Sponsored by Echodyne
www.echodyne.com
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09 Sep 25. Echodyne Launches EchoShield® Rapid Deployment Kit. Echodyne, the radar platform company, today announces the immediate availability of the Rapid Deployment Kit (RDK) for its market-leading metamaterials electronically scanned array (MESA®) EchoShield radar. EchoShield is a software-defined, multi-mission, multi-domain, multi-modal radar with exceptional accuracy and advanced AI-based classification in increasingly high demand for air domain awareness and counter-unmanned aircraft systems (C-UAS) solutions. With the proliferation of drones in the airspace comes a requirement for rapidly establishing situational awareness zones that detect, track, identify, and enable mitigation of threats. The RDK is designed for quick and straightforward deployment of four radars for robust, high accuracy hemispherical coverage. Adding the RDK to the EchoShield portfolio creates leading positions in every modality, from fixed sites and full on-the-move (OTM) capabilities to now include rapidly deployable temporary missions.
Key benefits of the EchoShield RDK include:
- High durability and rapid assembly: The RDK is made of durable steel components and a multi-axis tripod and designed to be operational in less than one hour (<1 hr).
- An integrated junction box and power supply unit: Engineered to withstand the harshest environments, the tripod-mounted radar platform includes simplified wiring and power management through an integrated junction box and power supply unit (see junction box and power supply unit specifications below).
- Access to high-accuracy hemispherical coverage: The RDK provides a 25km high-accuracy situational awareness hemisphere to detect, track, and classify drones of all shapes, sizes, models, and capabilities.
- Junction Box Specifications: Ready mount for tripod, 4-channel junction box for 4x EchoShield radars, Integrated Layer-2 Switch, Single C2 interface, Single Power interface.
- Power Supply Unit Specifications: Ready mount for tripod, COMROD ComPact 2400 PSU, Supports 4x EchoShield + other equipment, Available with 5-15P, Type E/F, Type G cable options.
“Drones have changed the very nature of how we think about perimeter surveillance and situational awareness,” said Eben Frankenberg, CEO of Echodyne. “Our MESA radar systems have been central to ensuring that one sensor can provide heightened awareness simultaneously in air and surface domains. The EchoShield Rapid Deployment Kit allows every customer to quickly establish high-accuracy hemispherical situational awareness.”
Echodyne combines the lowest size, weight, and power (SWaP) requirements with the industry’s most robust on-radar software platform. With radars leading in short- and medium-range categories, Echodyne’s RDK accelerates EchoShield deployments and ensures mission success. For more information, please contact your company representative or visit Echodyne.com. (Source: BUSINESS WIRE)
12 Sep 25. IPG Photonics displays C-UAS laser system. US-based laser manufacturer IPG Photonics showcased its Crossbow Mini 3 kW laser directed energy weapon (LDEW) for counter-unmanned aircraft system (C-UAS) operations at the Defence and Security Equipment International (DSEI) 2025 exhibition held in London from 9 to 12 September. Ben Allison, vice-president of IPG Defense, told Janes that despite this being the company’s first defence product, they believed that their established production base as a commercial supplier of laser modules would mean competitive price points and delivery capability. IPG has worked with unnamed partners to create a 181 kg LDEW system with electro-optic and midwave infrared (MWIR) cameras and command-and-control (C2) software, called Crossbow. The 3 kW Crossbow Mini has a range of 300–1,300 m, effective against group one and two UASs, usually quadcopters under 1 m in diameter. Defeat times are usually under 10 seconds per UAS, Allison said. Lockheed Martin selected Crossbow as the laser weapon for its Sanctum C-UAS and conducted four field tests with it in the United States since February. Allison said the company is working with the US Department of State to register its products to comply with International Traffic in Arms Regulations (ITAR) legislation for possible future sales. IPG is working on a larger 8 kW system. Allison said increased laser power of that increment contributes more to shorter UAS defeat times and less to increased range. Batteries for the systems can be charged from ordinary domestic 220–240 V power supplies or down to as little as 12 V and are easy to switch for new ones. Each 5,000 Ah battery for the mini system provides 35 minutes of firing time. (Source: Janes)
09 Sep 25. Cuashub.com said today that US Army trials ODIN for armored vehicles. R2 has announced the first deployment of its ODIN spectrum awareness system on U.S. Army armored platforms during a recent live maneuver exercise. The trial marked the first time passive radio frequency (RF) sensors have been integrated and operated on tanks and armored vehicles under field conditions. According to the company, ODIN was installed, tested and validated over the course of more than a week at one of the Army’s largest training areas. The system was embedded into Abrams tanks, Bradley Fighting Vehicles, and Joint Light Tactical Vehicles, where it operated on the move in live combat maneuver scenarios against first-person view (FPV) drones. Unlike active sensing technologies, ODIN is passive and emits no signals, which R2 says provides situational awareness without revealing a platform’s position. The exercise tested the platform’s ability to detect, geolocate and integrate data with existing Army command-and-control systems while under operational stress. R2 said the demonstration showed ODIN’s potential to enhance survivability and lethality for armored forces by providing early warning of unmanned aerial threats in contested environments. The company added that ODIN has been shortlisted by the U.S. Army as a candidate passive RF solution for armored brigades, describing the exercise as a significant step toward future fielding decisions.
(Source: https://cuashub.com/)
09 Sep 25. Cuashub.com said today that Argus Interception unveils drone-to-drone interceptor system. Germany-based counter-drone firm Argus Interception has announced the launch of its A1-FALKE system in the UK, presenting a quadcopter designed to detect, track and capture unauthorized drones in flight. Founded in 2023 by former military officers, Argus Interception developed the A1-FALKE as a sensor-equipped interceptor drone that combines radar, lidar and AI-enabled software with a net launcher for physically capturing targets. The system can be mounted on vehicles, deployed at temporary sites, or operated from fixed locations, as well as integrating with existing command-and-control platforms. The A1-FALKE operates by flying to a designated intercept point, where its onboard sensors take over before engaging. Operators retain decision-making authority, with intervention carried out through a single command to direct the interceptor to capture a target. According to the company, the system is designed for ease of operation, maintenance and rearming. Argus Interception states that the A1-FALKE has already been deployed operationally and recognized by European security agencies. The company is positioning the system for use in both defense and civil security contexts where safe recovery of drones is required. https://cuashub.com/en/content/argus-interception-unveils-drone-to-drone-interceptor-system/ (Source: https://cuashub.com/)
09 Sep 25. Singapore selects Boeing P-8 Poseidon as its next Maritime Patrol Aircraft. Defense Minister Chan Chun Sing told US Secretary of Defense Pete Hegseth about the decision during a meeting at the Pentagon. according to a government statement. Singapore has decided to acquire the Boeing P-8A Poseidon multi-mission maritime patrol aircraft, according to a statement from the Southeast Asian nation. Singapore’s Ministry of Defence said in a news release that Defense Minister Chan Chun Sing told US Secretary of Defense Pete Hegseth about the decision during a meeting at the Pentagon on Sept 9. The release said that Singapore will acquire four P-8As as the first phase of Singapore’s recapitalization of its maritime security capabilities, which seek to strengthen its maritime situation awareness and ability to counter sub-surface threats. It is unclear what the future phases of Singapore’s efforts to refresh its maritime security capabilities would entail. The P-8As will replace five Fokker 50 maritime patrol aircraft currently operated by the Republic of Singapore Air Force. Singapore had said in March that it was considering the P-8A, alongside the Airbus C-295, as its next maritime patrol aircraft. Singapore has made a number of naval-related acquisitions in recent years. It is taking delivery of six Invincible-class diesel-electric submarines from Germany’s TKMS and will be introducing six multi-role combat vessels and four offshore patrol vessels in the coming years. It is also upgrading its six existing Formidable-class frigates, including the installation of the Blue Spear anti-ship missiles. Singapore’s economy is heavily dependent on its busy ports, and the island naton is located at the narrow choke point where the Straits of Malacca meets the South China Sea, which are heavily trafficked by commercial shipping plying the shipping lanes between Asia and the Middle East as well as Europe. Additionally, the MoD statement noted that the first of 20 F-35s for Singapore is under production, with delivery “on track” for end of 2026. (Source: Breaking Defense.com)
09 Sep 25. US Army launches FALCONS programme. The US Army has launched its Future Advanced Long-range Common Optical/Netted-fires Sensor (FALCONS) programme, which once mature will replace the ground service’s legacy Long Range Advanced Scout Surveillance System (LRAS3), service officials said in August. Programme officials from the army’s Product Manager Ground Sensors (PM GS), which is spearheading the development effort, signed three separate Other Transaction Authority (OTA) agreements in August for Phase 0 work on the FALCONS initiative, according to the officials. Phase 0 work will consist of research and development efforts to construct viable prototypes of the FALCONS system, the officials said in a statement at the time. Each OTA industry partner, which includes Leonardo DRS, Elbit Systems of America, and QinetiQ, will receive USD2 m as part of the Phase 0 FALCONS prototype contract, which is anticipated to last for 12 months, programme officials said in the statement. The entire FALCONS development effort is expected to progress across four separate phases, with OTA awards being issued for each phase. The entire prototype development initiative is scheduled to last over 54 months in total, programme officials said in the August statement. Phase 0, specifically, will consist of “technology maturity assessments, preliminary system model development, system specification review, and soldier feedback opportunities” of FALCONS’ prototype technologies, programme officials said. A phased approach to the FALCONS development will “set the conditions for a prototype development phase that will maximise competition” for the overall programme, said US Army Lieutenant Colonel Ryan Welch, product manager for Ground Sensors.(Source: Janes)
09 Sep 25. INVISIO announces H-Series: A new generation of tactical smart hubs that drastically improves battlefield efficiency Tactical communication expert INVISIO is announcing the H-Series, a new generation of tactical smart hubs for professionals in mission-critical environments. It unifies radios, sensors, EUDs, laptops, audio, and power into a single connected system resulting in a faster setup, fewer failure points, and quicker decisions under pressure. Communication on today’s battlefield relies on data, not just voice. Soldiers carry radios, digital devices, batteries, smartphones, and laptops – often from different generations and vendors. These devices don’t naturally work together. Traditional hubs only pass power and signals, forcing operators to juggle adapters, manual setups, and device-specific apps. In high-pressure missions, that complexity can put success – and safety – at risk. A tactical smart hub is different. It unifies separate devices into one system. By removing all the complexity, it delivers faster access to mission-critical data, streamlined power distribution, and simplified control. The result is reduced cognitive load on the operator, and more focus on the mission.
H-Series: Designed for the modern battlefield
The INVISIO H-series meets the need of modern soldiers. It dramatically reduces operator burden and accelerates mission readiness by offering:
- Embedded computing: Mission-critical software can run on the hub itself, not just on the EUD. This reduces latency and keeps essential functions online.
- Data routing: The hubs act as a router; prioritizing and forwarding data between radios, EUDs, and sensors, so teams receive the right information at the right time.
- Centralized power control: Power is distributed and prioritized based on role or mission profile to maximize system run-time and keep the most critical devices alive.
- Open and updatable: An optimized operating system with secure boot, no storage of data-at-rest, a web-based configuration UI, and over-the-air updates turn the hub into an adaptable, serviceable asset, not a black box.
- Interoperability: Bridges legacy and modern devices, so organizations can modernize and interoperate with partners without full replacement.
Two models for different mission profiles
- H4: 4-port, low-profile, lightweight hub for streamlined setups.
- H6: 6-port hub with expanded connectivity for complex mission profiles.
“In dynamic tactical operations, being prepared and performing at speed are non-negotiable,” highlights Colin Argue, Product Line Director at INVISIO. “The H-Series delivers precisely this: empowering users with a simplified setup, faster coordination, and improved overall operational effectiveness.”
Preparing for what’s next in tactical operations
With the H-series, INVISIO is enabling organizations to prepare for a future of tactical operations that is increasingly software-defined, networked, and mobile. As platforms and systems evolve, hubs like the INVISIO H-Series will be key to bridging legacy systems with emerging tech. From drone feeds to Battle Management System overlays, the hub will enable the unification of equipment, faster sharing of information and greater precision in planning and execution.
“This launch reflects the broader direction of INVISIO; delivering modular and scalable systems that are ready for what’s next in modern missions,” says Lars Højgaard, CEO at INVISIO. “This is more than a product announcement. It’s a step toward the kind of integrated systems that modern operations demand. We’re committed to leading that shift.”
The H-Series is expected to be available for shipment in 2026, contact INVISIO for more information.
The H-Series will be presented at DSEI September 9-12 in London, booth number S13-510. Visit INVISIO there, or alternatively, visit Invisio.com or contact your local INVISIO representative.
To access high-resolution visuals, please click here.
Additional product data are available on request.
09 Sep 25. Axon (Nasdaq: AXON), the global leader in public safety technologies, today announced that Dedrone by Axon released a comprehensive report, The Current & Future State of Airspace Defense[1] , revealing how low-cost, rapidly evolving drone threats are reshaping battlefields and national security strategies worldwide. The report debuts at DSEI 2025, where Dedrone is exhibiting their cutting-edge counter-drone solutions and also delivering an element of the airspace security for the event. Drawing on comprehensive operational datasets from Dedrone’s global sensor network across Europe, the Middle East, and Asia, the report reveals concerning trends in drone behavior across the region, including a 4.3x increase in DIY drone detections in 2025 as compared to 2024 and an observation that 37.5% of all 2025 detections to date occurred in low-visibility conditions.
“The drone threat is evolving faster than most defences can respond,” said Aaditya Devarakonda, CEO of Dedrone by Axon. “At DSEI, we’re not just talking about the problem; we’re demonstrating solutions that are live, operational and ready to scale. This report is both a warning and a roadmap: nations that fail to modernise will find themselves outpaced in the next era of airspace warfare.”
Dedrone’s report exposes critical vulnerabilities in current defense approaches. While 83% of 2025 detections were still DJI drones, it shows a meaningful drop from the 95% of detections that were DJI in the year before over the same time period. This growing prevalence of a much broader array of drone types including DIY and even RF-silent flights signals a tactical shift that could blind existing sensor networks.
“We’re witnessing the collapse of the old air defence economics,” said Ash Alexander-Cooper OBE, VP EMEA and APAC at Dedrone by Axon. “A $20,000 Shahed drone can prompt the launch of a $4 m Patriot missile. The asymmetry is unsustainable unless we fundamentally rethink how we detect, classify and defeat these threats.”
As both exhibitor and an element of the airspace security provision for DSEI 2025, Dedrone is demonstrating its field-proven capabilities with a DedroneRapidResponse trailer positioned at the venue entrance. Dedrone live detection streams across the globe can be accessed on ruggedized tablets at each of our DedroneOnTheMove solution partner vehicles including Supacat’s Jackal, Thales’ Bushmaster and Polaris’ MRZR.
08 Sep 25. Leonardo DRS, Inc. (NASDAQ: DRS) announced today the launch of its new product line of high-performance AI-enabled Ground Vehicle Architecture Smart Display systems called Rugged Smart Displays – Ground (RSD-G). The next-generation, tactical computing systems are designed to set a new standard for ruggedness, performance, and connectivity over existing tactical smart display systems used in ground combat vehicles. The new modular RSD-G systems bring the latest in advanced combat smart display technology. By integrating Intel Core™ i7 extended temperature processors with embedded AI capability, users have significant advantages in performance, autonomy, and responsiveness on the battlefield. The displays combine advanced computing technology with high-resolution, multi-function displays in four sizes, enabling military customers to modernize with common computing architecture across platforms. At the heart of the RSD-G family is the embedded powerful AI capability designed to quickly analyze data from various vehicle-based sensors (cameras, radar, thermal imaging, and more), and combine it into a single comprehensive view for operators. By quickly providing reliable real-time situational awareness, users are able to make faster and more informed decisions during stressful combat scenarios.
“We are excited to launch this cutting-edge family of rugged smart displays designed to provide our military and allied forces with a decisive advantage in today’s complex battlespace,” said Denny Crumley, senior vice president and general manager of the Leonardo DRS Land Electronics business unit. “And by meeting the growing demand for AI-enabled, modular architectures for ground combat vehicles with this capability, we have proudly reinforced our position as industry leader in mission computing technology.”
Network computing and integration is a key strategic focus for Leonardo DRS as it continues to be the leading provider of advanced C5I technologies with the U.S. military, the U.K. Ministry of Defense, and allied militaries around the world. These capabilities are enabling increased data and communications needed for situational awareness in multi-domain battlefield operations. The company is investing in the future of C5 through the development of next-generation battle management systems, AI processing solutions and advanced C5ISR/EW Modular Open Suite of Standards/ Sensor Open System Architecture aligned mounted systems – all aimed at enabling future network and platform processing to improve sensor fusion, situational awareness, and reduce the cognitive burden for commanders and crews.
09 Sep 25. Sensor solutions provider HENSOLDT is now offering its Spexer radar family as naval solution. An initial contract has already been signed with the navy of a NATO country. The naval version focuses on the detection and defence against drones at sea. In addition, the Spexer radar scans the sea surface for anti-ship missiles and submarine periscopes. The Spexer radar family offers high-performance surveillance radars for various ranges for the automatic detection and classification of ground, sea and low-flying air targets. The Spexer 2000 is part of Rheinmetall Air Defence’s new Skyranger 30 anti-aircraft gun tank (FlakPz). It is also used in the German cUAS programmes for the protection of field camps (ASUL), HoWiSM (high-energy laser for drone defence) and German Armed Forces’ NNbS air defence system for close and short-range protection. HENSOLDT has decades of experience with radar systems in the naval sector and is actively driving forward the further development of key technologies in this area. Various versions of radars from the TRS-4D product family are already in use on board ships belonging to NATO partners.
“We can use software to expand the functionality of our products so that they can be used in various scenarios,” says Markus Rothmaier, Head of Naval & Ground Radars at HENSOLDT. “With our capabilities in motion, we are predestined for maritime applications. Therefore, the use of the Spexer radar at sea is another logical step on our path to equipping maritime units.”
09 Sep 25. Elbit Systems Ltd. introduces Frontier, its cutting-edge wide-area persistent surveillance system, designed to address the increasing complexity and intensity of border defense challenges. Presented for the first time at the DSEI 2025 exhibition, Frontier is built to autonomously detect, classify, and assess threats in real-time. Frontier leverages advanced artificial intelligence (AI) to optimize intelligence gathering and decision-making in land, air, and maritime domains. As global threats continue to evolve, intelligence teams are burdened with monitoring and managing thousands of alerts and massive amounts of data in real time. This challenge places significant demands on operational teams, often requiring substantial resources and risking potential errors. To address these needs, Elbit Systems developed Frontier, a smart, AI-based edge system designed to enhance surveillance operations.
Key features of Frontier include:
- AI Based Adaptive Routine Learning: using cutting edge computing capabilities the system continuously learns and adapts to routine operations by analyzing vast amounts of data to detect anomalies and deviations.
- Autonomous Threat Classification: Leveraging AI, the system autonomously identifies and classifies threats in real-time, enabing fast and accurate responses.
- Smart Decision-Making Support: Frontier prioritizes and assesses the risk of potential threats, providing operators with clear, actionable insights.
- Sensor Integration: Maximizes the capabilities of multiple sensors, turning data overflow into a coherent understanding of the peremiter.
- Operational Efficiency: Reduces the workload on operating teams, and lowers operational costs, while improving mission success rates.
Frontier autonomously operates various types of sensors to visually confirm and classify threats, transmitting only the most relevant and analyzed information to the appropriate forces.
09 Sep 25. Hensoldt supplies long-range radar for German training facility. The Parow school will utilise the system as a facility for testing, referencing, and training purposes. -range radar at the Parow Naval Technical School. Credit: © Hensoldt AG. Hensoldt has completed the initial delivery of a long-range radar system to the German Navy’s Naval Technical School in Parow. The delivery marks a step in the project aimed to “eliminate obsolescence” of the Sachsen-class F124 ships’ long-range sensor systems. The project, which commenced in 2021, covers delivery of three TRS-4D LR long-range radars for the F124 frigate and an additional system for the Parow school. The system at the Parow school will serve as a facility for testing, reference, and training purposes. It provides a platform for both user and technician training, as well as for advancing system developments. Hensoldt Naval & Ground Radars head Markus Rothmaier said: “The installation of the first long-range sensor at the Naval Technical School in Parow is an important step in the project. Hensoldt has partnered with ELTA Systems, a subsidiary of IAI, for this project. The S-band radars will endow the German armed forces with ballistic missile defence capabilities for the first time. Parallel to this navy project, Hensoldt secured a contract to upgrade land-based airspace surveillance within the Hughes Air Defence Radar Successor programme for the German Air Force. The TRL-4D LR radar systems used here are similar to those for the navy and are also produced in collaboration with ELTA Systems. In both contracts, Hensoldt is responsible for producing transmitter and receiver modules, ensuring component availability within Germany. Additionally, Hensoldt is enhancing the German Navy’s F126 frigate programme through a joint effort with Thales to supply TRS-4D naval radars, aiming to improve fleet surveillance and combat functions. At DSEI 2025 in London, the company is exhibiting TRML-4D air defence radar and other solutions. (Source: naval-technology.com)
27 Aug 25. Revolutionising Wide-Area Surveillance: Introducing the PANOCAM Passive Sensor System. In a breakthrough for automated passive surveillance technology, OcuSight proudly unveils PANOCAM, a cutting-edge wide-area sensor system designed to redefine how critical infrastructure and expansive environments are monitored. At the heart of PANOCAM lies a novel configuration of three Long-Wave Infrared (LWIR) detectors, uniquely packaged to deliver an unprecedented 147-degree field of passive detection. This innovative design enables comprehensive coverage without mechanical movement or active emissions—ideal for stealthy, low-profile deployments.
Edge Intelligence Meets Operational Efficiency
PANOCAM is more than a sensor—it’s a smart surveillance platform. Integrated onboard video processing enables real-time:
- Location / Orientation
- Detection
- Classification
- Streaming of thermal video
All data is transmitted securely to a wide array of command-and-control networks via wireless protocols. The system is fully aware of its location and orientation, dramatically reducing the need for manual calibration and enabling actionable intelligence with minimal human intervention.
Designed for Deployment at Scale
- Ultra-low power consumption for extended field operation
- Compact and lightweight for easy transport and installation
- Cost-effective for scalable deployment across large areas
- Manufacturing-ready with a complete data pack available for licensed production
Whether protecting critical infrastructure, monitoring remote perimeters, or enhancing situational awareness in complex environments, PANOCAM delivers unmatched performance in a compact, scalable package.
Availability
PANOCAM™ is now available for pilot programs and strategic partnerships. A full technical data pack is ready for evaluation and licensing, enabling rapid integration into existing surveillance ecosystems or new product lines.
Contact
For further information on PANOCAM or to request a demonstration, please contact or visit OcuSight at DESI N6-165
About OcuSight
OcuSight is a pioneering Defence Micro SME based in North Wales, dedicated to transforming the landscape of passive surveillance and high-end motion control. With a mission to revolutionise how critical environments are monitored and secured, OcuSight develops cutting-edge technologies that deliver precision, reliability, and operational advantage. Leveraging deep expertise in defence-grade optics, motion systems, and AI-enhanced situational awareness, OcuSight serves a growing portfolio of clients across defence, security, and critical infrastructure sectors. The company’s agile, innovation-led approach enables rapid development and deployment of bespoke solutions tailored to the most demanding operational requirements. OcuSight is proud to be part of the UK’s sovereign defence ecosystem, contributing to national resilience and technological leadership from its base in North Wales.
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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.
For more information, please visit: Echodyne.com.
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