RADAR, EO/IR, C-UAS, NIGHT VISION AND SURVEILLANCE UPDATE

Sponsored by Echodyne

 

www.echodyne.com

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10 Oct 25. L3Harris Supports American Rheinmetall’s Next-Gen Combat Vehicle. When it comes to innovation in global defense, L3Harris Technologies has a long-standing legacy of supporting the U.S. military through critical capabilities in secure communications and integrated mission systems. From interoperable, software-defined radios in combat zones to Intelligence, Surveillance, and Reconnaissance (ISR) platforms and electronic warfare solutions, its technologies have not only kept pace with joint force and multi-domain operations, but actively shaped them—evolving to meet new mission demands and threat environments.

Its reputation for delivering dependable, battle-tested technology made L3Harris a natural fit to team up with American Rheinmetall in advancing next-generation combat vehicle innovation. Central to L3Harris’ contribution is its third-generation sighting system, the WESCAM MX-GCS B—a multi-sensor, multi-spectral, electro-optical and infrared (EO/IR) system built to support surveillance, targeting and reconnaissance missions. Designed in a compact, low-profile form factor, the MX-GCS B enhances identification range while minimizing the vehicle’s visual signature. The stabilized unit supports both the gunner and commander stations and is engineered as a single-part configuration to streamline sustainment and improve field readiness.

During early collaboration phases, L3Harris provided a test unit of the MX-GCS MK2 to help familiarize American Rheinmetall with its integration and performance characteristics. This model was used to inform trade studies and guide platform design, ensuring optimal fit and function across the full system architecture. The fielded version integrates dual-band infrared sensors and active payloads, giving crews enhanced situational awareness and the ability to identify, mark and engage targets in a range of environments. Combined with spectral diversity and rugged stabilization, these tools also strengthen threat detection and survivability in complex battlefield conditions.

“With one sight system for multiple crew stations, we reduce complexity while delivering superior battlefield awareness,” said Matt Heath, Principal, Business Development at L3Harris and a former U.S. Marine Corps tank operator. “When it comes to stabilization, operators can maintain target lock and image clarity even under harsh vibration and shock.”

In addition to the sighting system, L3Harris processors power mission systems and support autonomous functions. These processors are built with scalability in mind. They enable persistent modernization across vehicle platforms and support AI-driven sensor fusion that reduces cognitive load and improves responsiveness. L3Harris’ communications systems also provide secure, real-time data sharing that offers collaborative targeting and coordination—a capability that not only protects mission-critical information but gives warfighters a digital edge in fast-changing operational environments.

“Our systems are built to meet current needs and to continue evolving as battlefield demands shift,” said Anthony Sarto, Engineering Fellow for Targeting and Sensor Systems at L3Harris Technologies. “Adaptability is central to what we deliver.”

All L3Harris technologies within American Rheinmetall’s next gen combat vehicle concept is built using a Modular Open Systems Approach (MOSA). Aligned with the Ground Combat Systems Common Infrastructure Architecture (GCIA), a U.S. Army framework that defines how mission systems should be integrated into future ground combat vehicles, L3Harris’ open architecture supports upgrades, capability insertion, and third-party integration across subsystems and sensors. This modularity helps avoid technology lock-in and accelerates adaptation to future mission needs, whether integrating a novel sensor or adjusting to multi-domain threats.

“Open architecture gives us the structure to integrate new capabilities as they emerge,” said Sarto. “That means faster fielding of next-gen tech and a combat system that remains responsive to battlefield changes.”

From the outset, L3Harris has been working closely with American Rheinmetall to conduct trade studies and systems validation, informing platform decisions and ensuring seamless technology integration. By evaluating space, weight, power and cost (SWaP-C) considerations early on, L3Harris guarantees smooth integration of its systems into the vehicle architecture. This commitment to early collaboration also includes lifecycle modeling and sustainment planning, which are part of the process from the beginning to maintain readiness and performance over time. The company supports this effort through 14 authorized maintenance and logistics centers worldwide. These facilities provide diagnostics, training and rapid-response support operations in strategically located areas, so service is close to where it’s needed most.

“We think about sustainment from day one,” Heath said. “We deliver products built for the mission, with the support infrastructure to ensure they perform wherever they’re deployed.”

A unique feature of L3Harris is its large veteran talent base, which brings firsthand knowledge of battlefield conditions to inform everything from product design to sustainment planning. Their experience helps translate operational requirements into practical capabilities that keep warfighters protected, connected and mission ready. “We build with purpose,” Heath added. “Every decision reflects our focus on the mission, because we know what’s at stake. It’s the people behind the systems who ensure reliability, because they’ve experienced the realities of battlefield demands and they’re committed to delivering what today’s warfighters need.”

As the character of modern warfare shifts, so must the technologies that support the mission. L3Harris and American Rheinmetall understand this imperative. With a shared focus on digital engineering, battlefield survivability and long-term adaptability, they’re advancing a next-generation combat vehicle designed to keep the warfighter ready now and into the future. “As threats change, so does the battlefield,” said Heath. “We’re making sure the next generation of combat vehicles gives our warfighters every advantage, because their edge is our mission.” (Source: ASD Network)

 

10 Oct 25. Cuashub.com said today that French Navy tests counter-drone defenses in Wildfire 25.2. The French Navy has completed its latest counter-drone exercise, Wildfire 25.2, designed to test the ability of naval crews to respond to complex multi-domain threats. The drills, conducted off southern France, featured coordinated attacks by aerial, surface and underwater drones, forcing participating units to react under near-combat conditions. Nearly 80 targets were deployed during the exercise by the French Armaments Directorate General (DGA) and private contractor Sea Owl, including Banshee and Snipe drones. Six French combat vessels, supported by naval aviation units and the French Air and Space Force, faced coordinated scenarios simulating saturation strikes. Crews employed a mix of countermeasures ranging from artillery fire and jamming systems to Martlet missiles, GBU-12 laser-guided bombs and Mistral surface-to-air missiles. A Royal Navy AW159 Wildcat multi-role helicopter joined the drills, operating from Hyères naval air base with a Martlet launcher fitted. The aircraft was observed conducting sorties over the DGA test range at Ile du Levant, a location frequently used for missile evaluations. Local photography and social media posts from the DGA confirmed the Wildcat’s participation, with indications that live Martlet firings were carried out against drone targets. Wildfire 25.2 also integrated emerging technologies under the French Navy’s Perseus approach, which accelerates the fielding of innovative solutions such as advanced radars, jammers, drone remote-control detection systems and neutralization tools. The exercise provided an opportunity to evaluate these systems under realistic conditions while strengthening interoperability with NATO observers present.

By stressing crews with unexpected and layered drone attacks, French officials said the exercise underscored the importance of tactical agility and coordination between ships, aircraft and allied partners. Lessons learned will feed back into the Navy’s training programs and the Naval Action Force’s Center of Expertise, helping refine Europe’s growing counter-drone capabilities.

French Navy tests counter-drone defenses in Wildfire 25.2 – cuashub.com (Source: https://cuashub.com/

 

10 Oct 25. Epirus, GDLS Partner on Leonidas Autonomous Robotic for Mobile Counter-UAS. Next chapter of neo-prime and prime partnership features Epirus’ Leonidas high-power microwave platform integrated with GDLS’s TRX robotic ground vehicle. Epirus and General Dynamics Land Systems (GDLS) today announced the introduction of Leonidas Autonomous Robotic (Leonidas AR), a mobile counter-UAS capability featuring Epirus’ Leonidas high-power microwave (HPM) platform integrated with GDLS’s Tracked Robot 10-ton (TRX) unmanned ground vehicle.

Leonidas AR, powered by GDLS TRX, is a robotic ground vehicle equipped with Epirus’ HPM technology for mobile counter-UAS and short-range air defense. The integrated system is highly maneuverable for counter-UAS on the move and a low-cost, low-collateral electronic defeat mechanism ideal for the evolving drone threat environment.

“Epirus’ partnership with General Dynamics Land Systems is an industry-leading collaboration that continues to deliver real results. Together, we are bringing world-first capabilities to market that directly answer the call of the Army Transformation Initiative,” said Andy Lowery, Epirus CEO. “The marriage of neo-primes and primes is how the U.S. defense industrial base can best ensure victory as the battlefield continues to rapidly evolve.”

Leonidas is a modular, scalable, proven HPM solution that uses weaponized electromagnetic interference (WEMI) to disable electronic targets. The platform delivers a one-to-many engagement for swarm defense by which one Leonidas system can disable entire swarms of drones.

Leonidas is software defined, which empowers operators to define safe zones and notch out specific frequencies for low-collateral effects, as well as the ability to alter waveforms, modulate energy outputs and introduce new tactics of engagement for greater effectivity on target. Software also enables rapid innovation and feature updates without removing the system from the battlefield.

General Dynamics Land Systems’ TRX features AI-enhanced design, lightweight material, a hybrid-electric propulsion system and dynamic suspension for all-terrain mobility across combat environments. The vehicle features integrated radar for 360-degree sensing, on-board computing for maximum capability, a state-of-the-art battery system that allows for 300-plus miles of range and a maximum speed of 45 miles per hour. It can be autonomously or remotely operated in high-risk environments to reduce manning and protect air defenders. General Dynamics Land Systems is also developing a wheeled variant to support customer needs.

“By combining General Dynamics Land Systems’ decades of leadership in development and deployment of ground combat vehicles with Epirus’ premier non-kinetic counter-UAS effector, Leonidas AR achieves the level of next-generation technology that today’s battlefields demand. This new capability was born out of a partnership that leverages the best of American innovation to help our warfighters stay a step ahead,” added Jim Pasquarette, Vice President, U.S. Strategy & Business Development, General Dynamics Land Systems.

Leonidas AR is the second mobile counter-UAS system co-developed by Epirus and General Dynamics Land Systems after the companies entered into a teaming agreement in 2021. In 2022, the companies introduced Leonidas Stryker, which features the Leonidas HPM platform integrated with General Dynamics Land Systems’ Stryker, the U.S. Army’s largest and most reliable combat vehicle fleet.

The partnership between General Dynamics Land Systems and Epirus underscores how victory in The Sixth Domain will come from blending the scale and sustainment of traditional primes with the agility and disruptive innovation of neo-primes, creating hybrid ecosystems that can rapidly integrate, produce at scale and deliver mission-ready solutions across the modern battlespace.

A full-scale Leonidas AR prototype system will be on display at Booth 7609 in Hall D/E during the Association of the U.S. Army’s Annual Meeting and Exposition in Washington, D.C. (Source: ASD Network)

 

10 Oct 25. Sweden to boost air defence with $524m investment. The allocation signifies the first use of the funds earmarked for ‘opportune purchases’ as outlined in the Spring Amending Budget. The Swedish Government has allocated over Skr5bn ($524m) to enhance the Swedish Armed Forces’ capacity to counteract drone threats and to improve the Gripen fleet. More than Skr1.5bn of this amount has been committed towards the enhancement of the JAS 39 Gripen combat air system. The investment in JAS 39 Gripen will cover new spare parts, mission equipment, and base infrastructure. This is expected to broaden the Swedish Air Force’s operational scope across various air bases and ensuring greater system readiness. Additionally, the upgrade will improve operations from makeshift road bases, thus bolstering the Swedish Air Force’s adaptability. This will enable more frequent missions in various conditions, from peacetime to conflict. The anti-drone initiative, receiving more than Skr3.5bn in funding, is set to advance the capabilities of Swedish Armed Forces units in addressing drone-related threats. By accelerating acquisition timelines by approximately eight years, the Swedish Armed Forces can now expedite the deployment of weapons and sensors designed to neutralise hostile drones. The investment will facilitate the purchase of weapons, sensors, and a variety of counter-drone equipment including warning systems, jammers, and interceptors to safeguard military installations. This proactive approach to defence spending enables the Swedish Armed Forces to reduce lead times dramatically, with initial plans for final delivery by 2036 now advanced to 2028. The Swedish Ministry of Defence highlighted that this marks the first allocation of funds from the Spring Amending Budget earmarked for ‘opportune purchases’.

Sweden Defence Minister Pål Jonson said: “The Government is now taking steps to rapidly operationalise anti-drone capabilities and increase the availability of our combat aircraft. There is a significant need for new anti-drone capabilities, and we are shortening lead times by eight years. This will result in increased safety and security for the Swedish Armed Forces and for Sweden.”

In September 2025, the Swedish Government disclosed intentions to significantly raise its defence budget in the 2026 fiscal plan.

An additional Skr26.6bn has been designated for defence spending, marking an 18% increase from the previous year.

Recently, Sweden also concluded an agreement with Brazilian aerospace company Embraer for the purchase of four C-390 Millennium multi-mission aircraft. (Source: airforce-technology.com)

 

09 Oct 25. Kopin Corporation (NASDAQ: KOPN) a leading provider of application-specific optical systems and high-performance microdisplays for defense, training, enterprise, industrial, consumer and medical products, today announced that the company will be in Washington, DC, October 13-15, during AUSA 2025. During the event, Kopin will present its latest advancements in soldier-worn augmented reality systems, including:

• HUDS for daytime and nighttime see-thru AR defense applications
• First Person Viewer (FPV) HUD demo for drone control with previously unavailable situational awareness
• High brightness, high contrast, low power MicroLED technology
• Training and simulation head-tracked binoculars
• NeuralDisplay™ (bi-directional AI enabled microdisplay) prototype
• Additional defense and training products designed to support warfighters in the field

Kopin will host demonstrations in its private suite and will also be featured in partner booths across the AUSA exhibit floor.

Kopin invites attendees to engage with its team of experts and explore how its cutting-edge technologies are shaping the future of Army readiness. To schedule a meeting, please contact: 

About Kopin

Kopin Corporation is a leading developer and provider of innovative display, and application-specific optical solutions sold as critical components and subassemblies for defense, enterprise, professional and consumer products. Kopin’s portfolio includes microdisplays, display modules, eyepiece assemblies, image projection modules, and vehicle mounted and head-mounted display systems that incorporate ultra-small high-resolution Active Matrix Liquid Crystal displays (AMLCD), Ferroelectric Liquid Crystal on Silicon (FLCoS) displays, MicroLED displays (µLED) and Organic Light Emitting Diode (OLED) displays, a variety of optics, and low-power ASICs. For more information, please visit Kopin’s website at www.kopin.com. Kopin is a trademark of Kopin Corporation. (Source: BUSINESS WIRE)

 

09 Oct 25. L3Harris Announces New Variants of its VAMPIRE System. L3Harris Technologies (NYSE: LHX) has expanded its VAMPIRE™ system, demonstrating the company’s ability to swiftly respond to the U.S. Department of War and allied partners’ urgent need to defeat small unmanned autonomous systems accurately and affordably. The expanded family of systems now includes specialized variants for land, maritime, air and electronic warfare operations.

VAMPIRE is a self-contained platform that delivers advanced reconnaissance and precision strike capabilities against drones and remotely piloted aircraft. The system has supported European combat operations since 2023.

“VAMPIRE users have successfully shot down hundreds of enemy drones,” said Jon Rambeau, President, Integrated Mission Systems, L3Harris. “Compared to traditional missile systems, VAMPIRE greatly reduces the cost per effect to defend against drone attacks.”

Building on the success of the baseline VAMPIRE system, L3Harris has incorporated additional sensor capabilities, precision weapons, electronic jammers and non-kinetic effects for use across several domains. The system uses artificial intelligence and machine learning to more swiftly detect, engage and defeat small and elusive unmanned threats.

VAMPIRE is one of several programs inside the company’s broader Counter-Unmanned Systems initiative. L3Harris has decades of expertise across the enterprise that will help continue to evolve the development of affordable and reliable solutions to combat the rapidly growing threat of unmanned systems across every domain. (Source: BUSINESS WIRE)

 

09 Oct 25. Motorola Solutions Showcases Counter Drone Defense at the AUSA 2025 Annual Meeting & Exposition. Today’s militaries operate in high-intensity, dispersed and contested spaces across land, air, sea, space and cyber domains, where the ability to analyze, visualize and disseminate vast quantities of data is essential to the mission. At AUSA 2025, Motorola Solutions (NYSE: MSI) will showcase data-driven technology solutions that support stronger decision making and combat readiness across each phase of the mission, from security on bases to operations at the tactical edge.

“There were reports of over 350 drone detections at 100 military installations last year alone,” said Joe Balchune, vice president, Federal Markets, Motorola Solutions. “Our counter drone solutions provide the operational intelligence to protect against these daily incursions, helping defense agencies outmaneuver adversaries and sustain mission readiness. We design technologies to detect threats early and unify insights for decisive action, because the right intelligence in the moment is critical to success.”

Motorola Solutions’ ecosystem of defense technologies enable secure, interoperable and resilient data-driven missions across diverse operational domains. At AUSA, the company will demonstrate:

• Silvus MANET radio technology: Provides connectivity across varied geographies without the need for fixed infrastructure to enable highly secure voice, video, sensor and alerting technologies.
• Command center technology: Unifies pertinent mission data and video feeds into a single operational view so command decisions are informed with accurate, timely intelligence, notifications and communications about what’s happening on the ground and in the sky.
• Long-range thermal cameras: Hosts and connects with a wide range of sensors, radar, lidar and other detection technologies to identify anomalies and ground, naval and unmanned aerial systems (UAS) from up to 20 miles away (30 km).
• SaaS platform for drone detection: Offers robust, cloud-based drone detection and airspace intelligence through a strategic alliance with SkySafe that streams live insights – like the real-time and historical flight path of a drone and its operator’s location – into the command center.
• Radio frequency (RF) drone detection: Uses networked RF sensors to give a reliable early warning of RF emissions and out-of-the-ordinary electromagnetic pulses from drones and delivers real-time, forensic signal analysis to help identify signals’ sources and geolocations.
• Drone operations: Offers an AI-enhanced, automated drone-in-a-box solution, in collaboration with Nokia, that provides enhanced situational awareness, streamlined remote operations and faster decision making in mission-critical settings.

These technologies, as well as Motorola Solutions’ extensive portfolio of mission-critical land mobile radio products, can be seen at AUSA 2025 in Washington D.C., Oct. 13-15, in booth #6721 for Motorola Solutions and booth #3645 for Silvus Technologies, a Motorola Solutions company. (Source: BUSINESS WIRE)

 

10 Oct 25. Anduril, GDLS team up on smarter battlefield radar. Anduril Industries is partnering with General Dynamics Land Systems to integrate its Spark Radar onto armored vehicles and other ground platforms, aiming to strengthen maneuver force protection against emerging threats such as drones and precision munitions.

The collaboration brings Anduril’s radar and battle management technologies into GDLS’ vehicle designs from the start, rather than adding them after production. The companies said the integration is a step toward coordinated, multi-vehicle defense systems that connect sensors, radars and command nodes across formations.

On the battlefield, loitering munitions, one-way attack drones and autonomous swarms can strike from multiple directions with little warning, Anduril said in a post announcing the deal.

Spark Radar is designed to detect both air and ground threats “with class-leading range, speed, and fidelity,” while using Anduril’s Lattice command-and-control software to share threat data between vehicles and command posts. Building Spark Radar into vehicle platforms from the outset will allow tighter integration and improved performance, while providing “a clear path to scalable protection across fleets,” Anduril said in the post. The company described the effort as part of a broader push to move survivability away from platform-specific defenses toward “coordinated, multi-vehicle systems of systems.” The companies plan to start with armored vehicles before expanding to command posts, missile launchers, and fires elements.

“General Dynamics Land Systems has long been at the forefront of designing and producing ground combat systems,” said Zachary Mears, Anduril’s senior vice president of strategy and growth.

GDLS is among the world’s largest producers of tracked and wheeled military vehicles, including the Abrams main battle tank and the Stryker combat vehicle. (Source: Defense News)

 

10 Oct 25.  L3Harris, Anduril to unveil SBMC prototype at Project Convergence. L3Harris Technologies, in conjunction with defence information technology (IT) firm Anduril, said the two companies will have a prototype variant of the new Soldier Borne Mission Command (SBMC) concept platform ready in time for the US Army’s Project Convergence capstone exercise in boreal summer 2026. The prototype platform for SBMC will consist of L3Harris’ AN/PSQ-42 Enhanced Night Vision Goggle-Binocular (ENVG-B) integrated with Anduril’s Lattice mesh networking software, according to Jay Abendroth, president of the Integrated Vision Solutions sector for L3Harris.

“We feel very confident that we already have [night-vision goggle] prototypes … working with Lattice, along with other [software] in the ecosystem” to demonstrate the SBMC technology in time for the 2026 Project Convergence capstone exercise, Abendroth told Janes .

With the company’s role in the SBMC competition, L3Harris “have actually started our conversation about how do we find our way [down] the digital path” in terms of interlinking the company’s legacy systems into ongoing combat networking strategies being developed by the Pentagon and service branches, he said during a September interview.

“We are making sure we are just not building analogue [night-vision] goggles,” he said noting company officials want to integrate capabilities that are “getting into situational awareness and how … we use the individual soldier to tie into a larger network”, Abendroth said, regarding integration of the ENVG-B system into the Anduril SBMC offering. (Source: Reuters)

 

13 Oct 25. DZYNE Technologies today unveiled its new Dronebuster® Vehicle Kits at the Association of the United States Army (AUSA) Annual Meeting in Washington, D.C. The expansion of the combat-proven Dronebuster® line brings mobile counter-UAS protection to vehicles, convoys, and infrastructure – extending capabilities already trusted by forces in over 50 countries, with more than 2,500 units fielded worldwide.

“The Dronebuster® Vehicle Kits are the next step in our integrated family of Counter-UAS systems. They provide operators with a lightweight, affordable CUAS system that detects, tracks, identifies, and mitigates UAS threats. The optional networking capability to enable a broad-area, distributed defense solution that keep operators ahead of the threat,” said George Schwartz, EVP, Products at DZYNE.

“This launch represents a milestone in DZYNE’s growth,” added Matthew McCue CEO of DZYNE. “We’ve doubled our workforce in Portland this year to meet demand and expanded our Counter-UAS product line – underscoring our role as a leading provider of layered defense solutions.”

Unlike traditional systems that are heavy, expensive, and slow to deploy, DZYNE’s Vehicle Kits deliver lighter weight, lower cost, readiness in minutes, and flexible autonomous or manual configurations. They can also integrate into mesh networks for scalable, layered defense across wide areas.

Two Configurations Available

DZYNE’s Dronebuster® Vehicle Kits in two powerful configurations designed to meet the evolving needs of mobile defense operations:

The Autonomous Dronebuster® Vehicle Kit delivers round-the-clock automated protection with minimal operator involvement. This system integrates the Dronebuster® 4 Fixed Site, mounted on a precision pan/tilt gimbal, with a fully integrated DTI System and an in-vehicle operator station equipped with TAK-enabled devices. Together, they provide continuous detection, tracking, and identification of UAS threats. Operators can manually select the target, cue the gimbal, and select the mitigation method or automate the kill chain. This is accomplished through a simple point-and-click interface, supported by AI/ML-driven identification technology and a continuously updated drone library. Scalable and adaptable, this configuration is ideal for securing convoys, bases, and critical infrastructure.

The Manual Dronebuster® Vehicle Kit offers maximum flexibility and rapid response capabilities for operators in the field. It features vehicle mounting hardware for seamless DTI System integration, an in-vehicle display providing TAK-enabled situational awareness, and a handheld Dronebuster® 4 for direct, on-the-spot engagement. This configuration ensures real-time drone alerts to operators on the move, delivering clear situational awareness and quick, decisive mitigation of hostile drones. Lightweight and cost-efficient, it is built for rapid deployment and dynamic mission environments.

Technology Backbone

The DTI System detects up to 30 drones simultaneously at 7+ km, differentiates drones and controllers, and assigns unique IDs for friend-or-foe recognition. It delivers spectrum-wide protection (400 MHz–6 GHz) with AI/ML-driven identification. Its passive, zero-emission design provides stealth and precision.

The Dronebuster® 4 Fixed Site, featured in the Autonomous Kit included spoofing and the powerful jamming capability across C2 channels and all GNSS constellations.

 

09 Oct 25. Leonardo DRS, Inc. (NASDAQ: DRS) announced today that it won first place in a Department of Defense counter drone competition by demonstrating an advanced electronic warfare system that can be integrated into the company’s range of proven and fielded counter-UAS (C-UAS) capabilities. This latest capability highlights the company’s leadership role as a developer and provider of proven counter-UAS and air defense systems that enhance force protection across today’s complex and dynamic battlespace.

During a demonstration event hosted by the DoD’s Joint Counter-small Unmanned Aircraft Systems Office (JCO), Leonardo DRS demonstrated the cutting-edge Ring C-UxS system that employs proprietary, advanced radio frequency-based electronic warfare capabilities to detect, identify, and defeat enemy drones and autonomous systems, from air, land, or sea.

Leonardo DRS and its technology partner, Regulus, excelled in the portion of the demonstration that focused on Dismounted Detect-Identify-Track-Defeat of group 1 and 2 UAS.  During the demonstration, Leonardo DRS successfully employed the system to detect, identify and defeat mock enemy drones with its radio frequency-based electronic warfare capabilities. The demonstration gave industry the chance to inform the JCO of new capabilities that are able to operate in a contested electromagnetic environment.

“We are proud to have been recognized with a first-place award in this critical JCO demonstration used to inform requirements for keeping ahead of the ever-growing small UAS threat,” said Aaron Hankins, senior vice president and general manager of the Leonardo DRS Land Systems business unit. “As an agile and experienced company in the space, we are honored to support the JCO as they identify capabilities that can be quickly integrated and deployed to defend our warfighters across the battlespace.”

The Ring system leverages radio frequency (RF) detection, unique Global Navigation Satellite Systems techniques, and RF datalink manipulation to counter both commercial and military uncrewed threats.  The technology has been actively deployed across multiple platforms and operational theaters and has demonstrated exceptional effectiveness against uncrewed threats—from commercial Group 1 systems to military Group 3 platforms.

The Ring demonstration highlights Leonardo DRS’ proven capability to identify and rapidly integrate best-of-breed technologies to enhance its counter-UAS and air defense portfolio to support the critical needs of its customer.  The company’s leadership in this space includes serving as prime contractor and lead systems integrator for the Mobile-Low, Slow Small Unmanned Aircraft Integrated Defeat System (MLIDS) program as well as developer and provider of the integrated Mission Equipment Package for the SGT Stout Maneuver Short Range Air Defense (M-SHORAD) program. The company’s integration capability also extends across all domains to support force protection, computer networking and C5I, as well as naval power and propulsion systems.

 

08 Oct 25. Velodyne Space announced today ground-breaking technology by serial inventor and entrepreneur David Hall to defend against, capture, and neutralize drones. After five years of private research and development, Hall’s new Drone Catching System (DCS) technology effectively combats the increasing threat that drones pose to public safety and in warfare. The release of the technology comes at a pivotal time as federal agencies prioritize advanced drone detection and counter-intelligence technologies.

“I am excited to show the world our new drone catching system that substantially advances our defense capabilities, is scalable and portable, and has been developed with careful consideration for both human health and environmental safety,” said Hall. “This is the future of drone defense technology.”

Hall’s technology responds specifically to the increasing threat posed by single and multiple drone activity. Drones have been seen already crossing over America’s homeland border, threatening airports, stadiums, and government facilities. Current defense systems can neutralize one drone at a time, but cannot counter swarms of incoming drones and often result in dangerous drone debris falling to the ground. Other failed methods including hacking and scrambling air waves pose unacceptable ‘side effect’ impacts such as the potential interruption of adjacent crucial civic technology. Hall has been developing electric/magnetic launch technology for the past five years as an alternative to gas powered rocket launch systems. Net launching for drone defense can be accomplished immediately as a by-product of the now mature, clean launch technology. Hall’s DCS system can neutralize one or more drones at new, unmatched speed using the proprietary electromagnetic launch system, the first commercial application of high-power coil gun technology with 30+ Megawatts peak power. Hall’s system is transported in, and functions from an inconspicuously designed launcher, totally enclosed for transport. The tracking system is equipped with AI-powered target identification capability with a range detection ability of over 1,000 feet. Once a high-speed aerial object such as a drone is identified and tracked, Hall’s innovative launch system fires projectiles equipped with nets semi-automatically at 5 nets per second. The nets are each 20′ in diameter to envelop and neutralize a drone. Once captured, a parachute emerges from the net to safely land the netted bundle.

“Public safety is at the forefront of everything we’re building,” said Hall. “The DCS provides a stealth, portable, kinetic, powerful and efficient way to detect, track and neutralize aerial threats without disruption or danger to the surrounding environment and unnecessary human and civic risk. The technology is a leap forward in how we respond to drones.”

Potential security applications include critical infrastructure such as energy facilities, airports, data centers, international borders, correctional facilities, large-scale public and private gatherings, military forward operations and base perimeter, and others.

The new technology is the latest example of Hall’s ongoing interest and dedication to public safety. In 2019 Hall and the president of Velodyne Lidar Inc, Marta Thoma Hall hosted and founded the first World Safety Summit for Autonomous Vehicles. The next summit in 2020 brought 300 government safety experts and autonomous enthusiasts from around the world together inside Santa Clara’s Levi’s Stadium to discuss public safety while deploying autonomous technology, including the dangers of prematurely labeling untested cruising systems as “autonomous.” Hall is known for inventions that have had major world impact. Hall impacted the audio industry by creating a method of cleaning bass sound for home theaters. In 2014 Hall invented 3D lidar visualization technology for the famous autonomous race, The Darpa Grand Challenge. He sold 3D lidar visualization systems to Apple, Google, Ford Motors, GM, Toyota, Volkswagen, BMW and more. His invention produced an entire, world-wide industry based on robotics and autonomous vehicles which continues today. Velodyne Space is currently taking orders for DCS, with first deliveries slated for 2026. For more information visit www.velodynespace.com. (Source: PR Newswire)

 

08 Oct 25. Germany to allow police to shoot down drones.

• Summary
• Rogue drones have disrupted European aviation in recent weeks
• Some leaders have attributed them to hybrid war waged by Russia
• Europe struggling over how to deal with the drones

Germany will grant police the power to shoot down rogue drones like those that have disrupted airports across Europe and that some European leaders have attributed to a hybrid war being waged by Russia.

The new law, agreed by the cabinet on Wednesday and awaiting parliamentary approval, explicitly authorises the police to down drones violating Germany’s airspace, including shooting them down in cases of acute threat or serious harm. Other techniques available to down drones include using lasers or jamming signals to sever control and navigation links. (Source: Reuters)

 

08 Oct 25. IEE Exhibiting Lineup of Rugged Displays at AUSA 2025. Support for Vehicle Protection Systems and Counter UAS. Industrial Electronic Engineers (IEE), a leading provider of ruggedized display systems for military applications, will present its latest display technologies at the AUSA Annual Meeting & Exposition in Washington, D.C., October 13th–15th. Rugged multi-function displays (MFDs) are essential for military vehicles to ensure safety and operational effectiveness. They also support detection, tracking, and the neutralization of small, hostile Unmanned Aerial Systems (UAS). Advanced rugged MFDs are central to an ergonomic and efficient crew station to manage growing operator workload for systems with increasing capability. They serve as the interface for fire control systems and other networked battle management tools, enabling rapid target identification and engagement. MFDs also take-in and fuse real-time data from various sensors on and off-board the vehicle to create a holistic Common Operating Picture (COP). The primary interface for visualizing C-UAS sensor data is the MFD, including radar tracks, RF sign detection, and optical/thermal camera feeds. They can display the drone’s flight path, range, and classification (if known) overlaid on a 3D tactical map. MFDs are critical to the Observe, Orient, Decide and Act (OODA) loop that enables soldiers to rapidly neutralize UAS threats on the battlefield.

“Our focus is on a modular framework that simplifies system integration to address rapidly evolving threats,” said Steve Motter, VP of Business Development at IEE. “MFDs are a critical component for enhancing military vehicle maneuverability, survivability, and lethality. These displays go beyond simple visuals, acting as integrated human-machine interfaces that aggregate, process, and present mission-critical data in harsh operational environments.”

13.3-Inch Full HD MFD Video Display

Engineered for use in both airborne and ground-based military vehicles, this 13.3-inch full-HD monitor delivers exceptional video clarity in a compact, widescreen format. Its low-profile bezel allows for seamless side-by-side mounting, making it ideal for panoramic display configurations. As a line-replaceable unit (LRU), it ensures consistent operation across platforms and is available with an optional touchscreen interface for added interactivity.

13.3-inch Key Specifications:

• Enhanced, High-Bright 13.3” LCD
• Contrast Ratio: 800:1 (typical)
• Display Luminance (max): > 1,000 cd/m2
• Full-HD (1920×1080) LCD bonded with high-strength cover glass including EMI shield, heater and anti-reflective/glare treatments
• LED backlight supports both high-bright day (daylight readable) and NVIS (night vision imaging system) modes
• 8 backlit soft key bezel layout
• 2x Composite NTSC/PAL; 1x 3G-SDI
• Inputs/Outputs: UART Serial Interface

Also featured at AUSA will be IEE’s 10.1 WUXGA Avionics MFD.

IEE’s 10.1-inch rugged mission display, is designed for demanding airborne environments, including fixed- and rotary-wing aircraft. Featuring a vibrant WUXGA (1920×1200) AMLCD, it provides outstanding brightness and a wide viewing angle. A dual-mode LED backlight ensures visibility in both direct sunlight and NVIS-compliant low-light conditions.

10.1-inch Key Specifications:

• 10.1-inch WUXGA (1920×1200) color LCD
• Brightness: 1,100 cd/m2 typical
• Contrast Ratio: 800:1
• Viewing Angle: ± 85º H / ± 85º V
• 31 programmable tactile bezel pushbuttons, with NVIS-filtered, compatible backlighting
• Control Interfaces:

o 3 rocker switches

o One brightness encoder

o Programmable dual-concentric encoder and 8-way joystick

• On-screen display (OSD) managed via bezel keys
• Video Interface: 2x 3G-SDI and 2x DVI-D
• Serial Interface: RS-422

IEE is exhibiting in booth #708, October 13th-15th. Stop by or make an appointment with Steve Motter by calling 1-818-787-0311, ext. 327, or email: .

About IEE:

For almost 80 years, IEE has been a trusted provider of enhanced displays for military and industrial applications. From rapid prototyping of custom designs to full-scale production runs, IEE’s factory in Sylmar, CA produces innovative displays with advanced features like low-latency video processing, including scaling, overlays and multiple images arranged in selectable configurations, high-bright and NVIS backlighting, and lightweight, ruggedized enclosures. IEE’s in-house, direct control of critical process steps reduces costs, decreases production lead times and improves lifecycle management. IEE display products are ITAR-free and distributed worldwide. IEE is ISO 9001:2015 and AS9100D certified. For more information: visit ieeinc.com

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13 Oct 25. Octasic and Octasic US today announced new ISR and spectrum-dominant solutions to be unveiled at AUSA 2025. These include Ravix™, a series of multi-mission, multi-function Modular Payload solutions, and other next-gen technologies designed to advance the electromagnetic modernization of defense operations. Among these new offerings is Ravix™, a compact, software-defined Modular Payload solution engineered for spectrum RF operations on UxS platforms deployed across uncrewed Group 1–5 aerial drones and maritime surface and underwater vessels.

Ravix™ introduces a modular approach to integrate high-impact EW, SIGINT, Cyber, and C5ISR applications into SWaP (Size, Weight, and Power)-optimized system deployments. This replaces the cumbersome single purpose box with a more versatile method of rapidly tailoring mission profiles to any CONOPS that require advanced capabilities swapped down range. Built for contested RF environments, Ravix™ is operated by Octasic mission-orchestration software. From a single pane of glass, teams can deploy and swap multiple capabilities without ever changing hardware. Ravix™ solutions can operate autonomously, thereby ensuring mission success even when faced with poor or lost connectivity.

Octasic’s field-proven experience with law enforcement and national security agencies also paves the way for new dedicated Ravix™ ISR systems that support key CONOPs for cellular 2G–5G SA localization and geolocation in support of modern ISR requirements.

“Ravix™ integrated solutions solve many tactical edge issues all at once,” said Sébastien Leblanc, CEO of Octasic. “The era of overly complicated single-use kits is over. A unified, modular approach is the future to scalable spectrum modernization.”

“The arsenal of the future is a drone fleet that benefits from plug-and-play payloads,” said Greg Gerou, President and General Manager of Octasic US. “Whether it’s performing mission planning, enabling our partner’s critical payloads or actively conducting ISR, adapting the Ravix™ software-defined mission profile in real time is a winning strategy for spectrum dominance.”

Ravix™ and other covert wireless solutions being introduced will be showcased at the Octasic Booth 8500 in Hall E, during AUSA, Washington, DC, from October 13–15, 2025.

Availability: Product availability of Ravix™ is expected by Q1 2026. Ravix™ payload systems include a selection of RF Front End options to meet various mission altitude and performance requirements.

About Octasic

Octasic engineers the wireless edge of modern conflict. Our 5G signal processing, low-SWaP Software Defined Radios (SDRs), and mission-tailored applications equip defense, law enforcement, and national security forces to adapt, dominate, and achieve mission success.

 

08 Oct 25. Belgium: Defence director’s warning highlights demand for clearer counter-drone guidelines. On 8 October, Thales Belgium Director Alain Quevrin warned that drone overflights are being detected at an increasing rate near the defence firm’s sensitive manufacturing sites, including the Évegnée Fort munitions factory (Walloon region). Quevrin has called for clearer legal guidelines for how companies can address the elevated threat of unidentified drone activity near sensitive sites, including the conditions during which they can detect, jam and/or shoot down drones. Under current EU regulations, critical national infrastructure (CNI) providers and defence firms are unable to neutralise drones without co-ordinating with the police or national security agencies. European states are exploring strategies to bolster lagging counter-drone measures, including the construction of a ‘drone wall’, though such efforts are unlikely to mitigate against the threat to sensitive sites in the short-to-medium term. Denmark plans to grant CNI operators autonomy to employ counter-drone systems; this will possibly prompt similar legislation in other EU states. However, we assess that legal and practical challenges – particularly the risk of collateral damage – will limit the legislation’s implementation. (Source: Sibylline)

 

08 Oct 25. Rheinmetall accelerates combat drone production – capacities significantly expanded. In recent years, drones and Loitering Munitions have become increasingly important in modern warfare. Rheinmetall has responded to this development, both in terms of the deployment of these modern weapons as well as the defence against them. A few months ago, Rheinmetall completed a modern production facility for assembly, testing and warhead production and integration of Loitering Munitions (LM). In the meantime, the series production is at full speed. The facility is operated by the Italian subsidiary RWM Italia at its sites in Musei and Domusnovas in Sardinia. Rheinmetall is cooperating with the manufacturer UVision Air Ltd on this project. Part of the production line is located at the Rheinmetall plant in Musei, where the inert and electronic components are assembled and tested. The warheads are manufactured and integrated into the munitions at the Rheinmetall plant in Domusnovas.

The current range of products includes:

• • HERO 30 (small, portable LM for infantry usage)
• • HERO120 (Medium-sized LM for precision strikes against armoured vehicles and immovable installations)
• • HERO400 (Medium/long-range LM for precision strikes against fortified positions)

The current order backlog totals more than €200 m for various types of HERO LM’s to be delivered to eight different NATO and non-NATO countries in Europe.

Furthermore, Rheinmetall also has own drones and Loitering Munitions in its portfolio. These include the LUNA NG reconnaissance drone. With its uncrewed aerial systems, which are manufactured in Penzberg, among other places, Rheinmetall generated sales of around €120 m in 2024. Rheinmetall also cooperates with other well-known companies in this business area, such as Lockheed Martin and Anduril.

In addition, drone defence is another area in which Rheinmetall is a leader. Its portfolio covers the entire sensor-to-effector chain, from detection and identification to countermeasures using jammers, cannon-based air defence systems (e.g. “Skyranger”) or high-energy lasers.

 

09 Oct 25. Cuashub.com said today that Belgium accelerates C-UAS measures following drone incursions. Belgium is fast-tracking elements of its national counter-drone plan after suspicious drone flights were reported over the Elsenborn training area last week. Defence Minister Theo Francken announced on October 6 in San Francisco that measures originally scheduled for 2026 will now be deployed this year. According to Belgian media sources, the acceleration involves tighter integration between Belgium’s Defence Ministry, Skeydrone’s national detection network and a newly established National Air Security Centre in Bevekom. By fusing civil and military air pictures, the aim is to shorten the decision window from detection to action without requiring additional spending in 2025. The package builds on layered detection capabilities including short-range radars, passive RF sensors and EO/IR cameras, combined with data fusion at the Bevekom centre. Civil feeds from Skeydrone’s existing grid around airports, energy facilities, prisons and police zones will be cross-referenced with Defence sensors on military sites such as ranges, depots and air bases. Centralising tracks is intended to reduce false positives and speed up decisions on intent. Belgium’s approach gives priority to non-kinetic options, including jamming, GNSS denial and protocol-based takeovers. Hard-kill measures such as interceptor drones, net launchers or very short-range air defence remain available depending on the site and threat. Quick-reaction counter-UAS teams will also be positioned for event protection with mobile jammers, cameras and radar support. Francken has appointed Lieutenant General Michel Van Strythem as “drone general,” responsible for doctrine, training and cross-service integration. The move is designed to standardise reporting formats, strengthen cooperation, and avoid fragmented procurement across the armed forces. The decision comes amid a wider rise in suspicious drone activity across Europe, with incidents reported over military sites, refineries and airports since late September. Belgian officials frame the response as a way to harden the national air picture against hybrid threats below the conflict threshold, in coordination with NATO partners. https://cuashub.com/en/content/belgium-accelerates-c-uas-measures-following-drone-incursions/ (Source: https://cuashub.com/

 

09 Oct 25. Cuashub.com said today that Hungary tests anti-drone corridors in largest military exercise since Cold War. The Hungarian Army has practiced deploying anti-drone corridors during Exercise Adaptive Hussars 2025, the country’s largest military drills in modern history. According to the Ministry of Defence, the corridors were installed in the Martfű-Vézény area to shield convoys, maintenance sites and repair points from potential drone strikes. Footage released by the ministry shows troops setting up mesh barriers designed to block enemy FPV drones. The structures restrict maneuvering space, forcing drones to search for openings and reducing their ability to target vehicles or vulnerable positions. Officials said the added obstacle gives soldiers and equipment greater chances of survival in contested environments. The drills, conducted jointly with NATO allies, began on September 1 and run through mid-October, involving more than 22,000 personnel across Hungary. Participants include regular troops, reservists, special operations units, engineers, logistics specialists and aviation forces. The exercises aim to test combat readiness, mobility, and NATO interoperability while also practicing crisis cooperation between military and civilian agencies. Militarnyi previously reported that Hungarian forces had already crossed the Tisza River between Martfű and Vézény during the exercise. Engineers from the 2nd Engineer Regiment named after Ferenc II Rákóczi constructed a temporary bridge to allow Hungarian Lynx combat vehicles and Turkish M113 armored personnel carriers to cross under a simulated scenario where main bridges had been destroyed. Other units played specialized roles. The Hussar unit named after Count Ferenc Nádasdy used horses to establish a concealed observation post near the river crossing before leaving them in guarded shelter. Adaptive Hussars 2025 covers much of Hungary, with scenarios focused on logistics, command and control and nationwide equipment movements. The incorporation of anti-drone corridors reflects a mounting NATO effort to counter unmanned aerial threats across Europe. https://cuashub.com/en/content/hungary-tests-anti-drone-corridors-in-largest-military-exercise-since-cold-war/(Source: https://cuashub.com/

 

08 Oct 25. OBR CTM and SATIM Announce Strategic Partnership to Enhance Maritime Situational Awareness in the Baltic Region Through New Digital Baltic Platform Integration. Ośrodek Badawczo-Rozwojowy Centrum Techniki Morskiej S.A. (OBR CTM) and SATIM Monitoring Satelitarny sp. z o.o. have announced a strategic partnership that is focused on bringing a more complete and reliable maritime picture for Polish Ministry of Defense end users and international partners. OBR CTM is a member of the Polish Armaments Group (PGZ) and a leading Polish defense technology company specializing in naval systems and maritime domain awareness. It delivers the Digital Baltic platform — a comprehensive solution for monitoring activity across the Baltic Sea.Through this partnership, SATIM, a Polish defense-tech startup pioneering AI-based analysis of satellite Synthetic Aperture Radar (SAR) imagery, will focus on integrating its advanced detection and classification software OREC into Digital Baltic.By fusing Digital Baltic’s multi-sensor data environment with SATIM’s automated analysis of satellite radar imagery, the joint solution will deliver actionable insights based on the situation in the Baltic Sea. Digital Baltic was designed to give our customers a decisive advantage in maritime awareness by integrating diverse sources of information into one coherent picture. The partnership with SATIM allows us to add a unique space-based capability: automatic object detection from radar satellites. With MikroSAR satellites about to become operational, this integration will be a game-changer for our end users in the Polish MoD and will further increase the export potential of Digital Baltic.

Background on the Digital Baltic Platform

OBR CTM’s Digital Baltic is a modern, integrated maritime domain awareness system designed to provide decision-makers with a unified operational picture of the Baltic Sea. The platform aggregates and fuses information from multiple sources — including coastal radars, AIS, EO/IR sensors, and open-source feeds — to support situational awareness, security operations, and defense missions. By integrating with SATIM’s AI analytics, Digital Baltic will extend its reach into the satellite domain, making it one of the most advanced regional solutions for maritime monitoring.

Background on SATIM’s OREC Software

SATIM’s flagship product, OREC (Object Recognition), is the world’s first commercial software capable of fast, automated detection and classification of objects, including vessels, aircraft, and vehicles, on SAR satellite imagery. Leveraging a unique database of radar signatures and internally developed AI models fine-tuned with real data, OREC transforms complex radar images into operational intelligence. SATIM’s software works across all SAR constellations, making it a universal tool for defense and security customers.

About OBR CTMOBR CTM S.A., based in Gdynia, Poland, is a research and development center specializing in naval systems, underwater technologies, and maritime situational awareness solutions. With decades of expertise, OBR CTM provides advanced products and services to the Polish Armed Forces and international customers, ensuring security and operational advantage in the maritime domain. OBR CTM is a member of the Polish Armaments Group (PGZ), a majority state-owned enterprise.

About SATIM

 

08 Oct 25. DroneShield (ASX:DRO) announced its most substantial sensor and effector software release to date in the history of the business. Critical developments of the software release include:

• New Emitter-based (Protocol Aware) Disruption Engine powered by DroneShield’s RFAI-ATK technology.
• DroneShield’s RFAI-2 detection & tracking technology receives its single largest expansion of the database of radio frequency emitters including drones.
• Hardware acceleration by doubling processing power for the DroneSentry-X Mk2 platform enabling faster detection and tracking performance.
• Integration with SAPIENT, a leading CUAS open integration protocol, now supported across all DroneShield’s sensors.

DroneShield’s systems can now detect and respond to drones faster, more accurately, and across a wider range of threats, making them even more effective in protecting people and assets, and enabling broader deployment across allied defence networks through support for the widely adopted SAPIENT protocol.

These updates underscore the Company’s rapid technology evolution and its leadership in AI-powered SaaS counter-drone solutions. Delivering smarter disruption, an expanded drone detection database, accelerated processing, and new interoperability features that elevate mission readiness for defence and security customers worldwide.

 

07 Oct 25. Cuashub.com said today that UK deploys specialist Counter-UAS unit to Denmark amid rising drone threats. On October 2nd, the UK announced the deployment of a specialist Royal Air Force (RAF) Regiment C-UAS unit to Denmark in response to a surge in unidentified drone activity near civilian and military installations. The move comes as Denmark hosts two major European summits, including the EU Leaders’ Meeting and the European Political Community Summit, amid growing concerns over hybrid threats across Europe.

Rapid Response to Grey Zone Activity

The deployment follows reports of drone incursions disrupting air traffic at Danish airports. The UK’s Defence Secretary John Healey confirmed the decision, calling it a necessary step “in response to the drone attacks observed at its main airport and regional airports,”, adding, “no one should be in any doubt that we are facing a level of grey zone activity and aggression which is testing us and testing other countries.”

Strengthening NATO and EU Security

Denmark requested allied support to counter these threats, resulting in contributions from multiple nations, including France, Germany, the Netherlands, Sweden, Norway, Finland, Poland, the US, and Ukraine. These forces are now operating on Danish soil as part of a coordinated security effort.

General Michael Wiggers Hyldgaard, Chief of Danish Defence, emphasized the importance of allied cooperation: “The support we are currently seeing from our close allies is tangible proof of the strong international cooperation of which Denmark is a part, both in the EU and NATO. It enables us to adapt quickly to the present situation and demonstrate that, when it matters, we stand together.”

Specialist Counter-Drone Capabilities

The RAF Regiment unit brings advanced C-UAS technology and highly trained personnel capable of detecting, tracking, and neutralizing unauthorized drones. These capabilities are critical for safeguarding airspace and protecting high-profile events from potential UAV-based disruptions. The RAF continues to invest in C-UAS systems to protect UK and allied airspace from evolving threats. Public safety remains a top priority, and this deployment underscores the need for rapid, integrated responses to emerging drone challenges. https://cuashub.com/en/content/uk-deploys-specialist-counter-uas-unit-to-denmark-amid-rising-drone-threats/ (Source: https://cuashub.com/

 

09 Oct 25. Kratos Awarded Phase 1 for AN/SPY-1 Organic Sustainment Capability for the US Navy.

• Projected Initial Ceiling Across Program Phases $175m
• 155,000-Square-Foot Indiana Radar Integration Complex Will Deliver Next-Generation Readiness for Naval Surface Fleet

Kratos Defense & Security Solutions, Inc. (Nasdaq: KTOS), a technology company in defense, national security, and global markets, announced today that it has been awarded Phase 1 to begin developing an organic sustainment capability for the U.S. Navy’s AN/SPY-1 radar systems. Known internally to Kratos as Project Anaconda, the single-award agreement has an initial total projected ceiling of $175m across multiple phases. The AN/SPY-1 radar remains one of the most critical assets in the Navy’s fleet, enabling ballistic missile defense, integrated air and missile warfare, and persistent maritime domain awareness across Aegis-equipped cruisers and destroyers. With many systems projected to remain in service through 2065, the Navy has prioritized building long-term, organic sustainment and depot-level support capacity to ensure uninterrupted fleet readiness. Central to Kratos’ solution is the new, Kratos owned and operated, state-of-the-art Indiana Radar Integration Complex (IRIC), strategically located within 1.5 miles of Naval Surface Warfare Center (NSWC) Crane. The 155,000-square-foot facility is expected to be operational in 2027 providing the U.S. Navy with a dedicated infrastructure for AN/SPY-1 sustainment and modernization.

Under Phase 1, Kratos will lead a cross-industry team to:

• Establish the foundation for the IRIC at NSWC Crane, a purpose-built facility to support AN/SPY-1 battle sparing, testing, and prototyping
• Develop initial organic repair, overhaul, and modernization processes for AN/SPY-1 transmitter, signal processor, and antenna subsystems
• Advance digital engineering, artificial intelligence–enabled data management, and prototype sustainment technologies
• Coordinate closely with NSWC Crane, Program Executive Office Integrated Warfare Systems, and Navy fleet stakeholders to ensure alignment with fleet sustainment priorities and readiness

“This strategic award validates Kratos’ proven approach of making significant internal investments in national security-focused infrastructure and capabilities to generate significant value for all Kratos stakeholders, including the United States,” said Eric DeMarco, President and CEO of Kratos. “The AN/SPY-1 program and our new IRIC represent the intersection of Kratos’ core philosophies: rapidly developing affordable, real-world solutions for critical defense needs, while providing true long-term value to our government customers, the U.S. taxpayer, and our entire stakeholder community. We anticipate that the Anaconda program will generate multi-decade value for both the United States Navy and Kratos.”

“Kratos’ MACH-TB contract award, the establishment of Prometheus Energetics LLC, and now the AN/SPY-1 sustainment contract award demonstrate Kratos’ commitment to pursuing business in the Crane region,” said Dave Carter, President of Kratos Defense and Rocket Support Services Division. “Like our investments in Oriole, Zeus, Erinyes, and Prometheus, this initiative will rapidly provide the competency needed to sustain warfighter capabilities. Kratos is proud to be a member of the Indiana Uplands community.”

“Phase 1 at Crane sets the stage for the Navy’s first organic sustainment capability for the AN/SPY-1 radar,” said Roger A. Becker, Indiana site director for Kratos. “By combining advanced prototyping, workforce development, and strong industry-government collaboration, we are building a foundation that will ensure readiness is delivered through 2065.”

The contract will be executed in multiple phases, with additional work authorized as milestones are achieved. This phased approach allows the Navy and Kratos to mitigate risk, accelerate key capabilities, and scale sustainment infrastructure to meet long-term fleet requirements. (Source: ASD Network)

 

07 Oct 25. DroneShield Announces South Australia R&D Facility.

• DroneShield will invest $13m over three years to establish a new counter-drone R&D facility in Adelaide, Australia.
• The new facility will be led by Jeff Wojtiuk, a former Lockheed Martin Australia defence engineering leader with a strong background in RF design and electronic warfare.
• Together with planned expansions to its Australian and international R&D footprint, including the new Adelaide facility, DroneShield’s has this week reached a significant company milestone, surpassing 400 employees globally.
• This expansion in South Australia is concurrent with DroneShield’s Sydney, European, and US manufacturing initiatives, against the backdrop of record global demand and surging drone attacks.

DroneShield (ASX:DRO), a global leader in counter-drone and electronic warfare (EW) solutions, is pleased to announce a $13m investment in a new research and development (R&D) facility in Adelaide, South Australia. This $13m investment is a direct contribution to South Australia’s economy, covering three years of operational and capital expenditure. It will initially create around 20 high-skilled engineering roles in Adelaide, focused on radio frequency (RF) electronics, EW, and systems integration, to directly support DroneShield’s mission to deliver cutting-edge defence technologies. The South Australian expansion complements DroneShield’s existing engineering operations in Sydney and supports the Company’s continued growth in advanced RF electronics and EW capabilities. Adelaide has been chosen due to its proximity to leading global defence and aerospace organisations, a highly skilled engineering workforce, and established infrastructure supporting advanced technology development, particularly in EW and RF systems. The announcement comes as DroneShield reaches a significant company milestone, this week surpassing 400 employees globally, nearly doubling its team in the past year and more than quadrupling it over the last two years. Approximately 300 of these employees are software and hardware engineers, reinforcing DroneShield’s position as a world-leading technology company focused on delivering advanced defence capabilities. The Company also has around 100 open roles, reflecting its commitment to delivering on its technology roadmap and supporting customers and allies with speed and scale

DroneShield Chief Executive, Oleg Vornik, said, “South Australia is recognised as a national leader in defence and space industries, with Adelaide home to a highly skilled and experienced workforce. Establishing our first R&D office in Australia outside of our Sydney Headquarters – in Adelaide – is a strategic move that supports DroneShield’s mission to deliver world-leading counter-drone and EW solutions. DroneShield’s growth to 400 employees globally – with the majority of our team being engineers – reflects our commitment to deep technical capability and delivery.”

DroneShield Chief Product and Technology Officer, Angus Bean, said, “DroneShield’s new R&D facility in Adelaide marks a significant step forward in our commitment to ensuring our technology roadmap is being supported by the best engineering minds nationally. Our new facility is critical to accelerating the development of our next-generation counter-drone and EW technologies, while expanding our engineering footprint and supporting critical project development for global customers”. Premier of South Australia, The Hon Peter Malinauskas, said, “South Australia is the Defence State, and has been recognised by the Business Council as the best place in the country to do business. We welcome DroneShield making the choice to conduct research and development here in Adelaide, creating 20 highly skilled engineering roles. As a Government, we have a strong focus on growing our Research and Development ecosystem, which has the capacity to build our economic complexity and our state’s prosperity.”

 

06 Oct 25. AUSA 2025: SMARTSHOOTER to Showcase Combat-Proven SMASH Systems with Enhanced Connectivity. With 2025 U.S. Army and Marine Corps Contracts, SMARTSHOOTER Strengthens Its Position in the U.S. Defense Market.

AUSA 2025, Washington DC, Halls ABC Booth #4233

SMARTSHOOTER, a world-class designer, developer, and manufacturer of fire control systems, will present its combat-proven SMASH family of handheld and remotely operated fire control systems at the AUSA Annual Meeting and Exposition 2025. Building on significant momentum, including 2025 contracts with both the U.S. Army and U.S. Marine Corps for its SMASH Fire Control Systems, the company will showcase the system’s operational advantages, multi-platform versatility, and battlefield connectivity. Selected in 2025 by the U.S. Army for deployment within its Transformation In Contact (TIC2.0) formation, and by the U.S. Marine Corps expeditionary forces as their individual counter-sUAS solution, SMASH 2000L is already operational within multiple branches of the U.S. military and allied forces, contributing to enhanced precision and threat engagement on the battlefield. The lightweight, combat-proven fire control system dramatically enhances the ability of dismounted forces to engage ground and aerial threats with precision and speed.

SMARTSHOOTER’s SMASH fire control systems use artificial intelligence, computer vision, and advanced tracking algorithms to detect, track, and accurately engage targets. Once a threat is identified, SMASH locks, tracks, and synchronizes the shot release, enabling consistent hit accuracy against fast-moving drones and small UASs, as well as static or moving ground targets. At AUSA 2025, SMARTSHOOTER will also highlight recent advancements in battlefield connectivity. SMASH systems are designed for seamless integration with a range of external sensors and battle management systems. Recent integrations, such as with the U.S. Marine Corps’ MAGTAB, demonstrate how real-time target and friendly force data can be delivered directly into the user’s optic, enhancing situational awareness, accelerating decision cycles, and enabling coordinated operations at the squad level.

“The recent U.S. Army and Marine Corps contracts are a strong validation of the operational value and reliability of our SMASH fire control systems,” said Michal Mor, CEO of SMARTSHOOTER. “As demand continues to grow, we are expanding our U.S. presence, including scaling our local team and establishing dedicated maintenance and support infrastructure. This investment reflects our long-term commitment to meeting the evolving operational needs of U.S. forces and to deepening our strategic footprint in the U.S. defense market.”

SMARTSHOOTER’s booth will feature the SMASH family of fire control systems, including the SMASH 2000L, SMASH Hopper Light Remotely Controlled Weapon Station (LRCWS), and the SMASH Dome. The SMASH systems are already deployed by multiple U.S. military branches and NATO forces and have been combat-proven in active conflict zones.

SMARTSHOOTER’s U.S. operations are headquartered in Herndon, Virginia. For further information, contact Scott Thomspn, VP & GM US operations, at mobile (952) 913-256 or email or visit www.SMART-SHOOTER.com

 

29 Sep 25. Poland steps up counter-drone testing and acquisition for national air defence. Cezary Tomczyk, Polish Secretary of State of the Ministry of National Defence, has signed a decision regarding the testing of uncrewed aerial vehicles, uncrewed weapon systems, and countermeasures within the Polish Armed Forces. The new regulations are designed to ensure that the military can acquire the latest drone and counter-drone solutions much faster.

“This month, as previously announced, the latest solutions on the market – currently nearing the end of testing as part of the “Iron Defender 25″ exercise – will be delivered to the Polish Army,” Tomczyk said. “In the face of growing threats, we are simplifying the system for acquiring innovative technologies for the military. This gives Poland real capabilities to effectively respond to modern challenges.”

The new ministerial act consolidates previously fragmented competencies in the area of drone and counter-drone equipment testing. Among other measures, the new arrangement means tests will be carried out by organisational units of the Polish Ministry of National Defence; manufacturers and suppliers will undergo simplified counterintelligence verification; and coordination will be handled by the Inspectorate of Unmanned Troops of Weapon Systems of the General Command of the Polish Armed Forces. Over 500 proposals have been submitted for innovative projects supporting the construction of Poland’s East Shield, nearly 40 of which were tested during this September’s Iron Defender 25 exercise. These included uncrewed ground and air systems, as well as radars, detectors and other solutions that enhance situational awareness.  Counter-drone systems and air defence have been the Polish military’s zeitgeist even before hostile drones were detected in its airspace on the night of September 9/10. The Polish Army’s WISŁA programme is creating a multi-layered air defence system that is compatible with NATO technologies. On September 24, a contract for the supply Mobile Communication Nodes (MCC) for the needs of the second phase of the WISŁA programme was signed. The PLN 2 bn contract between the State Treasury – Armaments Agency and Wojskowe Zakłady Łączności No. 1 SA (Military Communication Works No. 1 SA) covers the delivery of 56 MCCs between 2027 and 2030, along with a logistics and training package.  Announcing the contract, Minister of National Defence, Władysław Kosiniak-Kamysz, said that “more and more money will be transferred to companies for the purchase of drone and anti-drone systems, anti-missile and anti-aircraft systems.” (Source: www.unmannedairspace.info)

 

30 Sep 25. Sweden’s new counter-drone concept used in live NATO mission. The Swedish Air Force’s new counter-drone concept, Loke, has been used in a live NATO mission for the first time.  The Loke concept is being developed by the Swedish Defence Material Administration, the Swedish Air Force and Saab, and has already become a central part of Sweden’s base-defence capability. The system was deployed during the Swedish Air Force’s contribution to NATO operations at Malbork Air Base in Poland between April and September 2025. Military units from the 21th Wing and 17th Wing supported the protection of allied facilities, including a key logistics hub for military aid to Ukraine. Loke was first evaluated earlier this year. It combines existing technologies into a modular system, integrating Saab’s Giraffe 1X mobile radar with a Trackfire remote weapon station armed with heavy and medium machine guns, as well as electronic-warfare components. The system has the capability to track both physical targets and signals in the electromagnetic spectrum, providing early detection and multiple options for neutralisation. Development continues with the Swedish Air Force’s 21th Wing now training to operate Loke as a platoon-level capability. Lessons from recent exercises, including Baltic Trust 2025 in Latvia, are feeding into the next stage of integration. Full implementation across wartime units is planned by the end of 2025. (Source: www.unmannedairspace.info)

 

29 Sep 25. Kongsberg and Aker to demonstrate North Sea drone detection. Kongsberg Discovery and Aker Solutions are joining forces to demonstrate a drone detection system in Stavanger, Norway, using Kongsberg’s Drone Detection Radar. Kongsberg said this marks the beginning of a broader rollout of infrastructure products in the North Sea.  Kongsberg Discovery and Aker Solutions plan to implement the drone detection system in phases, starting with a demonstrator at Aker Solutions at the Stavanger site to showcase to potential customers. The system will then be deployed offshore and gradually expanded with camera clusters and underwater sensors to enhance situational awareness.  Later phases include installation on supply vessels, integration with onshore control centres, broader rollout across rigs and vessels, and eventual expansion to other countries. Aker Solutions will act as system integrator, with Kongsberg Discovery as sub-supplier, and the demonstrator will be available for joint customer presentations. According to Cato Giil Eliassen, VP Infrastructure in Kongsberg Discovery, recent incidents again show the need for establishing a drone detection system in connection with critical infrastructure. “There have been many observations of drones close to critical infrastructure in the last couple of years. Few are properly documented. This cooperation between Aker Solutions and Kongsberg Discovery will provide the end customer with proper tools to monitor, record and document illegal, as well as legal, uncrewed aerial systems activity around installations.” (Source: www.unmannedairspace.info)

 

03 Oct 25. US government shutdown sees expiration of C-UAS authorities for critical infrastructure. The US government shutdown means that the country loses critical counter-drone authorities that were granted to the Department of Homeland Security and Department of Justice in 2018 to address the risk that unmanned aerial systems (UAS) can pose to airports and other critical infrastructure.  Frank Cilluffo and Kyle D. Klein of the McCrary Institute are concerned that the loss of these protections will make it easier for adversaries and criminals to exploit US airspace.

“Absent congressional action, the federal government’s ability to mitigate drone threats will be called into legal question, as key authorities lapse.  Should this occur, it will put our nation’s critical infrastructure and American lives at risk by creating an unnecessary gap in the fabric of our nation’s security,” they wrote as the shutdown loomed.

“Counter-unmanned aircraft system authorities were granted to the Department of Homeland Security and the Department of Justice in 2018 to address proliferating use of commercial and hobby drones and the risk they pose to critical infrastructure, particularly airports.  In the years since, Congress has wisely extended these authorities, as drone use has exploded. Today there are over one m drones registered with the Federal Aviation Administration in the U.S. By 2028, that figure is expected to triple. At the same time, the technology and protocols for detecting, interdicting and mitigating UAS has continued to evolve.”

In a podcast for the McCrary Institute’s Threat Beat, Cilluffo spoke with former Department of Homeland Security official, Matt Hayden to unpack what the expiration of the counter-drone legislation means and the growing dangers posed by UAS. Hayden explains why current authorities are essential for protecting the homeland and how they fall short when it comes to local law enforcement, airports and evolving drone technology. (Source: www.unmannedairspace.info)

 

06 Oct 25. Two Companies Selected to Support DIU’s C-UAS – NEXT Project. The Defense Innovation Unit (DIU) has started prototyping commercial and dual-use technology solutions to provide Counter UAS solutions that defeat group 3 and above adversarial threats, ensure the sovereignty of our national airspace, and protect our personnel, equipment, and facilities at home and abroad.  Focus areas of the Counter NEXT project include providing a deeper interceptor magazine for our forces while preserving exquisite interceptors for exquisite threats, simplifying and accelerating the reloading process, addressing the cost asymmetry of the current threats and interceptors in use, and integrating with the existing combat systems. DIU and our DoW partners selected Anduril Industries and Zone 5 Technologies to develop prototype solutions for the Counter NEXT program in fall 2024. These vendors were selected from more than 65 commercial and dual-use technology company applicants. Less than a year later, both vendors completed initial design and developmental sprints and successful baseline flight testing of their proposed solutions. Based on the data gathered, warfighter feedback and knowledge gained during the first sprint, iterative improvements are being made to both systems to ensure the solutions address the capability gap before additional flight testing and safety/qualification testing occur in the months ahead. Counter NEXT vendors are incorporating commercial off-the-shelf (COTS) components wherever possible to mitigate potential supply chain bottlenecks and keep costs low. The vendors are also leveraging modern air vehicle design concepts, ensuring air vehicles are not over-engineered for their intended mission but that they also minimize the use of expensive materials and enable high-rate production that is not possible with the more exquisite interceptors available today. To enable future design improvements and rapid integration of subsystems and components as they improve, the Counter NEXT prototypes are utilizing a modular open systems architecture and being designed for mass production using modern manufacturing techniques. Additionally, all components of the solution will be qualified and certified to some of the most stringent military standards in order to provide an enduring capability to the warfighter wherever the solution is deployed.

“The Counter NEXT project is focused on leveraging the best-in-breed commercially derived technology and processes to accelerate the development, production, and fielding of these vital Counter UAS interceptors to our warfighters,” said Joshua Zike, Counter NEXT Program Manager for DIU.  “While this solution is focused on a specific, pressing subset of the counter UxS problem set, variants for all domains should be developed and deployed to provide this vital layered kinetic counter UxS defeat capability to all our warfighters.”

Following Anduril and Zone 5’s recent successful flight demonstrations, both vendors received additional funding to further refine their rapid prototypes, integrate their systems with the mission partner’s combat systems, and conduct the safety testing required prior to a live fire test event in the summer of 2026. (Source: UAS VISION/Defense Innovation Unit)

 

03 Oct 25. Sweden urges EU to simplify drone procurement standards. Sweden’s Prime Minister Ulf Kristersson called on the European Union to simplify procurement standards for drones while maintaining that responsibility for strengthening anti-drone capabilities should lie with individual member states rather than the bloc as a whole. European leaders met in Copenhagen this week amid growing concerns over drone incursions, expressing support for bolstering drone defence measures across the region. Russia has denied responsibility for the incidents. Last month, European Commission President Ursula von der Leyen proposed a “drone wall” — a network of sensors and weapons designed to detect, track, and neutralise drones, though details on costs and implementation remain unclear.

“The EU is not a defence organization. (…) Every country needs to build up these capabilities, and then we need to cooperate very closely to be able to detect drones,” Kristersson told Reuters in an interview in Copenhagen late on Thursday. (Source: Reuters)

 

03 Oct 25. Swiss Army ramps up drone defence systems after sightings. Switzerland said on Friday it is beefing up its anti-drone defence systems to safeguard military infrastructure following a recent increase in drone sightings in Europe. The Swiss Army has tasked the federal office for defence procurement, armasuisse, with acquiring the systems following successful field trials this summer, the government said. “Based on these findings and in response to the increasing number of drone sightings,” the Army had instructed armasuisse to prioritize procurement of defense systems against micro and mini drones, the government said in a statement. (Source: Reuters)

 

01 Oct 25. Lockheed Martin, JMoD begin testing of ASEV antennas. The initial light off initiates a crucial testing phase to validate the full SPY-7(V)1 radar system’s performance. Lockheed Martin, in collaboration with the Japan Ministry of Defense (JMoD) and the Missile Defense Agency (MDA), has completed the initial light off of the Aegis System Equipped Vessel (ASEV) shipset 1 radar system. The test took place at the Production and Test Center in Moorestown, New Jersey. The initial light off involved all four AN/SPY-7(V)1 antennas and signifies the start of an extensive testing phase. This phase is essential for ensuring that the radar system meets performance standards when integrated with the Aegis system. The testing will also support the construction and commissioning schedule of the ASEV. Following this phase, shipset 1 will undergo further tracking exercises before its physical delivery to Japan next year. Concurrently, shipset 2 will enter its testing and verification stage, having been sold off to the JMOD. These steps are part of a series of milestones aimed at advancing the programme’s progress. Lockheed Martin vice president and general manager Chandra Marshall said: “By testing the complete SPY-7 radar system in a land-based facility, we’re able to verify the SPY-7 radar’s Ballistic Missile Defense and Integrated Air and Missile Defense capabilities meet warfighter needs ahead of shipboard installation, significantly reducing programme deployment risk.

“The complete SPY-7 radar system will be installed on Japan’s ASEV ships, serving as a critical component of Japan’s homeland defence.”

In June 2025, Lockheed Martin officially handed over all four AN/SPY-7(V) radar antennas for the first ASEV shipset to JMOD. However, the antennas remained at Lockheed Martin’s facility for testing purposes. Following a successful live track in December 2024, Navantia has successfully integrated SCOMBA consoles with Lockheed Martin’s SPY-7(V)2 radar at the Aegis SCOMBA Integration Center in Moorestown. This integration enables simulated engagements of live tracks, demonstrating a fully operational combat system that combines SCOMBA with Aegis and SPY-7 capabilities. (Source: naval-technology.com)

 

03 Oct 25. Indra Presents State-of-the-art Unmanned Systems, Counter-UAS and Radars at the Spanish Army’s 2E+I Forum 35, Strengthening Capabilities.

• Indra directors and experts analyze key solutions to gain superiority in high-intensity land operations
• Key technologies include sophisticated systems such as Indra’s Tarsis drone family, the company’s multipurpose aerial vehicle VALERO, mobile counter-drone protection bubbles under development, and the new MTR 5 radar, capable of detecting fire origins, alerting units to potential attacks, providing data to neutralize enemy fire, and deploying and withdrawing with great agility and stealth
• Indra demonstrates a strong capability to develop comprehensive, mission-adapted solutions that armed forces are demanding to counter emerging threats

Indra participated in the eighth edition of the 2E+I Army 35 Forum, which brought together military leaders and industry representatives. The focus of this year’s edition was a new perspective on maneuver warfare, with Indra contributing insights into three strategic areas: battlefield automation, counter-drone defense, and firepower dominance. In a context where drone usage has become widespread, it is essential to have both proprietary systems and protection bubbles that allow units to move safely across terrain.

Manuel Rodríguez Cerezo, Director of Indra’s Weapons and Ammunitions division, spoke on the panel about battlefield robotization, moderated by Major General Enrique Silvela Díaz-Criado, Chief of Staff of the High Readiness Land Headquarters. Rodríguez Cerezo stated, “Ukraine has shown us that conflicts are increasingly moving toward robotized engagements, led by drones,” and highlighted “the capabilities offered by the Tarsis family of unmanned systems in its two versions: one designed for intelligence gathering, surveillance, and target designation (ISTAR), and the other additionally capable of carrying light weaponry to suppress unarmored targets.”

He also referred to VALERO, Indra’s multipurpose aerial vehicle-based weapon system, designed to disrupt enemy defenses, act as a decoy, or even function as a missile. It offers an optimized cost-effectiveness solution applicable across all domains.

José Carlos Hidalgo, Head of Counter-Drone Systems Engineering at Indra’s Weapons and Ammunitions unit, presented the mobile counter-drone solution the company is developing during the roundtable on counter-drone combat, moderated by Major General Ramón Armada Vázquez, Chief of Staff of the Canary Islands Command. The system integrates detection, electronic warfare, and distributed command and control across several interconnected vehicles, creating a mobile protection bubble.

Hidalgo emphasized that “success in delivering such a flexible and operationally adapted solution lies in deep knowledge of sensors and effectors, and the ability to integrate not only proprietary systems but also third-party ones.”

As part of the mobile C-UAS solution, Hidalgo highlighted the role of Nemus, a small, lightweight flat-faced AESA electronic scanning radar designed by Indra specifically to protect military vehicles. He noted that Indra is currently one of Europe’s leading manufacturers of counter-drone systems.

Indra’s participation in the forum also included Miguel Ángel de Díez, Operational Advisor for Land Systems, who spoke at the roundtable on fire superiority. Moderated by Major General Alberto Javier García Romera, Chief of Staff of the Land Force, de Díez showcased the capabilities of Indra’s new fifth-generation multifunction radar, the MTR 5. This cutting-edge system is specially designed for high-intensity scenarios, offering unique detection and tracking capabilities.

“The MTR 5 radar calculates the origin of enemy fire, alerts friendly units that may be threatened, provides data to interception systems to destroy projectiles in flight, and supports decision-making to issue counter-fire orders. It has a high detection capability for both surface (land and naval) and aerial targets, including those with low radar signatures such as UAVs, with a level of precision far superior to any current counter-battery radar,” explained de Díez.

With a range exceeding 90 kilometers, the radar is mounted on a vehicle for full mobility and rapid deployment and withdrawal. Its radar signature has also been reduced to make it harder to detect, and it can be used independently or integrated into a surveillance network. Additionally, it can act as a remote sensor for Indra’s Semi-Automatic Anti-Aircraft Artillery Operations Center (COAAAS), which controls medium-, short-, and very short-range weapon systems to protect a specific point or area. (Source: ASD Network)

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Echodyne is a U.S. designer and manufacturer of advanced commercial radar solutions for defense and national security applications. The company’s proprietary metamaterials electronically scanned array (MESA®) architecture, a rare breakthrough in advanced radar engineering, leverages a physics-design approach to adapt conventional materials and deliver unexpected and beneficial behavior. The result is a solid-state, low-SWaP unit coupled with advanced software capabilities that delivers superior radar performance and unparalleled data integrity, radically improving system performance and enhancing safety for people and machines. With leading positions in counter-UAS, force protection, base security, and portable ISR, Defense Agencies and Suppliers rely on Echodyne radar for extraordinary accuracy and consistent, reliable operation.

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