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Archive for the ‘CEMA’ Category

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

Special Forces Sharpen Skills, Integrate Technology in Arctic Training

Friday, March 6th, 2026

FORT WAINWRIGHT, Ak. – Across the freezing subarctic region, Green Berets immersed themselves in some of the most physically and mentally taxing cold weather training for the Joint Pacific Multinational Training Center (JPMRC) 26-02 rotation across multiple training areas in central and southern Alaska.

Green Berets and enablers assigned to 3rd Battalion, 10th Special Forces Group (Airborne) pushed their bodies to the limit and used their unique set of skills to enhance the effectiveness of 11th Airborne Division in a simulated large-scale combat operation from Feb. 11-20, 2026.

Several small teams of operators leveraged reconnaissance and disruption of adversary technology to ultimately give the Joint Force Commander a decisive advantage in fires and maneuver across the battlespace.

“We’ve got our place [in large-scale combat operations] and it is using tactical actions with our specialized signals intelligence and electronic warfare analysts to achieve strategic results,” said Maj. Scott Ratzer, the 3rd Battalion Alpha company commander. “This gives us a chance to identify important [enemy] targets on the Division’s high-priority target list and disrupt [enemy] command and control, sustainment and logistics.”

Prior to entering the JPMRC training area, multiple Special Forces Operational Detachment–Alphas (SFOD-A) and support personnel conducted 14 days of focused cold weather training in Alaska to refine fundamental survival skills required to operate in Arctic conditions.

The teams rehearsed small-unit movement over snow-covered and restrictive terrain, cold weather sustainment to include meal preparation, communications in extreme temperatures, and long-duration dismounted operations. The training reinforced the technical discipline required to maintain combat power when equipment, batteries, and even basic tasks become more complex in sub-zero environments.

“Having two weeks of solid cold-weather training prior to going into the box helped us and other teams really prepare for the subfreezing temperatures that we were going to face in the box,” said a Special Forces Team Sergeant, the senior NCO on an ODA. “When guys are exposed to this environment [like Alaska], they stop doing the simple things – changing socks, drinking water, and eating. These mistakes can begin to snowball if not taken seriously.”

Building on that foundation, the ODAs integrated emerging technologies to extend their reach well beyond line-of-sight contact. The 3rd Battalion’s premiere military free fall (MFF) team practiced a high-altitude high opening jump to field test cold-weather equipment, communications gear, and layered clothing configurations in a true Arctic environment prior to entering the training area.

By executing the infiltration under realistic conditions, the ODA identified equipment limitations, refined load plans, and confirmed that critical systems would function upon landing.

“If we can prove we’re able to execute an MFF jump in Arctic conditions, that’s just one more option the commander has in his back pocket,” said a Special Forces Detachment Commander. “Weather and terrain up here can limit how you move forces, so testing our gear and our procedures in this environment gives higher headquarters the flexibility to insert a team where and when it makes sense.”

This training underscores the Army’s focus on building agile, lethal formations capable of projecting combat power in any climate and against any adversary. Adaptability is a key component in building lethality and first-person view (FPV) drones assist 10th SFG(A) signals intelligence Soldiers in collecting critical information to hand off to 11th Airborne Division for rocket and missile support.

“FPV drones give us a fast, low-signature way to confirm what we’re seeing on the ground and tighten up our target picture,” said a signals intelligence Soldier. “Instead of relying solely on reports or larger platforms, we can push a drone forward, get eyes on the objective in real time, and provide accurate information to the commander. That speed and precision makes a big difference when it comes to reconnaissance and confirming prior intel.”

As the rotation wrapped up, Green Berets from 3rd Battalion, 10th Special Forces Group (Airborne) returned from Alaska having honed their cold-weather skills and tested their equipment in extreme conditions. From survival basics to using FPV drones for real-time reconnaissance, they showed the Army’s focus on adaptability, precision, and readiness. The training ensures commanders have the tools and information needed to gain an edge on any battlefield.

The Joint Pacific Multinational Readiness Center (JPMRC) is the U.S. Army’s premier Combat Training Center (CTC) in the Indo-Pacific region. Established as a “home-station” and exportable capability, it allows units to train in their own regional environments—such as jungles, archipelagos, and extreme cold—rather than traveling to conventional training centers in the continental United States.

Story by SGT David Cordova, 10th Special Forces Group (Airborne)

Allen-Vanguard Breaks into South America with a Multi-Million Dollar Order for Their EQUINOX NG and SCORPION 2 ECM systems

Friday, February 6th, 2026

Allen-Vanguard, the global leader in providing customised solutions and enabling technology across the Cyber and Electromagnetic Activities (CEMA) domain, has recently received multi-million dollar orders for EQUINOX NG (their vehicle-based Electronic Countermeasure (ECM) system) and SCORPION 2 (their manportable ECM system). Due to the sensitivity of the purchasing nation’s operations, it is not possible to disclose specific customer details. However, this initial multi-million dollar order is a major capability uplift for the end user, will deliver enhanced protection to their personnel operating in high-risk Radio Controlled Improvised Explosive Device (RCIED) environments and help mitigate the threat posed by the increasing use of drones to deliver lethal effects.

Allen-Vanguard has over 20 years of expertise in providing customised ECM solutions for defeating Radio Frequency (RF) based terrorist and extremist threats. These threats include the continued global use of RCIEDs to target security forces and the increasing prevalence of drones or Unmanned Aerial Vehicles (UAV) being used for intelligence, surveillance, target acquisition and reconnaissance (ISTAR) or lethal means. Defence Forces, Public Safety & Security agencies around the world trust Allen-Vanguard’s capability solutions, because they are easy to use, robust, reliable and have been operationally proven on the battlefield and in the most challenging of peace-keeping missions protecting those who protect us.

Based on the current threat profile, the customer has purchased EQUINOX NG, a highly sophisticated vehicle-based ECM system. Its agile and flexible technical architecture has been developed around the leading global standards for Electronic Warfare (EW) hardware, ensuring compliance and easy integration with major programs for an enduring and ‘ever-greening’ capability. Coupled to a highly flexible and scalable physical format, allows it to be easily configured for a wide range of scenarios from armoured vehicle fits for operational theatres, VIP convoy protection or static vulnerable fixed site locations. The system can be configured with relative ease to address both the RCIED and drone threats alike. SCORPION 2, has all the same technical heritage and similar capabilities as EQUINOX, but has been specifically designed to be portable using a backpack for patrol-based operations. Clearly, it can also be fitted to vehicles or used at static locations, offering maximum flexibility.

The contract comes with a full support package, including training for users, technicians and mission fill development. This support includes the deployment of Field Service Representatives to ensure the development of indigenous ECM capability and reach back to the Threat Management Team.

This team of RF experts optimise algorithms specific to the end user’s needs to combat evolving threats specific to their region of operations. This comprehensive wrap-around support maximises the protection offered by the ECM systems, both from a physical capability perspective but also from the essential changes to tactics, techniques and procedures necessary to keep operators safe.

Bobby Strawbridge, President Allen-Vanguard, said: “This is an important milestone in Allen-Vanguard’s history, breaking into the South American market. We are operationally proven with NATO countries globally and have been trusted by peace-keeping forces in the MENA region for many years. Our systems are not only market leading in relation to their technology and capability but our support packages also ensure purchasing nations improve their wider ECM capability and remain updated with the latest algorithms and software to maintain their protection.”

LTG James Rudd Nominated for DIRNSA / Commander, USCYBERCOM

Tuesday, December 30th, 2025

I am of two mindsets regarding the good news that LTG Joshua Rudd has been nominated to lead the National Security Agency and US Cyber Command. On one hand, he’s not an intelligence or cyber officer and has no intelligence experience, particularly with neither SIGINT nor Cyber. Considering how vital these two agencies are to our national defenses that’s a serious issue. It also continues to indicate that our nation is not serious about its Information Warfare capability. 

On the other hand, he has extensive JSOC as well as current PACOM experience. As a consumer of intelligence, he’ll have an idea of what he expects the organization to produce and he comprehends the pacing threat we face in the Pacific. An additional advantage is that as an ARSOF General, he may gain a better appreciation for the “Cyber” element of the SOF-Cyber-Space triad currently so popular with his compatriots. In particular, I’m hoping he realizes that Electromagnetic Spectrum Operations are what they are really interested in and not the Cyber buzzword. Maybe he’ll also gain an appreciation for the authorities and expertise needed to provide the services associated with EMSO and why it’s best to defer to the pros from Dover and that the Cyber Electromagnetic Activities (CEMA) penguins don’t really need thumbs (a “Madagascar” reference) as they have their own. If anything, SOF needs more of them within their formations. 

For those of you unfamiliar with LTG Rudd’s here’s a link to his rather impressive bio.

This was first published in Soldier Systems Digest Vol 5, Issue 51, “The Convergence of Irregular Warfare and Information Warfare”

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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

NSA’s 12th Annual Codebreaker Challenge is Underway for 2025

Thursday, October 2nd, 2025

The National Security Agency (NSA) is launching their annual series of critical real-world scenarios for U.S.-based academic institutions titled Codebreaker Challenge. In its 12th iteration for 2025, the Codebreaker Challenge gives students the opportunity to analyze high-risk situations closely resembling the Intelligence Community’s classified tasks, equipping them for national security challenges. Participants will go head-to-head with other schools to accomplish mission-driven tasks aimed at enhancing their skills in reverse engineering, vulnerability research, cryptography, programming/scripting, and beyond.

This year’s challenge is to assist the Air Force’s Cyber Operations Squadron in maintaining the U.S. military’s cyber dominance against advanced foreign adversaries attempting to infiltrate and steal information. The goal is to investigate unusual behavior detected by an Air Force analyst and defend American interests against sophisticated nation-state threats. Maintaining vigilance and reinforcing the defense of robust yet vulnerable military networks is paramount.

“The Codebreaker Challenge is an opportunity for the future leaders of cyber defense to showcase their skills, and it’s extraordinary to see the enthusiasm and dedication they bring to the competition,” said Lieutenant General William Hartman, performing the duties of the Director of NSA. “I look forward to announcing this year’s winners and celebrating their success.”

The seven tasks in the challenge each have a particular point value and ramp up in complexity as students advance. After completion, points are earned by schools, and the highest totals win in three divisions, each based on the count of student participants.

The Codebreaker Challenge is open to anyone with an email address from a recognized U.S. school or university. All players register and log in individually. Students, professors, and alumni can participate, but only students will earn points and awards.

Join in and register for the challenge at nsa-codebreaker.org, where you can also watch this year’s kick-off video. Get ready to make your mark in the world of cybersecurity!

Via NSA

TCI Launches Two New Rackmount COMINT RF Systems for Success in Modern Electronic Warfare

Wednesday, September 3rd, 2025

Wappenham, UK, 2 September 2025: TCI, part of SPX Communications Technologies, today introduces two new Radio Frequency (RF) Receivers, designed for continuous, real-time signal collection to support Communications Intelligence (COMINT) operations. The 955 Rackmount RF COMINT and Geolocation System and the 957 Rackmount RF COMINT and Independent Geolocation System will be shown for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130.

The systems deliver rapid detection, filtering, and geolocation of RF communication signals across congested spectrum environments, enabling faster decision-making and reaction times, improved threat awareness, and greater operational agility. Their 80 MHz Instantaneous Bandwidth – double that of its predecessor – allows wide-area signal collection for broad situational awareness, or narrower focus for heightened sensitivity in challenging RF conditions.

Combining two geolocation techniques – Hybrid Angle of Arrival (AOA) and Time Difference of Arrival (TDOA) – enables precise signal location with fewer deployed assets, even over low-bandwidth or intermittent networks.

The rugged, rack-mounted design supports deployment in vehicles, fixed installations, or forward field positions. Both models are built for mission flexibility, with the ability to switch roles without reconfiguration, from counter-terrorism and border security to front-line combat. The 955 is optimised for single-unit, vehicle-mounted, or stand-alone operations, while the 957 offers enhanced processing capacity for simultaneous, independent tasking and networked multi-sensor geolocation across dispersed teams.

The RF systems also feature a 72-hour look-back recording capability, enabling operators to identify a new threat and immediately analyse historical spectrum activity to extract further intelligence. The feature also supports automated and remote monitoring options, reduces manpower requirements for persistent 24/7 operations, and lowers operational costs. A database allows further intelligence analysis for days, weeks and months.

Both systems operate using TCI’s Blackbird software, currently in operational use on almost 1,000 frontline systems worldwide. Blackbird provides an intuitive interface that reduces training time and enables less experienced operators to perform effective COMINT tasks, immediately expanding the possible pool of operators. It allows highly skilled personnel to remain in safer, decentralised positions while remotely managing deployed systems, multiplying force effectiveness.

Built on the combat-proven heritage of their predecessor, the 953 receiver, the new 955 and 957 are backwards compatible with existing SPX Communication Technologies and partner systems, including the ECS BLACKTALON counter-uncrewed aerial system (C-UAS) solution, for scalable integration into wider electronic warfare architectures.

“Today, electronic warfare is at the heart of all defence operations, and mastering the spectrum is now as critical as controlling the air,” says David Beckett, Battlespace Business Development Director at TCI. “Our new systems give defence teams the decisive intelligence they need to succeed.”

The 955 and 957 are now available. See them for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130, or contact tci_sales@spx.com for more information.

Army Principal Cyber Advisor Commends ARCYBER Innovations in Electromagnetic and Cyberspace Dominance

Saturday, August 2nd, 2025

FORT GORDON, Ga. — The Army’s top cyber strategist, Mr. Brandon Pugh, principal cyber advisor to the secretary of the Army, concluded a landmark three-day visit to Army Cyber Command Headquarters in late July, signaling strong support for the command’s forward-thinking approach to cyber readiness and modernization.

Following his recent appointment in June, Mr. Pugh’s inaugural trip from July 21-23 included extensive briefings and firsthand engagement with ARCYBER’s top talent and trailblazing technology. His itinerary spanned operational hubs, innovation centers and tactical units — each reinforcing the Army’s commitment to digital superiority in today’s increasingly complex and contested battlespace.

Operational Insights and Talent Retention

Early in the visit, Mr. Pugh was briefed on the need for the Cyber Readiness Skills Pay initiative, designed to incentivize retention of high-demand cyber professionals. Leadership briefed him on ARCYBER’s mission, structure and ongoing readiness programs, emphasizing the strategic need to empower and sustain elite cyber forces.

Frontline Innovation at the 11th Cyber Battalion

A key highlight of Mr. Pugh’s visit was his in-depth engagement with the capability developers from the 11th Cyber Battalion, who showcased a range of innovative, in-house engineered devices tailored to meet the unique operational needs of the expeditionary cyber teams. These demonstrations featured customized solutions designed to bridge target network connections and identify adversary emitters across the battlefield.

Mr. Pugh observed demonstrations by expeditionary firing crews — five-person teams capable of delivering strategic cyber effects in support of theater-level objectives, combining cyber operations and electromagnetic warfare in ways previously unseen.

Drones and Dominance

The 11th Battalion is accelerating its Small Unmanned Aircraft System Training Program around the secretary of defense’s “Unleashing U.S. Military Drone Dominance” directive and now leads efforts to rapidly produce drone teams. With authority to directly acquire drones under 55 pounds, the battalion equips forces to execute electromagnetic reconnaissance and ISR missions across global theaters.

The SUAS capability promises full integration into beyond line of sight tactics, techniques, procedures and concept of operations by the end of 2026 — paving the way for drone-led data supremacy on tomorrow’s battlefields.

Driving Strategy Across Components

Beyond tech showcases, Mr. Pugh engaged ARCYBER leadership on key policy and structural enhancements, including:

Expanding the use of National Guard and Reserve cyber units

Strengthening electromagnetic warfare resources at the division level and below

Increasing strategic communications to highlight ARCYBER’s unique warfighting contributions

He concluded the visit by expressing a strong intent to continue collaborating closely with the team and aligning efforts to support their evolving mission needs. He announced an upcoming visit to the Cyber Center of Excellence, signaling enduring collaboration with cyber leadership.

Building the Future of Warfare

Mr. Pugh’s visit reaffirmed the Army’s vision for cyber dominance — one shaped not just by emerging technology but by mission-aligned innovation.

“Technology is critical in today’s battlefield, and it is imperative that our warfighters fully leverage and lead with it, from cyber to drones,” Mr. Pugh noted. “ARCYBER’s work is a blueprint for building capabilities that achieve that goal and sharpen our warfighting edge.”

By Lindsay Roman