities rather than pre-defined solutions and will afford us greater flexibility in addressing evolving threats with emerging technologies,” said Col. Scott Shaffer, PM EW&C.

This will empower industry partners to propose a wider range of innovative technologies, ultimately bridging the gap between private sector ingenuity and the Army’s operational needs.

“The Call for Solutions is a key step in building a rigorously vetted library of commercial technologies, allowing Commanders to quickly select the best tools for their specific mission,” said Danielle Moyer, executive director, Army Contracting Command – Aberdeen Proving Ground (ACC-APG). “This approach allows us to tap into a more flexible model and encourages early and continued competition as the call will remain open and updated as specific capabilities needs emerge.”

The notice can be also be found at:
sam.gov/workspace/contract/opp/690727c72d7345a79a39b7b44135e711/view

Nowhere to Hide with Electronic Warfare Operators Listening In

Thursday, April 23rd, 2026

Exploiting enemy communications has never been more important for New Zealand Army Electronic Warfare Operators. As warfare continues to evolve technologically, maintaining their technical abilities, tactical mindset and overall fitness is imperative.

21 APRIL, 2026

As enemy troops advance up the southern coast of the fictional island of Panay, an Anzac Battle Group has mobilised in response.

As the two forces prepare to stand-off along the main road artery north, a smaller team of NZ Army specialist Electronic Warfare Operators skirt around the Western flank.

Working alongside an infantry company their mission is to destroy enemy reconnaissance assets and deny them the opportunity to gather their intelligence. 

That was the aim of Exercise Raven Dawn held recently in South Canterbury, where NZ Army soldiers gained the advantage in the recon space, which according to Lieutenant S, Officer in Charge of the exercise, is vital for any mission success.

“A Radio Reconnaissance Team (RRT) can provide a wide range of recon and intelligence support,” said Lieutenant S.

“They observe, identify, and report on enemy activities within the electromagnetic spectrum to support commanders in gaining an advantage. Their information can provide immediate warning of imminent enemy action, support targeting of enemy locations and feed into a combined intelligence picture.”

The main purpose of the exercise was to put new Electronic Warfare Operators through their paces on radio reconnaissance operations, with three teams of six operators working together during the scenario.

Lieutenant S said it’s difficult, challenging work with operators carrying up to 50kg packs through difficult terrain. But no matter the physical toll, they cannot lose focus as they operate in forward, vulnerable areas.

“They are exposed to enemy reconnaissance teams and drones, and so strict adherence to noise, light and thermal signature discipline is imperative,” Lieutenant S said. 

“Beyond the physical fitness and understanding of our own equipment, they also have to be aware of enemy operations and doctrine, have an in-depth understanding of the electromagnetic spectrum and enemy communication practices, and be able to effectively communicate all of that back to their commanders.”

Fictional enemy forces in the exercise utilised unmanned aerial systems (UAS) to survey the area looking for the Kiwi operators, and they would identify personnel if not camouflaged well enough.

Which is where the hide comes in.

“Building an effective hide demands an in-depth understanding of why and how things are seen in the bush,” said Lieutenant S. 

“A well-camouflaged hide will break up the shape of its occupants, utilise natural materials to blend in and allow for effective employment of claymore mines and the detachment machine gun to repel enemy. It’s effectively a gillie suit but for a team of six, including their weapon systems and electronic warfare equipment.”

Commanding Officer of 1st Command Support Regiment, Lieutenant Colonel Emily Hume said it’s vital for signallers and Electronic Warfare Operators to keep pushing their abilities in testing, challenging conditions, for which there is no better test than New Zealand terrain.

“Operating across the full signals and electronic warfare spectrum demands technical mastery, tactical awareness, and the resilience to adapt under pressure,” Lieutenant Colonel Hume said.

“Equally important are the fundamental soldiering skills—navigation, endurance, teamwork, and fieldcraft—that underpin our ability to fight, survive, and support the force in any environment.”

From New Zealand Defence Force

101st ABN DIV (AA) Test TEWS-I Integration on Infantry Squad Vehicle at JRTC

Wednesday, April 22nd, 2026

FORT POLK, La. — The 101st Airborne Division (Air Assault) took another major step toward Army transformation this month as Soldiers from the Multi-Functional Reconnaissance Company (MFRC), 3rd Mobile Brigade, tested and trained for its first time with the Tactical Electronic Warfare System–Infantry (TEWS-I) integrated onto an Infantry Squad Vehicle (ISV) during a Joint Readiness Training Center rotation, April 7–17, 2026.

The integration marks a milestone for the Army and the Division: TEWS-I now mounted on the ISV, a lightweight, highly mobile platform designed for rapid air assault and distributed operations. According to General Dynamics Mission Systems, TEWS-I on the ISV creates a “middleweight” electronic warfare capability—more powerful than man-portable systems but lighter and faster than heavy vehicle platforms. F or Sgt. Javan Isaiah, an electronic warfare specialist (17E) and EW squad leader with the MFRC, the rotation was both a challenge and an opportunity.

“This was my first time using the system in the field,” said Isaiah. “We only had about three days of actual hands?on time before coming out here, so a lot of what we learned came from troubleshooting in real time.”

Despite limited preparation, Isaiah said his team adapted quickly.

“EW Soldiers are critical thinkers. We’re used to new systems coming at us fast,” he said. “We had to learn the ISV and the TEW-I at the same time, but we figured it out together.”

Traditionally, electronic warfare systems have been mounted on heavier vehicles. Integrating TEWS-I onto the ISV gives EW Soldier in light infantry units a new level of mobility and flexibility.

The ISV’s off-road agility allows EW teams to reach better collection sites faster, reposition quickly, and keep pace with maneuver forces. Isaiah said the difference was immediate:

“Mobility across the battlefield in this modified ISV was a game-changer compared to heavier vehicles,” he said. “We can be employed faster, we can air assault in with the ISV, and we can get to the right place at the right time.”

This directly supports the Army’s push toward mobile, distributed, multidomain formations, a concept the 101st has been helping test through initiatives like the Mobile Brigade Combat Team prototype and “Transformation in Contact.”

TEWS-I gives commanders the ability to detect, identify, locate, and disrupt enemy signals—capabilities that are increasingly essential in modern warfare.

“There are enemies we can’t see who live in the electronic battlespace,” said Isaiah. “Our job is to find them, understand what they’re doing, and give the commander options to stop them.”

He described how TEWS-I can locate enemy communications, direction find their location, and—when authorized—jam or degrade their ability to coordinate.

“If the enemy can’t talk, they can’t fight effectively,” he said. “That gives our infantry an advantage.” The 101st Airborne Division is known for speed, agility, and the ability to strike deep. Isaiah believes TEWS-I on the ISV strengthens that legacy.

“The TEWS-I lives up to the air assault name by being a quick deployable fighting force,” he said. “It helps us stay ahead of near-peer threats and operate in a multidomain environment.”

The system also supports the Army’s broader modernization goals, including integrating cyber, electronic warfare, unmanned systems, and sensing capabilities at lower echelons—an approach highlighted in the Army’s emerging multidomain effects formations.

For the 101st, the JRTC rotation demonstrated not just a new piece of equipment in their arsenal, but a new way of fighting—one that blends agility, sensing, and electronic attack into the fast-moving air assault formations the division is known for.

“We’re staying ahead of the learning curve,” Isaiah said. “That’s how we protect the force and stay lethal.”

Story by MSG Anthony Hewitt 

101st Airborne Division (Air Assault)

Marines Participate in Advanced Radio Frequency Intelligence Operators Course

Friday, April 17th, 2026

U.S. Marines participated in the Advanced Radio Frequency Intelligence Operators Course (ARFIOC) 26-1 at Camp Shelby Joint Forces Training Center, Mississippi, Feb. 26, 2026, led by U.S. Marine Corps Forces, Central Command (MARCENT) and sponsored by U.S. Central Command (CENTCOM). A program focused on advancing signals intelligence and electronic warfare capabilities in support of operational forces.

ARFIOC builds on foundational Signals Intelligence (SIGINT) training by providing intermediate to advanced instruction in electromagnetic spectrum awareness, radio frequency theory, signal identification, signal characterization, and advanced geolocation techniques. The course is designed to refine technical proficiency and prepare Marines to operate in complex and contested electromagnetic environments.

Originally developed during the 2015 Marine Corps SIGINT Strategy Working Group, ARFIOC addresses training gaps identified during pre-deployment cycles and has been hosted by MARCENT since Fiscal Year 2017. In Fiscal Year 2026, CENTCOM adopted ARFIOC as a training platform to support deploying SIGINT units.

The course progresses through foundational instruction, individual skills development, advanced operator training, and culminates in a complex, live radio frequency scenario known as the Culminating Exercise (CULEX). Throughout the evolution, Marines operate in a layered electromagnetic environment replicating pacing threat conditions and are challenged with tactical and operational problem sets.

Training events include multi-domain reconnaissance and surveillance, signal reconnaissance target development, static and mobile SIGINT operations, and contingency response scenarios such as Tactical Recovery of Aircraft and Personnel (TRAP) missions in contested environments. These exercises require distributed teams to detect, analyze, and geolocate signals while maneuvering and adapting to changing conditions.

“ARFIOC is about sharpening the skills that directly impact operational readiness,” said Master Gunnery Sgt. Rafael Alcala, ARFIOC course director. “Our Marines are learning to operate confidently in contested electromagnetic environments and provide commanders with timely, relevant intelligence. That level of technical competence and adaptability is critical to success in today’s operational landscape.”

ARFIOC incorporates both digital and analog signal sets, frequency-agile communications, high-frequency targeting, and advanced direction-finding techniques to mirror modern operational challenges. Written and practical evaluations measure student progression and provide feedback to continuously refine the program of instruction. In addition to strengthening tactical proficiency, ARFIOC serves as a venue to test emerging technologies and inform future SIGINT training requirements. By advancing individual expertise and reinforcing unit readiness, the course prepares Marines to support commanders in competition and conflict across the electromagnetic spectrum.

“This course has honestly been one of the best training opportunities I’ve had,” said Cpl. Coby Prociw, a student in ARFIOC 26-1. “It forces you to think and adapt in real time instead of just going through the motions. The scenarios feel real, and it’s definitely making me more confident and better prepared for when we have to do this outside of training.”

With ARFIOC 26-1 complete, course leadership continues refining the program of instruction based on student performance and operational feedback to ensure the curriculum remains aligned with evolving mission requirements. The next iteration of ARFIOC is tentatively planned for fall 2026, continuing the effort to advance Marine Corps signals intelligence readiness and prepare the joint force for future operational demands.

Story by Ruben Cordero 

31st Marine Expeditionary Unit

Photos by Sgt. Angela Wilcox 

U.S. Marine Corps Forces Central Command

101st Electronic Warfare Soldiers Operate the TEWS-I ISV at JRTC

Wednesday, April 15th, 2026

US Army Soldiers, Electronic Warfare, assigned to the 3rd Mobile Brigade, 101st Airborne Division (Air Assault) maneuver an Infantry Squad Vehicle (ISV) equipped with the Tactical Electronic Warfare System–Infantry (TEWS-I) while on a training mission at the Joint Readiness Training Center, Fort Polk, Louisiana, April 10, 2026. An ISV with the TEWS-I package conducts mobile electromagnetic sensing, giving light infantry units the ability to detect, identify, and disrupt enemy signals while maneuvering across complex terrain.

TEWS-I integrated into the Infantry Squad Vehicle (ISV), making it the first EW capability mounted on this light utility platform. This gives infantry squads a “middleweight” EW system—more powerful than man-portable gear but lighter and faster than heavy vehicle systems.

US Army video by MSG Anthony Hewitt

British Paratroopers Fight on the electromagnetic Spectrum

Saturday, March 7th, 2026

To survive on the modern battlefield, paratroopers are adapting to fight the unseen battle on the radio waves.

Phantom Platoon provides a unique Cyber and Electromagnetic Activities (CEMA) capability for 16 Air Assault Brigade, the British Army’s global response force.

CEMA brings together electronic warfare, cyber operations, and spectrum management. The goal is to gather information about the enemy, disrupt their plans, and keep friendly forces safe.

The platoon – part of 2nd Battalion The Parachute Regiment (2 PARA) – took part in Exercise Orion in France, where British and French airborne soldiers trained side by side to prepare for real-world crises.

Building their own kit

A key task for the CEMA specialists was to find enemy positions by tracking their radio transmissions. The soldiers used Kraken, a software defined radio they have put together themselves.

“It’s an aerial to detect signals that links to a GPS, and is run through a single-board computer,” Private Kai said. “It takes five minutes to set up or take down, and we can position it on the battlefield and connect remotely from anywhere.

“When we track a signal and detect what and where it is, that goes towards building up a picture of the enemy and what they are doing.”

Other devices the paratroopers have produced are the Unagi, a transmitter that can jam radio signals or send out fake ones; and the Plankton, a Wi-Fi extender used to cut the signal between a drone and its controller.

Private George said: “One of our team has a degree in marine biology, so everything we do has some kind of fishy name! We make our kit with components bought at an electronics shop and, with a quick bit of coding, we can reprogramme a device to deliver a different effect. 

“We were using Unagi to jam radios, and then we reconfigured it to mimic a Wi-Fi hub. The enemy picked up that signal and thought they had located our headquarters, so they attacked that fake position. Deceiving the enemy meant one of our rifle companies seized their objective without any opposition.”

Why this matters

Private Kai said Phantom Platoon’s work was an example of “the airborne initiative”.

“As paratroopers we want to be the best and win every fight,” he said. “Looking at fighting around the world now, electronic warfare is playing a big part – we’ve seen that and created this capability for ourselves.”

For Private George, CEMA has brought a childhood interest in electronics into his military career.

“I grew up playing PlayStation and Xbox, and then started messing around with the hardware,” he said. “When I first heard about CEMA, I was really keen to get involved. I enjoy working on electronics out in the cold and wet, and I get a real sense of how my skills can make a difference.”

2 PARA’s commanding officer Lieutenant Colonel Craig Shephard said: “CEMA is about finding out what the enemy is doing and creating confusion about our actions and intentions. By doing that we aim to gain that small advantage in time or space needed to win the battle.

“The work of Phantom Platoon shows the real willingness among paratroopers to innovate and adapt to the modern battlefield. That enthusiasm, and the capability it has created, is a fantastic asset to have as a commander.” 

Exercise Orion brought together 2,000 soldiers from 16 Air Assault Brigade and France’s 11e Brigade Parachutiste to train to conduct defensive operations. As the Airborne Combined Joint Force, the two brigades have been trained and ready to deploy together in response to global crises since 2013.

Via UK MOD

MOD Crown Copyright