Sponsored by Echodyne
www.echodyne.com
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04 Sep 25. Echodyne, the radar platform company, has been selected as the radar provider within the Australian Defence Force’s Project Land 156, the Australian government’s effort to equip the ADF with continuous counter-drone capabilities. The Project intends to modernize the ADF in the face of new technology and an evolving threat landscape. Echodyne is proud to contribute radar expertise to the project and its newly announced systems integration team leader, Leidos Australia, and alongside EOS Australia, which already incorporates Echodyne radar into its Slinger RWS, Acacia Systems, L3Harris Technologies and Department 13.
“We are pleased to be selected as part of the Leidos Australia team for the Australian Defence Force counter-UAS project, Land 156,” said Eben Frankenberg, CEO of Echodyne. “As C-UAS solutions become ever more critical to mission success and dismounted soldier safety, Echodyne’s COTS architecture allows us to quickly respond to increasing global demand for our advanced MESA radar systems.”
Echodyne’s 4D metamaterials electronically scanned array (MESA) radars are perfectly suited to support C-UAS initiatives, locking optical sensors for “eyes on object” and reliable precision tracking for mitigation platforms and effectors. Rooted in the belief that data fidelity makes all the difference to C-UAS mission success, Echodyne radars generate the most accurate data for detecting, tracking, targeting, and mitigating UAS intruders.
02 Sep 25. TCI, part of SPX Communications Technologies, today introduces two new Radio Frequency (RF) Receivers, designed for continuous, real-time signal collection to support Communications Intelligence (COMINT) operations. The 955 Rackmount RF COMINT and Geolocation System and the 957 Rackmount RF COMINT and Independent Geolocation System will be shown for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130.
The systems deliver rapid detection, filtering, and geolocation of RF communication signals across congested spectrum environments, enabling faster decision-making and reaction times, improved threat awareness, and greater operational agility. Their 80 MHz Instantaneous Bandwidth – double that of its predecessor – allows wide-area signal collection for broad situational awareness, or narrower focus for heightened sensitivity in challenging RF conditions.
Combining two geolocation techniques – Hybrid Angle of Arrival (AOA) and Time Difference of Arrival (TDOA) – enables precise signal location with fewer deployed assets, even over low-bandwidth or intermittent networks.
The rugged, rack-mounted design supports deployment in vehicles, fixed installations, or forward field positions. Both models are built for mission flexibility, with the ability to switch roles without reconfiguration, from counter-terrorism and border security to front-line combat. The 955 is optimised for single-unit, vehicle-mounted, or stand-alone operations, while the 957 offers enhanced processing capacity for simultaneous, independent tasking and networked multi-sensor geolocation across dispersed teams.
The RF systems also feature a 72-hour look-back recording capability, enabling operators to identify a new threat and immediately analyse historical spectrum activity to extract further intelligence. The feature also supports automated and remote monitoring options, reduces manpower requirements for persistent 24/7 operations, and lowers operational costs. A database allows further intelligence analysis for days, weeks and months.
Both systems operate using TCI’s Blackbird software, currently in operational use on almost 1,000 frontline systems worldwide. Blackbird provides an intuitive interface that reduces training time and enables less experienced operators to perform effective COMINT tasks, immediately expanding the possible pool of operators. It allows highly skilled personnel to remain in safer, decentralised positions while remotely managing deployed systems, multiplying force effectiveness.
Built on the combat-proven heritage of their predecessor, the 953 receiver, the new 955 and 957 are backwards compatible with existing SPX Communication Technologies and partner systems, including the ECS BLACKTALON counter-uncrewed aerial system (C-UAS) solution, for scalable integration into wider electronic warfare architectures.
“Today, electronic warfare is at the heart of all defence operations, and mastering the spectrum is now as critical as controlling the air,” says David Beckett, Battlespace Business Development Director at TCI. “Our new systems give defence teams the decisive intelligence they need to succeed.”
The 955 and 957 are now available. See them for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130, or contact for more information.
About TCI, part of SPX Communication Technologies
TCI , forming the SPX Technologies’ Communication Technologies Platform alongside Enterprise Control Systems (ECS), innovates specialised technologies within the Radio Frequency (RF) spectrum to ensure a smarter, more secure future for all.
SPX Communication Technologies is responsible for technical innovation within the Battlespace RF spectrum to enable defence and security teams to detect, defeat and exploit RF signals to enhance their Communications Intelligence (COMINT) and Counter Unmanned Aerial Systems (C-UAS) capabilities.
Combining decades of technological innovation and expertise with agile and collaborative engineering and product development teams, SPX Communication Technologies delivers sustainable and exceptional results to military and security customers across the globe – including Europe, Asia-Pacific, the Middle East, and Africa.
For more information on TCI solutions, visit www.tcibr.com
03 Sep 25. IEE Exhibiting Lineup of Rugged Displays at DSEI UK 2025. Next-Gen Displays Combine Full-HD Performance with Flexible, Modular Architecture. Industrial Electronic Engineers, IEE, a manufacturer of military display systems, is exhibiting at the Defence and Security Equipment International (DSEI) trade exhibition September 9th-12th, in London. With full high-definition (HD) screens and video processing, IEE delivers state-of-the-art display performance by supporting modularity along with open communication and video standards. The modular architecture approach enables the seamless integration of new functions, such as additional sensors and systems being added to the aircraft or vehicle system, while also extending lifecycle support from supply and sustainment through future upgrades and technology refreshes.
“Continually advancing the technologies we use in our products, such as support for high-speed digital backbone, enables real-time data feeds from vehicle management systems, mission computers or navigation systems,” said Steve Motter, VP of Business Development at IEE. “This approach facilitates rapid updates in video and sensor data flow, as well as system control and configuration, to support changes in today’s rapidly evolving threats on the battlefield.”
13.3-Inch Full HD MFD Video Display
Designed for both airborne and military ground vehicle applications, this 13.3-inch monitor delivers full-HD resolution in a wide-aspect format. As a line-replaceable unit (LRU), it offers a common solution for all operators, enabling them to view and interact with computer graphics and video through the optional touchscreen. Its slim bezel is engineered for side-by-side installation, creating a seamless panoramic display.
13.3-inch Product Features:
• Enhanced, High-Bright 13.3” LCD Display
• 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 with high-bright day (sunlight readable) and night (NVIS compatible) modes
• 8 backlit soft key bezel layout
• 2x Composite NTSC/PAL; 1x 3G-SDI
• Inputs/Outputs: UART Serial
Also featured at DSEI will be IEE’s 10.1 WUXGA Mission Display.
What sets this 10.1-inch MFD apart is its high-performance, rugged, color WUXGA (1920×1200) AMLCD with exceptional brightness. Engineered for both fixed- and rotary-wing aircraft, it offers an ultra-wide viewing angle and a selectable dual-mode LED backlight—delivering sunlight readability by day and NVIS compatibility for night operations.
10.1-inch Product Features
• 10.1-inch WUXGA (1920×1200) color TFT LCD Display
• Brightness: 1,100 cd/m2 typical
• Contrast Ratio: 800:1
• Viewing Angle: ± 85º H / ± 85º V
• 13 programmable bezel pushbuttons, with tactile feedback and NVIS filtered backlight
• 3-way rotary switch for OFF/NIGHT/DAY, one brightness encoder, two programmable dual-concentric encoders and one 8-way joystick
• On-screen display (OSD) functions controlled using bezel keys
• Video Interface: 2 x HD-SDI (with loop-through), 2 x DVI-D
• Serial Communication Interface: RS-422
IEE is exhibiting in Stand N7-134 (Solid State plc) at DSEI, September 9th-12th. Stop by or make an appointment with Steve Motter by calling 1-800-422-0867, ext. 327, or email: .
04 Sep 25. Introducing Reventec’s Military Vehicle Sensors. For defence vehicles, the ability to monitor and optimise vehicle performance is critical. At Reventec, our mil-spec sensors are engineered to provide the essential vehicle intelligence and data that enables manufacturers and system integrators to enhance the performance and durability of their platforms.
Maximising Platform Potential: By thoroughly understanding your vehicle’s current state and predicting its future performance, its full operational potential can be leveraged. As a result, customers see extended service life, reduced downtime, and enhanced combat effectiveness.
Explore just a few of the benefits of implementing Reventec sensors:
Non-Contact Position Sensors:
Knowing the precise position and movement of suspension arms, actuator extensions, turret rotation, or steering angles gives unprecedented insight into:
• Vehicle articulation and stability on varied terrain.
• Component wear and tear.
• System performance validation during testing or operation.
• Damage assessment after impact.
• Operational effectiveness.
Capacitive Liquid Level Sensors:
Reventec’s capacitive liquid level sensors provide continuous and precise measurement of fuel, oil, coolant, and other mission-critical fluids. This real-time data offers invaluable insight into:
• Fuel prognostics for early detection of fuel system leaks, filter blockages, or injector issues by monitoring anomalies in fuel consumption rates.
• Optimal flight and driving range.
• Enhanced predictive maintenance.
• Reduce manual checks.
• Operational readiness: Ensuring that vehicle fluid levels are always within optimal parameters for vehicle readiness.
Obsolescence Protection
For existing vehicles undergoing mid-life upgrades, our highly customisable technologies are an ideal drop-in solution to replace obsolete sensor components.
All our defence vehicle performance sensors are designed to meet rigorous EMC approvals with certification to MIL-STD-416G and DEF STAN 59-411 Class A available.
Meet Us at DSEI
Discover the new generation of vehicle performance sensors in person. We invite you to schedule a meeting with our team at DSEI next week to discuss your specific project requirements.
04 Sep 25. BIRD Aerosystems Launches μDIRCM™ – World’s Most Compact & Advanced Protection System Against MANPADS and the only available solution for Small Helicopters and UAVs.
New system delivers powerful, lightweight, small size, cost-effective protection against modern threats, enabling the most advanced DIRCM capabilities for platforms previously left unprotected.
DSEI UK, Spetember 9-12 2025, Booth #N10-310.
BIRD Aerosystems, a global provider of innovative airborne defense solutions, announces the official launch of its latest development – the µDIRCM™ : the most compact, lightweight, and cost-effective DIRCM solution available today, developed based on BIRD’s fully operationally proven SPREOS DIRCM technologies.
Tailored to meet the growing demand for lightweight defence systems, the µDIRCM™ enables unique and comprehensive airborne missile defense even for small platforms, UAV’ss and light helicopters such as the Airbus H145.
Due to its size, weight, and cost, the dual µDIRCM™ unit’s turret configuration is peffectly optimized for wingtip integration on combat helicopters such as the AH64 Apache, ensuring full hemispheric protection.
The µDIRCM™ is a fully autonomous single-LRU solution weighing less than 7kg, offering unmatched protection against Man-Portable Air Defense Systems (MANPADS) and other modern threats. Its advanced infrared tracker, combined with high-power all solid-state laser emitters, delivers high-precision jamming, while its dual-band IR confirmation mechanism ensures near zero system false alarms – a key characteristic of BIRD’s DIRCM family. Designed for seamless integration with any missile warning system (MWS), the µDIRCM™ provides maximal coverage, all while meeting the highest military and civil aviation standards.
Matan Perry, CMO & VP Sales at BIRD Aerosystems, stated: “The µDIRCM’s compact size, low weight and cost-effectiveness set a new standard of protection for small helicopters and UAS, which until now could not acommodate traditional DIRCM solutions. We are witnessing increasing demand for self protection system in these segments. Together with BIRD’s mature SPREOS DIRCM, the µDIRCM™ completes BIRDs portfolio, enabling comprehensive protection solutions ranging from small size platform up to large VVIP aircrafts.”
Ronen Factor, Co-CEO and Founder of BIRD Aerosystems, stated: “The launch of the µDIRCM™ is a major milestone for BIRD. We’ve harnessed our combat proven DIRCM technology and experience to develop the world’s smallest and most effective self-protection system, representing the most advanced DIRCM technology available today. We are proud to share that the µDIRCM™ has already been selected by global customers and will become operational during 2026.”
About BIRD Aerosystems
BIRD Aerosystems, a global provider of innovative defense technology and solutions, protects the fleets and ground assets of governments and related agencies. The company specializes in two main business segments: Airborne Missile Protection Systems (AMPS), which protect helicopters, transport aircraft, narrow and wide-body commercial aircraft and VVIP heads-of-state aircraft against ground-to-air & MANPADS. The second segment, ASIO, is an end-to-end Airborne Surveillance, Intelligence, and Observation solution designed for maritime and ground surveillance, search and rescue, patrol, and monitoring. By combining world-class engineering and patented technologies, BIRD Aerosystems delivers end-to-end solutions for airborne and land-based protection. The company provides turnkey programs that include design, certification, and installation. Customers include the U.S. government, UN Air Operations, NATO forces, and leading defense organizations worldwide.
03 Sep 25. Allen-Vanguard launches SECURIS, a mobile counter drone trailer, as part of a new counter drone collaboration with Metis, Blighter, Openworks and EdeyFX. Allen-Vanguard, a global leader in providing customised solutions for defeating Radio Frequency (RF) based terrorist and extremist threats, is launching a new mobile counter drone trailer at DSEi 25 in collaboration with Metis, Blighter, Openworks and EdeyFX. This collaboration has been established to leverage the respective expertise (detect and defeat) and proven product capabilities (RF detection, radar detection, optical recognition and RF jamming) from each company to address the increasing threat to people, infrastructure and key locations from the nefarious use of drones. Details on SECURIS, the new mobile counter uncrewed air systems (C-UAS) trailer system will be available at the Allen-Vanguard stand S5-540 at DSEi 25, Excel, London (9-12 September 2025).
The SECURIS C-UAS trailer is a rapidly deployable, mobile counter drone capability that has a best in class, multi-faceted detection suite combining the advanced RF detection capabilities of SKYPERION from Metis which is used globally by NATO allies in various integrated systems, the unique radar target acquisition capabilities of Blighter’s A400 series, which is also operationally proven globally and the advanced optical recognition system Vision Flex from Openworks; again sector leading for its long-range imagers, dynamic slew-to-cue capability, and twin-AI modules for detection, tracking and identification.
These aspects, along with Allen-Vanguard’s own operationally proven range of C-UAS RF Effectors (ANCILE), have been cleverly integrated onto a bespoke trailer chassis produced by EdeyFX accommodating operational input on design and layout coupled with the highest level of mobility. SECURIS delivers a scalable, fully integrated, comprehensive, easy to use, reliable and future proofed counter drone capability on an extremely mobile and robust platform. Its open architecture and modular nature also makes it highly suitable for the provision of Protection-as-a-Service (PaaS) where customers are provided the latest updates and technology innovations as part of a package rather than just purchasing a one-shot capability.
Bobby Strawbridge, President of Allen-Vanguard said: “I am delighted to formally launch our new fully integrated and scalable mobile counter drone trailer system SECURIS at DSEi 25. We have worked closely with our partners at Metis, Blighter, Openworks and EdeyFX all of whom are agile SMEs like ourselves, and who are acknowledged Domain Knowledge Experts (DKEs) in their respective fields. As specialists, with operationally proven products within our own areas of expertise, we have come together to produce exactly what the customer base has been demanding, a best of breed collaboration of capable systems packaged into a scalable and highly mobile package. SECURIS will help counter the rapidly evolving threat posed by drones and it’s modularity ensures future adaptability and therefore enables provision of Protection-as-a-Service rather than just product manufacture.”
04 Sep 25. Metis launches THEIA their new drone detection Operating System and User Interface at DSEI 25. Metis, specialists in providing Radio Frequency (RF) and drone detection innovative technologies across diverse sectors, is launching THEIA their new operating system and graphical user interface. THEIA will be deployed to all their product range to maximise the benefits of machine learning (ML) and artificial intelligence (AI) in the rapid consolidation of multiple RF data sources into a single easy to use and understand Graphical User Interface (GUI). Metis will be showcasing Skyperion (their mobile drone detection product) and THEIA at DSEi 25, Excel, London (9-12 September 2025) in partnership with Allen-Vanguard on stand S5-540.
Metis has a long history in developing, producing and deploying sophisticated signals intelligence gathering technology to protect people, places and privacy. For the last 10 years, this expertise has been increasingly focussed on countering the rising asymmetric drone threat, and Metis has been at the forefront of C-UAS RF detection capability development. This has culminated in the design and production of Hyperion (broader RF detection) and Skyperion (more specific drone detection) which both capture a wide range of RF emissions of varying strengths across the electromagnetic spectrum, filter out background noise and known entities, before rapidly analysing complex waveforms to identify and locate potential threats. Over 80 of these systems are in operation with NATO partners, or deployed supporting national security interests, by helping safeguard airspace, key installations and critical infrastructure against the threats posed by rogue drones or nefarious RF activity.
THEIA (goddess of insight and vision) will be installed on all existing Metis products and has been designed to consolidate the vast array of complex RF detection analytical data captured by Metis systems (or other sources) into a single easy to use and understand GUI. THEIA will deliver rapid situational awareness through clearer data presentation which, combined with reduced complexity and streamlined workflows, will ensure more accurate and faster decision making. The system has been developed to minimise the training burden and the interface can be customised to meet the needs of the user from basic to expert levels depending on the threat profile and training levels. The GUI is designed for real world operators to minimise the cognitive burden, reduce distractions from mission focus and ensure resilience under high tempo scenarios. THEIA is fully future proofed having been specifically designed for ML and AI integration upgrades and uses an open architecture to facilitate both easy integration with existing command and control systems or wider C-UAS suites and allow rapid upgrades and data sharing.
Tony Burnell, CEO of Metis said: “Having spent a lifetime learning how to analyse complex RF waveforms, and for many deciphering the mass of data traditional RF detect systems produce must seem like trying to read the matrix, I am extremely proud of THEIA and its ability to harness all the benefits of modern technology, such as ML and AI, while at the same time consolidate that mass of information and data into something meaningful that an operator and commanders can quickly and easily use to enhance their decision making and help protect people, places and privacy.”
03 Sep 25. Teledyne FLIR OEM Launches Boson+ IQ Thermal Imaging Development Kit at DSEI UK 2025.
New Hardware and Software Development Kit Accelerates Thermal Imaging and AI Integration at the Edge.
Teledyne FLIR OEM, part of Teledyne Technologies Incorporated (NYSE: TDY) and the global leader in thermal imaging innovation, today announced the launch of the Boson®+ IQDevelopment Kit. The comprehensive solution combines reference hardware with Prism™ software, empowering integrators to rapidly develop edge AI capabilities using advanced thermal sensing across defense, security, and industrial platforms.
At the heart of the kit is the Teledyne FLIR OEM AVP, powered by the Qualcomm® Dragonwing™ QCS8550 system-on-chip (SoC), which delivers an industry-leading 50 trillion operations per second (TOPS) with a
typical power draw of just 2.5 watts. Its multicore architecture supports Prism AI object detection models and Prism ISP features, including denoising and super resolution to provide exceptional image clarity in
challenging environments.
“The Boson+ IQ Dev Kit represents a major leap forward for integrators building smarter, more efficient thermal systems at the edge with AI particularly for autonomy applications such as aerial drones, loitering
munitions, and ground-based robotics,” said Jared Faraudo, vice president of product management and programs, Teledyne FLIR OEM. “By combining our high-performance Boson+ thermal camera with Prism AI and ISP software on a cutting-edge Qualcomm compute platform, we’re enabling faster development cycles, industry-best image quality, and longer mission endurance with minimal power consumption.”
Designed for flexibility and scalability, the kit includes interface and carrier boards with three MIPI interfaces, allowing developers to integrate visible or other sensor types into their systems. It also comes with the Boson+ and Prism SDKs, hardware interface control documentation (ICD), and expert engineering support, providing a seamless development experience from prototype to deployment.
The Boson+ IQ Development Kit is future-ready, with compatibility for upcoming additions, including Prism SKR and Prism Supervisor. Prism SKR facilitates autonomous target detection and terminal guidance, while Prism Supervisor offers autonomous operation to designated way points via GPS or visual-based navigation(VBN) location technology. These software-enabled features can add powerful capabilities to mission-critical
applications in defense, security, and industrial automation.
Experience the Boson+ IQ Development Kit in action at the Teledyne FLIR stand (#S3-110) during DSEI UK at ExCeL London, Sept. 9–12, one of the world’s premier defense and security exhibitions. For more
information, visit https://oem.flir.com/products/boson-plus-iq-development-kit/.
03 Sep 25. OpenWorks Engineering launches kinetic threat targeting capability at DSEI 2025 for on-the-move deployment.
• OpenWorks has launched Vision Pace, the latest in its range of ‘Vision Autonomous Optics’.
• Vision Pace is designed for on-the-move precision targeting of multiple dynamic threats.
• Direct-drive design and stabilisation technology underpins ultra-high accuracy.
• Land and naval applications include expeditionary force protection, GBAD, SHORAD, M-SHORAD
• Vision Pace is powered by OpenWorks’ advanced AI classifiers and trackers to detect, track and identify multiple targets.
• OpenWorks has collaborated with Thales to integrate their compact optical sensor suite, combined with an advanced 4D EchoShield MESA® radar from Echodyne.
OpenWorks Engineering has announced the launch of its latest autonomous optics product, Vision Pace.
Designed to enhance dynamic multi-threat engagement, Vision Pace offers microradian precision targeting to kinetic defeat chains, marking a step-change for layered air defence. The development is intended to provide capability to expeditionary force protection, GBAD, SHORAD, and M-SHORAD across land and naval domains.
Vision Pace achieves ultra-high performance through its low friction direct-drive positioner and AI-powered stabilisation technology, leveraging OpenWorks’ proven and advanced AI classifiers and trackers.
Building upon the widely deployed and highly modular approach to OpenWorks’ Vision Flex product family, Vision Pace is also configurable to meet customer requirements with the support of OpenWorks’ global technical support team. The approach to system architecture allows the integration of wide ranging third-party primary detectors, sensors, classifiers and effectors along with OpenWorks’ proven EO and IR imagers.
One such configuration on display at DSEI includes the integration of Thales’ TrueHunter Gimbal Sight sensor head which excels in long range multi-spectral observation, acquisition and target engagement through the most challenging environments, day and night. TrueHunter Gimbal Sight’s state-of-the-art sensors include high-resolution daylight colour cameras, a cooled thermal imager (both with continuous zoom), SWIR sensor, laser rangefinder, laser pointer and a laser target designator.
The companies signed a Memorandum of Understanding (MoU) earlier in the year to support a partnership that will see OpenWorks fuse inputs from Thales’ suite of sensors with an advanced MESA radar from Echodyne to provide a comprehensive multi-target detect, recognise, track and target capability at speed and at distance. This is one of many possible variants Vision Pace.
Graham Beall, Chief Business Development Officer at OpenWorks said “Combining Vision Pace and the TrueHunter Gimbal Sight sensor head will extend the application of both products, creating an optimal capability for ground- and mobile-based air defence (GBAD and M-SHORAD), expeditionary force protection and naval applications. We’ve come together with Thales to offer a unique capability that integrates their world-leading sensor technology with the next-generation of ultra-high-performance tracking and targeting capability.”
Stephen McCann, Managing Director of Thales in the UK’s optronics business, said: “We are proud to partner with OpenWorks to bring our advanced TrueHunter sensor technology to the Vision Pace system. This collaboration reflects our commitment to delivering innovative solutions that empower customers with superior situational awareness and enhanced mission effectiveness in the most challenging operational environments.”
Adding to the highly modular and mission specific nature of configurations available for Vision Pace, OpenWorks is also displaying a variant with its own sensor suite fitted to a ‘Rapid Deployment Kit’.
About OpenWorks:
OpenWorks provides a range of modular autonomous vision systems that deliver ultra-high performance real-time detection, identification and tracking of highly dynamic threats at long range. Our specialist capability lies in our dynamic positioners, EO/IR imagers, approach to sensor fusion and common interface that enables the integration of third-party detectors, classifiers, interceptors and effectors.
SkyWall and Vision Flex are OpenWorks’ most established products, with global end-users.
On display at DSEI (N6-160):
– Vision Pace with a Rapid Deployment Kit.
– Vision Pace with OpenWorks’ EO/IR imagers.
– Vision Pace with Thales TrueHunter Sensor Head and Echodyne 4D EchoShield MESA Radar.
– Vision Flex – A highly modular vision system for static, mobile and un-crewed systems.
– Vision Guard – A rapidly deployable forward observation and C-UAS surveillance capability.
03 Sep 25. Advanced Protection Systems and Frankenburg Technologies Enter Partnership in Kinetic Counter-Drone Systems. Advanced Protection Systems S.A. (APS) and Frankenburg Technologies OÜ have announced the signing of a Memorandum of Understanding (MoU) aimed at the joint development and integration of cutting-edge counter-unmanned aerial systems (C-UAS) in response to the growing drone threat in Europe and globally. APS is a leading Polish manufacturer of the SKYctrl anti-drone systems and FIELDctrl 3D MIMO radars, which are being deployed both in Poland and across many international markets, including Lithuania, where they will protect critical energy infrastructure, Ukraine, where significant numbers of Gdynia-made systems are used on the battlefield, and countries in the Middle East. Importantly, Advanced Protection Systems’ products are already fully integrated today with combat-proven kinetic effectors from reputable partners.
Frankenburg Technologies, an Estonian manufacturer of next-generation C-UAS effectors, is a pioneer in affordable, mass-producible interceptor missiles designed to neutralize drones. Their solutions offer an effective and scalable response to the rapidly increasing threat posed
by unmanned aerial systems, particularly in the context of the Russia-Ukraine war.
The collaboration between the two companies will include:
Integration of Frankenburg’s missile systems with APS’s radar and counter-drone platforms,
Planning, preparation, and execution of joint C-UAS system tests.
Exchange of technical knowledge.
Joint implementation of projects funded by national and international sources.
Joint participation in public demonstrations, conferences, and industry events.
Joint offering of integrated C-UAS solutions across NATO and allied markets.
“Modern threats from new-generation unmanned aerial systems, as well as their mass deployment in military conflicts, require C-UAS manufacturers to develop an increasing number of kinetic effectors whose cost does not significantly exceed that of the attacking systems. For this reason, we intend to integrate into our systems a cost-effective kinetic effector that Frankenburg is now introducing to the market. Partnering with APS, whose radars and SKYctrl systems are already proven in combat, enables us to further demonstrate Frankenburg’s interceptor missiles as part of complete, layered counter-drone solutions for NATO allies. Our missiles are designed from the ground
up to defeat drones — fast, lightweight, solid rocket-fuelled, and engineered for mass production to keep intercept costs low. Together, we are taking a step toward building a European shield against drone threats, rooted in close cooperation between innovative NATO defence companies” said Kusti Salm, CEO of Frankenburg Technologies.This agreement marks another step toward building a European integrated air defense system against drone threats — founded on close cooperation between the defense industry and innovative technologies from NATO member states.
02 Sep 25. HENSOLDT will present its latest technological advancements at DSEI 2025. One of HENSOLDT’s core competencies is the active and passive detection of threats and the protection of platforms and their users. In this context, software-defined defence plays a crucial role. The TRML-4D air defence radar will be on exhibit at DSEI. It is based on the latest AESA (Active Electronically Scanned Array) radar technology and ensures the rapid detection and tracking of around 1,500 targets within a radius of up to 250 kilometres. It is capable of quickly and reliably detecting and tracking all types of air targets – cruise missiles, rockets, drones and aircraft – and classifying them for engagement. The SPEXER radar family will also be on show. It offers high-performance surveillance radars for various ranges for automatic detection and classification of ground, sea and low-flying air targets.
In the land domain, HENSOLDT will showcase its advanced solutions for armoured vehicles with the “Multi Utility Vehicle” (MUV), including innovative optronic systems such as MUSS (Multifunctional Self-Defence System) and SETAS (See Through Armour System). The solution Ceretron by HENSOLDT combines sensors, fuses their data streams, evaluates and processes them in seconds and provides an AI-supported operational picture to the crew, thus enabling them to make smarter decisions even faster.
The key to successful military operations lies in accurate reconnaissance, effective targeting, and precise engagement. For this, HENSOLDT presents TAROSS; its Target Acquisition & Reconnaissance Optronical Sighting System. With its modern hardware and software architecture, TAROSS is giving a glimpse into the future of connectivity and software-defined defence by supporting our troops in the sensor-to-shooter cycle. TAROSS is a modular, scalable solution, that is designed for use on remote-controlled weapons stations, medium calibre turrets, light reconnaissance vehicles, and UGVs. In addition to its high-performance optical sensors and its AI-supported software for detection and tracking, it offers a direct interface to Ceretron and can be easily integrated into existing and upcoming vehicle and weapon systems.
In addition, the Persistent German Airborne Surveillance System (PEGASUS) will be on display. HENSOLDT was awarded the contract to supply an airborne system for electronic signals intelligence on board of three Bombardier jets based on its “Kalætron Integral” system, which collects and analyses signals from radar and radio systems. Led by HENSOLDT for the German armed forces, the SIGINT system will be integrated on the Bombardier Global 6000 aircraft, the optimal platform to complete these critical missions. Visit HENSOLDT at DSEI 2025: Stand S8-230
02 Sep 25. Distance Technologies™ – the leading developer of glasses-free Mixed Reality enhanced with contextual AI and designed for integration into the eyeline of state-of-the-art defence vehicles – today announced the latest in a slew of recent design wins in 2025 with acclaimed British manufacturer Supacat Ltd (Dunkeswell, Devon, England), a part of the SC Group. Specifically, Distance is integrating its unique JetFighter HUD™ XR visualization technology directly into the drivers line-of-sight of the renowned Supacat High Mobility Transporter (HMT) ground platform. This finally enables an aerospace-grade HUD (Heads Up Display) running on four wheels. The strategic collaboration between Distance and Supacat brings next-generation situational awareness of the vehicle and the battlefield to the HMT for the first time, integrating directly with the driver’s field of view. This achieves a specific goal of driver/crew safety under adverse battlefield and training conditions. The enhanced driver vision functionality is seen directly through the windshield, with no goggles or eyepieces required. Hyper-spectral sensor fusion enables the windshield to display not only the visible light spectrum, but also the infrared and thermal wavelengths. This enables easy detection of thermal signatures in front of the vehicle to achieve superior crew safety and survivability, extending protection and situational awareness to dismounted soldiers. The system works both day and night, compatible with night vision goggles and without creating dangerous light emissions.
The combination of Distance, Supacat (also integrating the Ultra PCS Generic Vehicle Architecture (GVA) system UltraEAK) grants land drivers the same tactical superiority that jet pilots have enjoyed for decades.
By eliminating distractions in combat and removing the need to look at secondary displays, eyes stay on-road and on-mission. This next-generation HUD visualization solution brings a new way to enable rapid, heads-up access to critical data without compromising driver/operator situational awareness. A demonstration of the world-first integration of Distance with Supacat’s HMT will be showcased at DSEI UK 2025 in London from 9-12 September. A high-brightness heads-up display will present inclinometer, vehicle, thermal sensor and C2 data in the most natural place for the driver – right in front of their own eyes. The data feed will be sourced in real-time from Ultra PCS’ GVA systems – all of this will be available for live demonstrations at DSEI.
“As soon as Supacat was introduced to the advanced Heads-Up Displays (HUDs) created by Distance Technologies there was clear utility for our end users,” said Phil Applegarth, Director, Head of Supacat. “This innovative technical breakthrough enables HMT customers to take advantage of an entirely new class of advanced Heads-Up Displays (HUDs). The see-through windshield HUD system provides immersive perception enhancement for mobility, navigation and targeting of enemy assets in low-light as well as complex situational environments, such as smoke-filled battlefields and tactical night reconnaissance. This enables us to offer our platform operators the ability to remain focused without the fatigue experienced when using Night Vision Devices. For DSEi, the platform demonstrates the versatility of the HUD with a visual inclinometer to ensure the operator is not outmatched by the capability of the HMT combining high fidelity, depth perception and sensor fusion.”
“Continuing our accelerated development efforts in the defence market means that we have – In record time – progressed from initial concept to actually delivering the world’s first adaptation of an aerospace-grade “JetFighter HUD” in a high-mobility ground platform,” said Urho Konttori, co-founder and CEO of Distance Technologies. “We are enabling operators to access critical inclinometer and mission data directly in their line of sight — enhancing safety, speed of decision-making, and overall mission survivability & lethality. This achievement reflects Supacat’s visionary approach – their ability to move at the ‘speed of need’, and their commitment to embracing deep, next-generation technologies.”
About Distance Technologies:
Distance Technologies Ltd (Helsinki) is Europe’s counterpart to the new wave of defence and dual-use technology platforms focused on delivering superhuman perception. We build the world’s most advanced computational optics, AI-driven lightfield systems and visual AI for defence, automotive, and aerospace use cases.
Our technology turns periscopes, windshields, helmet mounts, or even handheld devices into a transparent mixed-reality sensor that fuses hyperspectral/multispectral data, thermal imagery, and 3D lightfields into a single infinite-depth HUD – merging mission-critical data seamlessly with the real world. The result: enhanced safety, faster situational awareness, decisive action, greater survivability and superior maneuverability in any environment. Designed to meet the highest standards of European sovereignty and operational safety, Distance delivers the perception layer that goes the distance —on the battlefield and in everyday usage alike. Learn more at https://distance.tech.
02 Sep 25. SMARTSHOOTER, a world-class designer, developer, and manufacturer of innovative fire control systems, is introducing a new configuration of its combat-proven SMASH 3000: adaptation onto a Heavy Machine Gun (HMG). The new solution will be presented for the first time at the DSEI 2025 exhibition in London.
This milestone follows SMARTSHOOTER’s successful participation in Project VANAHEIM/FLYTRAP, a UK-US collaborative effort to expedite the adoption of advanced Counter-small Unmanned Aircraft System (C-sUAS) technologies into generalist combat units, offering practical, field-based, realistic operational scenarios to assess kinetic interception.
During the latest VANAHEIM trial, SMASH fire control systems were employed in handheld, vehicle-mounted, and remotely operated configurations. Notably, the SMASH 3000 was mounted for the first time on a Heavy Machine Gun, along with the SMASH HOPPER Light Remotely Controlled Weapon Station mounted on a reconnaissance vehicle. SMARTSHOOTER successfully engaged UAS targets at ranges up to 400 meters.
SMASH systems were further evaluated for their network built-in connectivity. Fully compatible with Android Tactical Assault Kit (ATAK), SMASH demonstrated seamless integration of SMASH 3000 through an ATAK plugin with a battlefield management system (BMS), enabling the transfer of target data from the BMS to SMASH 3000 while empowering the shooter with simple yet powerful Situational Awareness (SA) capabilities for coordinated target engagement.
Michal Mor, CEO of SMARTSHOOTER, stated: “Project VANAHEIM provided a valuable opportunity to evaluate our systems in a modern complex battlefield environment for generalist combat units. The extension of the SMASH Fire Control Systems into new configurations, including HMG and vehicle-mounted configurations, reflects our continued focus on delivering adaptable, effective solutions for evolving threats. At DSEI, we are proud to present these advancements, which build on the operational experience gained with SMASH systems already in service with the UK, US, and numerous other NATO forces.”
Deployed by leading militaries worldwide, SMARTSHOOTER’s SMASH fire control systems have proven their value in diverse operational environments. Continuously developed to meet new challenges, the SMASH family furnishes dismounted and mounted combatants with enhanced precision, situational awareness, and combat effectiveness.
Visit SMARTSHOOTER at DSEI 2025, Booth #N11 – 120
02 Sep 25. Cambridge Aerospace to unveil Skyhammer and Starhammer at DSEI 2025. Cambridge Aerospace is set to unveil their cutting-edge flagship products, delivering powerful, cost-effective, and scalable intercept solutions that will revolutionise the way the Armed Forces dominate the skies. Cambridge Aerospace is a fully sovereign British high-technology company which aims to eliminate the risk of missile strikes on NATO and its allies. Their products, Skyhammer, a low-cost, rapidly scalable, interceptor for cruise missiles and large drones, and Starhammer, an interceptor for higher speed and value targets, will be on display for the first time at stand S1-220.
Steven Barrett, CEO of Cambridge Aerospace, said: “I am delighted that Cambridge Aerospace will be attending its first ever DSEI this year. We have evolved rapidly since our founding in late 2024, going from conception to testing in under two months.
Both Skyhammer and Starhammer have been designed and developed in the UK to bolster our national defence capabilities and equip the Armed Forces with rapid, reliable, and cost-effective intercept solutions. At our stand we will also be able to discuss our most recent product: Nightstar, our Solid Rocket Motor with fully sovereign production and supply chains.”
Skyhammer
• This counter-uncrewed aerial system has been in testing since early 2025 and utilises Cambridge Aerospace’s proprietary information and own supply chains to bring down costs and increase long-term supply chain resilience.
• Skyhammer has a range of up to 30km and a speed of up to 700 KM/H.
• The platform is tube stored and launched allowing it to be both easily manoeuvred, while simultaneously can be positioned long term in strategically vital locations and deployed within seconds to counter any incoming threats.
Starhammer
• The next product from Cambridge Aerospace Starhammer is a high-speed interceptor to counter aerial threats from higher value targets.
• Starhammer is capable of detecting and destroying higher value and speed targets, still at a fraction of traditional price points and tube launched for ease of deployment.
Nightstar
• Fully sovereign-built solid rocket motor, strengthening the UK’s industrial capability and resilience across the UK and European defence industry.
• Providing a cost-effective solution to protracted supply chains with sovereign scale manufacturing.
About Cambridge Aerospace
Founded in late 2024, Cambridge Aerospace is a high-technology company which aims to eliminate the risk of missile strikes on NATO and its Allies. The company is creating a range of interceptors to counter the threat of cruise missiles, ballistic missiles, and hypersonic weapons. The first platform, Skyhammer, launched in early 2025 to provide a low-cost, rapidly scalable, interceptor for cruise missiles and large drones.
28 Aug 25. VITEC, a leader in Intelligence, Surveillance and Reconnaissance (ISR) video streaming solutions, will present its latest innovations at DSEI UK 2025, ExCel London, 9-12 September 2025. Visitors to stand S8-122 will experience the latest tactical video technologies, including the new VITEC Fx4 Series and VSN-Series video wall solutions. Also on show will be VITEC’s PRISM Transcoder, the TOUGH encoder family and the MGW Diamond-H, all designed to meet the demands of the most challenging military and defense applications.
“At DSEI, we are showcasing scalable and reliable technologies that deliver operational flexibility and reliability in ISR video streaming, from video ingest to command and control centre solutions,” says Mark Rushton, Global Defense and Security Lead at VITEC. “Our solutions ensure secure, low-latency delivery of mission-critical video in any environment, and are able to grow as needs evolve.
On show for the first time at DSEI UK is VITEC’s new Fx4 Series Video Wall Controllers, delivering mission-critical visualisation for command and control environments. Designed for maximum flexibiliy, the stand-alone 4K controllers support HDMI, DisplayPort, and SDI inputs/outputs, and can be interconnected to drive video walls of any scale. With powerful processing, ultra-high quality video performance, and intuitive configuration, the Fx4 Series enables operators to achieve clear, dynamic situational awareness in even the most demanding defence and security applications.
A further addition to VITEC’s offering DSEI UK is the VSN-Series, VITEC’s advanced, high-performance video wall control solution. Designed to accommodate a wide spectrum of video wall requirements, the VSN Series offers a contemporary, compact solution for managing multi-output video walls, featuring robust, high-density, rack-mounted controllers engineered to meet the demands of complex video wall configurations.
VITEC’s PRISM Transcoder will be present on the booth, as VITEC’s high-performance, real-time IP video transcoding system. The transcoder is capable of converting both live streams and media files into multiple broadcast-quality H.264 or HEVC outputs using pre-processing tools. It supports a wide array of streaming protocols, offers in-built redundancy and high availability, and preserves critial ISR metadata.
VITEC’s DSEI UK line-up is rounded out with the MGW Pico+ TOUGH, the smallest and most power-efficient HEVC/H.264 HD/SD encoder under 400g, delivering high-quality video at low bitrates, and the MGW Diamond TOUGH, a quad-channel HEVC/H.264 encoder with HDR support for low-latency, multi-channel streaming ideal for ISR missions. Also showcased is the compact MGW Diamond-H, a versatile 4K and dual-channel HDMI encoder for real-time ISR video streaming over RF or satellite links, offering screen sharing, advanced stream protection (Zixi, SRT, RIST, Pro-MPEG), and PoE for rapid deployment in dynamic environments. The added optionnal recording feature allows to never loose content or record mission for later analysis.
Visit VITEC at Stand S8-122 at DSEI UK 2025 to learn more. For more information on VITEC’s full product range, visit www.vitec.com
28 Aug 25. MilDef to Showcase Rugged Displays & Vehicle Electronics at DSEI 2025. MilDef will present its latest rugged displays and vehicle electronics at DSEI 2025 in London, Booth N7-130, highlighting NATO interoperability and scalable architectures for future battlefield digitalization. MilDef will present the next generation of systems for a digitalized, data-driven defense at DSEI 2025 in London, September 9–12, with a focus on increased efficiency and connectivity, NATO interoperability, and future-proof technology.
Among a wide range of rugged computers, servers, network products, tablets, displays, and specialized electronics for battlefield digitalization, MilDef will showcase the next generation of rugged displays and vehicle electronics based on GVA standards and video-over-Ethernet technology.
MilDef’s solutions provide real-time data sharing, enhanced crew safety, and future-proof, modular upgrades for superior operational efficiency in the harshest environments. From NVIS-compatible displays to integrated sensor systems, MilDef will highlight how connected, scalable architectures are shaping the future of military vehicles.
DSEI 2025 is expected to be the largest edition in the event’s 25-year history, bringing together approximately 1,600 exhibitors and 50,000 visitors. The exhibition will emphasize the importance of integrating the operational domains of air, land, sea, space, cyber, and electromagnetic defense capabilities.
Fredrik Persson, CTO and Vice President of MilDef Group, commented, “At DSEI, MilDef is at the forefront of helping armed forces stay connected, protected, and mission-ready. We are showcasing the latest in technology development for greater interoperability, modernization, and mission-critical support – when and where the stakes are the highest. Never before have we presented such a complete spectrum of end-to-end solutions for the data-driven defense, enabling our customers to digitalize critical information flows in challenging environments.”
Visit MilDef at Booth N7-130 during DSEI 2025, September 9–12, ExCeL Convention Center, London. (Source: https://www.defenseadvancement.com/)
28 Aug 25. Saab reveals new Counter-UAS missile Nimbrix. Saab has revealed Nimbrix, its first ever dedicated Counter-Unmanned Aerial System (C-UAS) missile. The missile is developed to counter the increasing threat from small drones on the battlefield.
The fire-and-forget missile is being rapidly developed at Saab with the aim to deliver a system featuring a target seeker, a hard-kill warhead, and a small footprint – all at a low cost. The range will be up to 5 km with an active seeker to track its target. Its warhead can effectively engage and defeat UAS swarms using an air-burst mode.
“Nimbrix is our answer to the unmanned aerial threats which have escalated in the last few years. It is cost-effective which is critical given the proliferation of UASs on the battlefield. Nimbrix benefits from our long experience of air defence, together with an agile way of responding to new needs,” says Stefan Öberg, head of Saab’s business unit Missile Systems.
The missile operates as a ground-based system and can be operated independently or as part of a larger air defence system. With flexible mounting options to fit different customer requirements, Nimbrix can be mounted on various vehicles or in fixed configurations. The cost-effective nature of the missile contributes to maximising deployed numbers to generate sufficient air defence coverage.
Customer discussions are ongoing and Saab aims for first deliveries in 2026. Nimbrix will be showcased during DSEI in London, UK from 9-12 September 2025, at the Saab stand, N9-105.
27 Aug 25. Aimpoint®, the originator of the red dot sight, proudly announces the launch of the AIMPOINT DUTY RDS MR, the company’s first sight featuring a selectable Multi-Reticle (MR) system.
Designed for users who demand adaptability without compromise, the DUTY RDS MR offers three reticle options – a 2 MOA dot, a 65 MOA circle, or both combined – in a compact and rugged platform trusted by professionals worldwide.
“With the DUTY RDS MR, we are expanding the AIMPOINT legacy by combining our proven design principles with new flexibility,” says Albert Rödfalk, senior product manager at Aimpoint AB. “It’s a robust solution built to meet the real-world needs of professionals.”
Built for law enforcement, professional users and competitive shooters, the DUTY RDS MR features instant-on motion activation, a side-loading battery compartment, and a pressure forged aluminum housing that is submersible to 25 meters (80 ft.) and engineered to endure shock, vibration, and extreme temperatures.
Key features include:
• Multi-Reticle System: Toggle between dot, circle, or both for rapid acquisition and precision aiming
• Motion Activation: Enters sleep mode after two hours of inactivity – instantly powers on with movement
• Mission-Ready Durability: Waterproof to 25 m, shock- and vibration resistant
• Daylight & Night Vision Compatible: 12 brightness settings, including 4 for NVD
• 3-Year Battery Life with setting 7. Powered by a single CR2032 battery
With this launch, AIMPOINT reinforces its position as the trusted choice for
professionals who operate where reliability and performance are nonnegotiable.
27 Aug 25. Blighter (www.blighter.com), a pioneering designer and manufacturer of ground-based smart electronic-scanning micro-Doppler radars, is showcasing new developments to its border surveillance and coastal security radars, and its AI-assisted BlighterNexus software at this year’s DSEI Defence and Security show. DSEI takes place at the ExCel Centre in London, September 9-12, 2025. Blighter will be on stand number N6-166.
Following a record £25m order book in the last financial year, Blighter is continuing to consolidate its leadership in border surveillance and coastal security by focusing on product innovation to support its defence customers and systems integrator partners.
James Long, CEO at Blighter, says, “It’s been a terrific year for the company having achieved a record order book and recently celebrating ten years since the spin out from our parent company, Plextek. We will continue to put our defence customers and integrators first by making it ever more straightforward and cost-effective for them to buy, deploy and integrate our radars.”
In 2025, Blighter has further strengthened the business case for its low power advanced e-scan radars with a trio of enhancements – new levels of adaptiveness to the environment in its coastal security radars, extending the range of its border surveillance radars, and using artificial intelligence (AI) to transform radar to command and control (C2) system integration.
First, the launch of the BlighterNexus AI-assisted connectivity and processing hub has drastically reduced the training and operational burden on systems integrators seeking to incorporate Blighter’s smart/cognitive ITAR-free 2D, 3D and 4D radars into their C2 systems. Estimated cost savings of up to 20 percent can be achieved by customers and integrators using the AI-assisted software to automate setup, configuration, and adjustment of multiple radars to deliver optimum performance even in changing weather conditions.
Second, Blighter’s new B422 long-range border surveillance radar has been enhanced to now detect a person at 15km with just 4 Watts of power. This extended range from 8km to 15km, without the need for additional power, means earlier interception of intruders and significant cost savings for border control operators with fewer radars needed due to the three-fold increase of the radar’s coverage.
Third, Blighter’s engineers have also been working on a government/industry coastal surveillance project. This has resulted in significant improvements to the adaptiveness of the Blighter C400 coastal security radar. Through fine tuning of the electronic scanning beam and the micro-Doppler tracking function, the radar can now automatically and dynamically adapt to the prevailing environmental conditions. This will not only make the coastal radar more effective, but it will also reduce the training and operational burden on customers.
The Blighter C400 radar will be featured on development partner Kirintec’s stand. Kirintec is owned by BAE Systems and specialises in Cyber and Electromagnetic Activities (CEMA), Counter-IED and Counter-UAS technology.
“We are looking forward to DSEI and welcoming a host of overseas delegations to our stand, showcasing new technology, discussing collaborative partnerships, and demonstrating how we are responding to the future needs of our defence partners,” says James Long.
Blighter’s ITAR-free smart radars with AI-assisted software deliver up to 360-degrees of pure electronic scanning coverage and are field proven to work 24 hours a day, 365 days a year, in all weather conditions, detecting, tracking, and identifying any human, vehicle/vessel and near ground aerial threats.
Blighter radars are trusted by the UK Ministry of Defence for forward operating base (FOB) protection, the South Korean Army for border surveillance along the Demilitarised Zone (DMZ), by the United States Air Force for drone detection, and by several Five Eyes/NATO customers for deployment on their mobile surveillance and armoured vehicles.
Blighter introduced the world’s first, non-rotating, solid-state, electronic-scanning, micro-Doppler ground radar in 2003. Today, the product portfolio covers the three domains of land, sea, and air with the B400, C400, A400 and A800 family of ground-based radars. The radars’ modular design enables the technology to be deployed on towers and vehicles, and as dismounted portable systems on tripods.
The Blighter radar’s patented, compact design and low-power electronic scanning and frequency-modulated continuous-wave (FMCW) technologies contains no moving parts. This ensures ease of installation and ultra-reliable operation with minimal maintenance even in the harshest conditions. The Blighter team will be on stand number N6-166 at this year’s DSEI Defence and Security show. For more information about Blighter’s range of electronic scanning radars, please visit www.blighter.com, telephone +44 1223 491122 or email .
27 Aug 25. Sentinel Photonics, a leading innovator in laser detection and protection technologies, today announces ECHO and LASERD® MAX, two new laser detection capabilities designed to expose covert threats and give operators a critical edge in laser-contested environments. Both will be shown for the first time at DSEI, Excel London, 9 – 12 September 2025, Stand N5-260.
“Laser threats are evolving fast, creating serious multi-domain risks that traditional defences can’t keep up with,” says Jackson White, Head of Commercial at Sentinel Photonics. “Our new products are built to detect those threats early and help save lives. ECHO reveals surveillance optics that others are trying to hide, quickly and safely. LASERD MAX goes beyond detection. It gives operators real-time laser intelligence they can act on to enhance their survivability .”
ECHO: Handheld retro-reflective detection for covert optics
ECHO is a rugged handheld laser detection system that exposes concealed, hostile optics, specifically magnified optics of any kind. Designed for military, law enforcement and high-security operations, ECHO can detect optics at distances of up to 3km, even under harsh environmental conditions with speed and precision.
ECHO uses advanced retro-reflection to uncover surveillance threats that conventional imaging systems miss. It operates across the wide spectrum, allowing operators to identify concealed optics without compromising their own position, giving them the edge in surveillance, counter-surveillance, VIP protection, sniper scope detection, and border operations, whilst remaining eyes safe.
ECHO at a glance:
• Handheld retro-reflective detection of optics: Gives the ability to identify advisee’s covert and low-profile optics
• Operates across a wide band: Operates in the VIS, NIR and SWIR bands
• Long-range capability: 50m to 3km detection range
• Covert and Secure: Low visibility to NV and low-light cameras
• Eye safe operation: Can be used with no or very little training whilst being completely Eye safe
• Visual intel on demand: Onboard screen, video capture, and sharing
LASERD® MAX: A new era of laser intelligence and threat detection
Sentinel also officially releases LASERD® MAX, its advanced Laser Intelligence (LasINT) system that gives operators real-time situational awareness of unknown laser threats.
Designed for high-tempo, high-threat operations, LASERD® MAX delivers persistent, autonomous laser detection up to 10km across the visible and non-visible laser spectrum. It enables users to passively map, log, and analyse laser activity in real time, even in complex or contested EW environments.
Threat types include LDEWs, rangefinders, beamriders, LIDAR, covert illuminators, and more. With a compact footprint and multiple camouflage options, LASERD® MAX is field-ready for land, sea, and air platforms.
LASERD MAX at a glance:
• Autonomous passive scanning: Real-time spectral analysis of the battlespace with auto-updating threat parameters
• Simultaneous multi-threat tracking: Parallel detection of military-grade and commercial laser sources across wide-area coverage, with a 10km-range
• High-fidelity capture engine: Captures transient, low-signature laser events using class-leading photodetectors with high pulse sensitivity (10pJcm²)
• LasINT data architecture: Builds a bespoke laser threat library to inform strategic and tactical responses and integrates seamlessly with C4ISR ecosystems
• Remote and standalone deployment: Fully networkable via secure protocols or operable independently in the field.
ECHO is available now.
LASERD MAX available now.
ECHO and LASERD MAX will be demonstrated for the first time at DSEI, Excel London, 9 – 12 September 2025, Stand N5-260. For more information visit www.sentinelphotonics.co.uk.
21 Aug 25. G&H Brings AI Vision & Laser Threat Detection to DSEI 2025.
G&H Brings AI Vision & Laser Threat Detection to DSEI 2025
September 2025 – London, UK.
G&H (LON:GHH), Gooch & Housego, a global leader in optics and photonics technology, will present its broadened defence solutions portfolio at DSEI 2025.
Since the last DSEI, G&H has strengthened its position in the defence and aerospace sectors through the strategic acquisitions of UK-based Phoenix Optical Technologies and US-based Global Photonics. This expansion increases G&H’s high-precision optics manufacturing capacity and coating capabilities, enabling the delivery of more complex, integrated solutions for mission-critical applications worldwide.
Featured Technologies at DSEI 2025
Embedded Image Periscope (EIP) with Overview Ltd PodView™ 2500
The latest G&H EIP integrates an FHD electronic display with custom relaxed-view biocular optics, enabling operators to seamlessly switch between direct optical and indirect display views – all in an optimised size, weight, and power (SWaP) package with ergonomic controls.
Paired with the PodView 2500 – a rugged, AI-enabled, 360° continuous pan/tilt vision system featuring a 30× zoom low-light HD camera, high-sensitivity LWIR thermal imager, and NVIDIA Jetson Xavier AGX real-time analytics – the suite delivers unmatched day/night situational awareness for armoured fighting vehicles (AFVs).
G&H Periscope with Sentinel Embedded Laser Detection
In collaboration with Sentinel Photonics, G&H has integrated Sentinel’s proprietary laser detection technology into vehicle periscopes. The Sentinel-equipped periscope incorporates light-sensing elements and advanced signal processing to provide rapid alerts to laser radiation used in military environments – helping crews detect threats such as laser rangefinders, designators, and dazzlers.
The compact, efficient design requires only a standard vehicle voltage power feed and operates at an exceptionally low power level of just 2 watts. Suitable for both new and legacy vehicles, it installs with minimal modifications to the vehicle interface. For enhanced protection, the system can be integrated with other onboard systems to trigger countermeasures or weapon systems. Almost all existing and new periscopes from G&H | Kent can be supplied with integrated Sentinel laser detection, preserving the original periscope space envelope and requiring no changes beyond the power feed connection.
FROST Laser Protection Filters for Riflescopes
In partnership with Sentinel Photonics, G&H | Artemis have developed these innovative optical filters to protect operators from increasingly prevalent battlefield laser threats – from spotters and rangefinders to illuminators and countermeasure systems – without compromising visual clarity or tactical advantage. Mounted on riflescope objective lenses, they prevent laser dazzling or blinding, ensuring optical performance even in laser-intensive environments. Built to military-grade standards, they are rugged, durable, and compatible with a wide range of riflescope models.
Precision Microlithographic Reticles (NEW G&H capability)
The acquisition of Global Photonics brings G&H a new, high-precision reticle manufacturing capability. These microlithographic reticles are fabricated to tolerances as tight as ±0.002 mm in cleanroom environments to eliminate dust artifacts and preserve image clarity. Designed to sit at the eyepiece’s focal plane without altering focal length or introducing distortion, they can be produced in etched, metallic line, or custom patterns. Advanced coating options – including anti-reflective, waterproof, oleophobic, and anti-glare – further enhance performance and can be tailored to meet exact mission requirements.
Comprehensive Defence Optics Portfolio
In addition to the components and systems named above, G&H will display a wide range of mission-ready optics, including:
• AFV periscopes and sighting systems
• Optical coatings and filters for laser protection
• Precision optics for avionics and Laser Directed Energy Weapons (LDEW)
• Lens assemblies for Intelligence, Surveillance, and Reconnaissance (ISR) systems
Commitment to the Defence Community
“DSEI is the ideal platform to demonstrate how G&H’s expanded capabilities and strategic partnerships enable us to deliver complete optical solutions that meet the evolving demands of modern defence,” said Jamie Pindard, Executive Vice President of Optical Systems at G&H. “From advanced vehicle vision systems to innovative laser protection and precision targeting technologies, our solutions are designed to protect personnel, enhance situational awareness, and ensure mission success.”
To learn more, visit G&H at DSEI 2025, Hall N4, Booth #240, or request to schedule a meeting with one of our optical experts. (Source: Google/https://optics.org/)
12 Aug 25. Dedrone by Axon Takes Flight in Project VANAHEIM. Battlefield innovation is taking place at unprecedented speed. Military and government leaders recognise they must act quickly to counter new, unprecedented threats. For these reasons, it has become impossible to test solutions in a lab or to spend months on costly RFPs or product iterations. The pace of modern military innovation requires counter-drone technologies to be demonstrated in the field — under pressure, in real conditions, with no room for error.
It is this awareness that gave Project VANAHEIM its start. A joint initiative between the British and US Army, VANAHEIM is a rapid procurement program designed to put promising Counter Uncrewed Aircraft Systems (C-UAS) technologies through their paces in real-world operational environments. The project’s Request for Information drew significant interest from the counter-drone community, and Dedrone by Axon was amongst a few invited to prove our tech in the field.
The purpose of Project VANAHEIM
VANAHEIM’s mission is clear: to evaluate how well different systems can detect, track, identify, and defeat Class 1 UAS threats, including FPV drones, in the kind of challenging conditions soldiers actually face. This isn’t “best case scenario”environment testing. This requires proving capabilities under extreme heat, heavy storms, rough terrain or any other challenge commonly encountered on the battlefield.
In June 2025, Dedrone by Axon joined VANAHEIM 3.0 in Germany with our Dedrone OnTheMove (OTM) system, a passive, vehicle-mounted RF solution.
When the dust settled, DedroneOTM was the only vehicle-mounted RF system to detect all known drone threats in the event. That result didn’t just speak to our detection accuracy, it showed how our platform-agnostic, open-architecture approach integrates seamlessly with both TAK and SAPIENT systems, giving operators on both sides of the Atlantic real-time situational awareness and enabling faster, more coordinated responses across joint operations.
By aligning with standards like SAPIENT, Dedrone is helping lay the foundation for multinational C-UAS collaboration at scale. As SAPIENT continues its ratification process within NATO, it opens the door for other NATO member nations to access and act on Dedrone’s DTI (detect, track, identify) data in real time. Built to scale across coalition partners, DedroneOTM offers a common operational picture and faster threat response across the alliance.
Poland: Raising the Stakes
Our showing in Germany resulted in an invite to VANAHEIM 4.0 in Poland, where we had the opportunity to prove our technology in tougher environments, with higher temperatures, sudden storms, and even more demanding terrain.
Through it all, DedroneOTM hardware and software never faltered. No performance loss. No downtime. Just continuous detection and tracking, giving soldiers an operational edge they could count on.
Project VANAHEIM offers a glimpse into the future of collaborative defence innovation. By bringing together the UK, US, and other partners in a shared testing environment, it accelerates how quickly effective solutions get into the hands of those who need them most and it allows us to demonstrate that our technology isn’t just cutting-edge, it’s combat-ready.
Learn more at DSEI 2025
Come see DedroneOTM in action September 9-12 at DSEI 2025 in London, mounted on vehicles like the Thales Bushmaster, Supacat HMT, and Polaris MRZR. Dedrone also offers a range of additional C-UAS solutions, including FixedSite, Portable, and Tactical systems, as well as the DedroneDefender, a new handheld smart RF jammer. We work closely with our defence partners to support the procurement and deployment of scalable C-UAS solutions.
To schedule a meeting during DSEI, or learn more about our C-UAS solutions, contact our team today.
28 Aug 25. Visit N-Vision Optics at DSEI to get hands-on with our newest products, including the latest additions to our night vision and thermal imaging lineup. Our products are designed to meet the evolving needs of today’s special operations forces—engineered, built, and tested in the USA. Visit us at the US Pavilion, Booth S5-175 to see the latest innovations in person and speak directly with our team.
NEW PRODUCTS
THERMAL CLIP-ON WEAPON SIGHT
The true novelty of the N-Vision Optics THERMAL CLIP-ON Family of Weapon Sights comes from a combination of the extremely high display resolution (2K), sub 4µm display pixel pitch, integration of ballistic calculator, and disturbed reticle. This combination allows the use of the N-Vision Optics thermal clip-on and its advanced ballistic calculator features with long-range high-magnification day sights. The ballistics-related information is clearly visible to the user, even at the highest day-optics magnification settings. The ballistic calculator can exchange information with external LRF and a variety of weather meters using Applied Ballistics (Kestrel) and Ballistic Edition Garmin devices.
BNVD-40 NIGHT VISION BINOCULAR
The N-Vision Optics BNVD-40 is a rugged, lightweight, high-performance night vision system designed for military, law enforcement, and civilian applications. Engineered for versatility and durability, the BNVD-40 delivers advanced imaging capabilities in a compact, ergonomic design. It features adjustable diopters and manual gain control, allowing users to tailor image clarity and brightness to mission-specific needs in varying environments. The binoculars incorporate individually articulating monoculars, providing flexibility for low-profile helmet stowage or single-eye monocular use, enhancing adaptability in dynamic situations. An integrated infrared illuminator ensures effective vision in complete darkness without the need for external light sources. Additionally, interpupillary distance (IPD) adjustable stops allow users to lock the monoculars in place consistently for ease of use and quick deployment.
STAND S5-175
06 Aug 25. EOS secures order for High Energy Laser Weapon System for counter-drone warfare. Electro Optic Systems Holdings Limited (“EOS”) (ASX: EOS) has secured an order for a drone defence capability using a new 100kW high energy laser technology. EOS is already a global leader in counter-drone capability using traditional kinetic weapons to bring down drones. The new high energy laser builds on these core competencies and substantially extends them.
The order is valued at €71.4 m (approximately A$125 m) and was placed by a European NATO Member State. It requires production and delivery of capability, as well as spare parts, training andocumentation. The world-first export order will be fulfilled during 2025-2028 by EOS in Singapore. The laser system has undergone testing in close collaboration with customers. The system is mobile, for deployment on a truck. To ensure high performance, the system is supplied with algorithms, threat detection, target acquisition and beam locking systems. The system will be integrated into a multi-layered air defence system as part of the project.
EOS has created this new high energy laser capability to address the critical market need to defend against drone swarm attacks at an economical cost.
Dr Andreas Schwer, Chief Executive Officer at EOS, said: “In a world of geopolitical uncertainty and ongoing regional tensions, the ability to swiftly and accurately detect, track and defeat drones is paramount. This is the world’s first export order for a 100-kilowatt class laser defence system. The order follows extensive and ongoing marketing, sales and customer demonstration activity by the EOS team. Our new world-leading laser weapon system has the ability to engage targets instantly. The laser hits the target at the speed of light, unlike a bullet which can take a second or two to get there. The system is very accurate and has a very low cost-per-shot – less than 10 cents per shot. The high power level of this system means it can shoot down more drones faster. The system has been designed to shoot down 20 drones per minute.”
The EOS team will be at the DSEI 2025 Defence Exhibition & Trade Show at ExCeL London, from 9-12 September. Our experts will be available to discuss our new high energy laser capability and how layered counter-drone solutions, with multiple types of weapon, are essential to counter rapidly evolving battlefield threats.
08 Aug 25. Wallwork Group Showcases Advanced Thermal Processing Capabilities for Defence at DSEI 2025 – Stand S2-165. Wallwork Group, one of Europe’s largest and most advanced thermal processing companies, will be exhibiting at DSEI 2025 (Defence and Security Equipment International) on Stand S2-165, bringing their full spectrum of extensive services to the global defence and security audience. With over 66 years of experience in heat treatment innovation, Wallwork is the one-stop-shop for aerospace and defence manufacturers seeking high-performance thermal processes. Across four strategically located UK sites, the company offers heat treatment, hot isostatic pressing (HIP), vacuum brazing, and precision-applied ultra-hard coatings. These are critical in enhancing the strength, performance and longevity of mission-critical components. Hot Isostatic Pressing will be the highlight of the stand. Due to demand from customers across Europe and beyond, the company brought forward a £10m investment in a second Quintus Technologies hot isostatic press. Making £20m invested since 2023 in HIP alone. The company has also expanded other core services across the group. The additional HIP will be operational soon and provides greater capacity and flexibility in component loading.
Fully ITAR compliant and holding Nadcap, EN9100, and multiple aerospace prime approvals, Wallwork is a trusted partner to global defence OEMs and tier suppliers. Their rigorous quality systems and technical excellence ensure compliance with the most demanding defence standards. Wallwork treats components used in programmes across all military spheres – air force, land army and naval applications – supporting everything from engines to structural parts and specialist discrete components.
“We understand the precision and reliability our defence clients demand,” explains, group sales manager, Howard Maher. “DSEI gives us a unique platform to engage directly with defence programme managers, engineers and procurement teams looking for a 100 percent UK-based capability with international reach, longevity and vast cross-industry experience.”
Visitors to Stand S2-165 will have the chance to speak with Wallwork’s technical expert team, explore case studies, and learn how their thermal processing technologies are helping shape the next generation of defence systems. With continual investment in new facilities, equipment and technical expertise, Wallwork remains at the forefront of materials engineering for defence and aerospace innovation.
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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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