TYR Tactical

Archive for the ‘EW’ Category

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.

Milipol 25 – Rhode & Schwarz x ARX Robotics

Friday, November 28th, 2025

Rhode & Schwarz has long been the gold standard in Electronic Warfare. They offer systems which operate across almost the entire electromagnetic spectrum. If a frequency can carry a message, they can collect against it.

Seen here is one of their Direction Finding arrays mounted on an ARX Robotics Gereon Remote Control System. Already being used in Ukraine this robot enjoys a 100% European supply chain and has been adopted by seven countries.

This is an excellent use case for robots, to place sensors into areas which would be hazardous to humans. Dispersion of DF front ends across the battlespace allow deeper and more accurate fixes of enemy emitters.

Aery Aviation Unveils the RAVEN Multi-Purpose Special Missions Platform: A New Era of Airborne ISR & Electronic Warfare

Thursday, November 27th, 2025

RAVEN™, the world’s only turnkey, fully reconfigurable Gulfstream-based ISR, SIGINT, ELINT, and Electronic Warfare (EW) training aircraft.

NEWPORT NEWS, VA, UNITED STATES, November 24, 2025 — Aery AviationUnveils the RAVEN™ Multi-Purpose Special Missions Platform: A New Era of Airborne ISR & Electronic Warfare

Aery Aviation proudly announces the global debut of the RAVEN™ Multi-Purpose Special Missions PlatformTM, the world’s only turnkey, fully reconfigurable Gulfstream-based ISR, SIGINT, ELINT, and Electronic Warfare (EW) training aircraft. Purpose-built for today’s rapidly evolving threat environments, RAVEN delivers unmatched mission flexibility, long-range endurance, and full-spectrum electronic warfare capability for defense forces and government customers worldwide.

At its core, RAVEN combines the proven performance and reliability of the Gulfstream IVSP airframe with an advanced open-architecture mission suite engineered for rapid reconfiguration. Whether performing strategic ISR collection, RF environmental characterization, standoff jamming, or serving as a high-fidelity EW training surrogate, RAVEN brings a capability set previously unavailable on any single airborne platform.

The Gulfstream IVSP airframe provides long endurance of up to 12 hours and greater than 4,000 miles range, RAVEN offers global reach and persistent on-station endurance—delivering long-dwell ISR or extended EW training time without refueling or repositioning.

Full-Spectrum Electronic Warfare in a Single Platform

Built around a modular, open-architecture EW suite, RAVEN hosts:
• Software-defined radios with wideband record/playback
• Direction finding and geolocation capability
• High-gain steerable transmit antennas
• Frequency-agile threat analysis and radar pulse measurement
• Onboard PXI-based test and measurement instrumentation for real-time RF validation
• Supports a variety of customizable EW training payloads, including Stand Off Jamming, subject to U.S. export authorization.
This allows customers to train, test, evaluate, and validate hardware, software, and tactics—all in one aircraft.

Rapid Reconfiguration for Virtually Any Mission

The RAVEN platform is designed for accelerated mission adaptation, featuring:
• Wing hard points with integrated wiring, accepting most ISR or electronic POD’s up to 1,000 lbs. in total weight.
• Compatible with a variety of commercially available ISR radars, EO/IR sensors, and mission systems (all export controlled).
• Mission equipment racks and operator consoles, up to four customizable racks total
• High-speed optical networks and special-mission cooling equipment
• Wescam Electro Optical Infrared sensor system with BLOS encrypted real time data transfer
• Seamless integration support with Aery’s ODA, DER, and engineering teams and partners

From ISR to ELINT to C-UAS test work, the aircraft can be mission-ready in days, not months.

Turnkey Operations or Lease — COCO or GOCO – Domestic or OCONUS

Aery Aviation offers multiple procurement and operational models:
• Full Turnkey — Aery provides the aircraft, flight crew, EW/ISR operators, and dedicated maintenance personnel for all missions.
• Lease-to-Operate — End users may lease a fully configured RAVEN to execute missions independently.
• Hybrid Models — Tailored operational support and onboard training options.

One-of-a-Kind Capability — and Available Now

There is no other platform like RAVEN in the world. Aery currently has two RAVEN aircraft available, with a third in active development to meet global demand.

Aery Aviation Statement

“RAVEN represents a transformative leap for airborne ISR and electronic warfare training. No other commercial platform blends this level of endurance, altitude, payload flexibility, and EW fidelity into a single aircraft. The RAVEN is purpose-built for today’s threat environment—and tomorrow’s.” Aery is a full-service design, build, fly and sustain aircraft company based in Newport News, VA with key certifications such as DCMA 8210.1, FAA Part 135/145, ISO-9001/AS-9100, USTRANSCOM CARB approved operator and more. In addition, Aery employs over 100 dedicated experienced professionals with hundreds of collective years of military service.

RAVEN is designed to support a variety of ISR, EW training, and mission-systems payloads, depending on end-user requirements and U.S. export authorization. The platform accommodates multiple commercial and government-furnished systems while ensuring strict compliance with ITAR and EAR regulations. No controlled technical data is disclosed or implied in this release.

www.aeryaviation.com

11th Airborne Division Conducts Groundbreaking UAS Experimentation in Alaska

Thursday, November 27th, 2025

FORT WAINWRIGHT, Alaska – The 11th Airborne Division recently conducted a groundbreaking electromagnetic warfare (EW) and counter-unmanned aerial system (C-UAS) training event at the Joint Pacific Alaskan Range Complex (JPARC) near Fort Greely, Alaska, integrating EW Soldiers from across the DIV alongside UAS and C-UAS vendors to experiment with technologies in Alaska’s arctic environment.

The training event, conducted in partnership with the Defense Innovation Unit (DIU), provided Soldiers with a unique opportunity to integrate EW systems with cutting-edge C-UAS technologies, refine tactics, techniques, and procedures (TTPs), and practice their ability to detect and counter enemy UAS threats in a contested electromagnetic spectrum (EMS).

“This [training] was a rare opportunity for our EW teams to work together and see firsthand how UAS systems operate in extreme cold weather,” said 1st Lieutenant Gunnar Moffitt, an EW Platoon Leader, 2nd Infantry Brigade Combat Team (Airborne), 11th Airborne Division. “We were able to detect Radio Frequency (RF) signatures, locate UAS command-and-control links, and assess how our systems perform in freezing temperatures and deep snow. This type of training is critical for preparing our Soldiers to operate in the invisible battlefield of Large-Scale Combat Operations (LSCO).”

Key highlights focused on detecting and analyzing the electromagnetic spectrum (EMS) signatures of various UAS platforms, including their command-and-control links. Soldiers used their organic EW systems to identify and locate enemy UAS operators and assess the effectiveness of their equipment in Arctic conditions.

“EW has been overlooked for the past 20 years, but the ongoing conflict in Ukraine has shown us how critical it is for LSCO,” said Staff Sgt. Clayton Wall, an EW Platoon Sergeant. “EW plays a huge role in modern warfare, and it’s exciting to be on the cutting edge of this technology. We’re not just training; we’re shaping the future of the Army and ensuring we’re ready to win the next war.”

The JPARC experiences extreme cold weather conditions, with temperatures routinely below freezing and receiving significant snowfall, providing a realistic environment for testing the durability and effectiveness of EW, C-UAS and UAS systems. Soldiers observed impacts to system battery life due to cold temperatures, gaining valuable insight into how these systems perform in Arctic environments.

“This [equipment] gave us the ability to see the invisible battlefield,” said Wall. “By analyzing our systems, we can understand enemy capabilities. This information allows us to advise brigade commanders and gain a tactical advantage in LSCO.”

Soldiers were also able to verify the visibility of UAS signatures within the EMS and assess the effectiveness of their systems in detecting and countering threats. Data collected during the training will inform future improvements to EW and C-UAS capabilities, ensuring the Army remains prepared to contest the air littoral, the airspace between the surface of the Earth and 10,000 feet above ground level.

“Electromagnetic warfare is the future of the Army,” said 1LT Moffitt. “It’s a field where we can have a real impact, and this training showed us how we can use new equipment to shape the battlefield and make a difference in LSCO.”

This event with EW and C-UAS systems is part of a broader experimentation effort by the 11th Airborne Division to address critical capability gaps identified in the Army’s Arctic Strategy, “Regaining Arctic Dominance.” The division’s work in Alaska highlights the importance of EW in modern warfare and the division’s role in ensuring readiness and survivability in extreme environments.

Story by MAJ Ian Roth 

Photo by MAJ David Nix

11th Airborne Division

2025 Microelectronics Commons Call for Projects

Monday, November 24th, 2025

The Microelectronics Commons program was established through the Strategic & Spectrum Missions Advanced Resilient Trusted Systems (S²MARTS) Other Transaction Agreement (OTA) established by the Naval Surface Warfare Center (NSWC), Crane Division and is managed by the National Security Technology Accelerator (NSTXL).

It is a network of regional technology Hubs acting on a shared mission: to expand the nation’s global leadership in microelectronics.

Technology Areas Supported by the Microelectronics Commons:

  • 5G/6G Technology
  • Artificial Intelligence Hardware
  • Commercial Leap Ahead Technologies
  • Electromagnetic Warfare
  • Secure Edge/IoT Computing
  • Quantum Technology

They have released their 2025 Call for Projects and are accepting white papers until 13 January 2026.

Learn more at nstxl.org/opportunity/mec-cfp-fy26.

Allen-Vanguard Delivers More TURMOIL (RF Decoy) to a NATO Country

Thursday, November 13th, 2025

Allen-Vanguard, the global leader in providing customised solutions and enabling technology across the Cyber and Electromagnetic Activities (CEMA) domain, has delivered more TURMOIL (their RF Decoy capability) to a NATO country. Due to the nature of the technology and its counter-EW role, Allen-Vanguard is unable to disclose more specific details about the customer or the product’s deployment. However, suffice to say, its success has generated a follow-on order.

Allen-Vanguard’s TURMOIL RF Decoy is an Electromagnetic Countermeasure that delivers tactical advantage against adversaries by leveraging Electromagnetic Warfare (EW) capabilities and essentially mimicking friendly forces’ RF signatures in multiple locations, thereby causing disruption (turmoil) in the enemy’s EW and targeting processes. TURMOIL has complex and infinitely variable RF emulation technologies, which can be programmed and reprogrammed quickly and easily by users to adapt to the emerging tactical situation. TURMOIL aides freedom of manoeuvre in the electromagnetic space and creates time and space for formations to deliver surprise offensive operations.

Allen-Vanguard continues to expand outside its more traditional core domain of RF defeat capabilities aimed at Unmanned Air Systems (UAS) and Radio Controlled Improvised Explosive Device (RCIED) threats employed by terrorists and extremists. The expertise in RF signature detection and analysis, established over 20 years of capability delivery, has been adapted by Allen-Vanguard’s engineers and applied more widely across the CEMA domain to meet specific market demands and customer requirements such as this. The continued shift by Allen-Vanguard into wider EW activities is attracting attention within industry circles, and the team are excited by the opportunities identified across the modern Electro Magnetic Spectrum Operational (EMSO) landscape.

Steve Drover, Business Development for Allen-Vanguard, said: “We were approached by an existing customer to design an RF Decoy capability and our engineers, using their vast EW expertise, quickly developed TURMOIL. We were extremely pleased with the outcome, and the fact our customer has ordered more systems is a testament to its value in this increasingly contested and congested battlespace.”

US Army Taps GA-ASI To Add MOSA-EW Capability Onto Gray Eagle UAS

Monday, October 13th, 2025

SAN DIEGO – 13 October 2025 – The U.S. Army has awarded General Atomics Aeronautical Systems, Inc. (GA-ASI) a new contract to add a C5ISR Modular Open Suite of Standards (CMOSS)-compliant open architecture Electronic Warfare (EW) capability onto the MQ-1C Gray Eagle® Unmanned Aircraft System (UAS).

This will be the third EW capability that has been integrated into the CMOSS chassis, showing how quickly and easily new plug-and-play capabilities can be integrated into the Gray Eagle platform. Other recent additions include Electronic Attack, Communications Relay, Counter-UAS, and Signals Intelligence.

Gray Eagle’s Modular Open Systems Architecture (MOSA) streamlines the integration of the new EW capability, which leverages previous operational demonstrations and exercises applicable to Gray Eagle Extended Range and Gray Eagle Short Takeoff and Landing (STOL) variants. This capability signals a major step forward in the ability to conduct deep sensing in the Pacific while increasing the survivability and lethality of the Gray Eagle at distances relevant in the INDOPACOM Area of Responsibility.

“Persistent, long-endurance, long-range UAS combined with EW means that the U.S. Army division commanders can apply the powerful EW effects of the Gray Eagle to neutralize threats to the maneuver force at a time and location of their choosing,” said GA-ASI President David R. Alexander.

GA-ASI will collaborate with AeroVironment, Inc. (“AV”) (NASDAQ: AVAV) to integrate the company’s SharkCage Expeditionary C5ISR Chassis (ECCv3) onto the platform. Since 2024, GA-ASI and AV have jointly demonstrated a range of capabilities on the Gray Eagle open architecture chassis.