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Ukraine continues to strengthen its battlefield technology with the formal deployment of the ‘Hromylo Optic’ drone, a domestically produced unmanned aerial system (UAS) designed to strike enemy tanks, armored vehicles, and fortified positions along the frontlines. This advanced drone has already seen combat in various forms, proving highly effective in destroying enemy equipment. In response to operational demands from troops on the ground, the manufacturer recently introduced an upgraded version of the Hromylo Optic with a larger 24-centimeter (10-inch) frame. This enhancement enables the drone to carry heavier and more destructive explosive payloads, powerful enough to destroy even heavily armored tanks. Advanced Guidance and Targeting Capabilities One of the standout features of the Hromylo Optic is its fiber-optic guidance system. Unlike traditional radio-controlled drones, this system significantly reduces the risk of the drone being disrupted by enemy electronic warfare and jamming equipment — a serious threat in modern conflict zones like Ukraine. For operational flexibility, the drone also comes equipped with daylight, low-light, and thermal imaging modes, allowing it to identify and engage targets at any time, whether in daylight, at night, or in poor visibility conditions. Specifications of the Hromylo Optic Drone Frame Size: 24 cm (10-inch) Guidance System: Fiber-optic cable link (jamming-resistant) Payload: High-explosive charges capable of destroying tanks and fortified positions Imaging Modes: Daylight, low-light, and thermal Operational Use: Tank strikes, armored vehicle destruction, enemy firing position neutralization A Growing Focus on Domestic Drone Technology This deployment is part of Ukraine’s ongoing efforts to expand its fleet of locally produced unmanned systems in response to Russia’s advanced military capabilities. The country’s defense industry has been rapidly innovating, with nearly 40 fiber-optically guided drones adopted since the beginning of the year — 15 of them in April alone. In addition to aerial drones like the Hromylo Optic, Ukraine recently introduced an uncrewed surface vehicle capable of firing laser beams and launching drone swarms, as well as conducting its largest trial of unmanned ground vehicles, where over 70 drones from 50 domestic manufacturers were tested together. Deputy Minister of Defence of Ukraine, Valerii Churkin, emphasized the importance of speed and innovation, stating, “Those who are quickest to implement innovative solutions gain the advantage. We cannot underestimate the enemy’s technical progress. We must outpace them.” With systems like the Hromylo Optic now officially joining frontline operations, Ukraine continues to reinforce its strategy of high-tech, locally developed warfare tools to counter evolving battlefield challenges.

Read More → Posted on 2025-04-29 15:43:37

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In a significant move for modern battlefield technology, U.S.-based MSI Defense Solutions has partnered with Romanian software company OVES Enterprise to jointly develop advanced counter-drone systems. The collaboration, formalised through a strategic memorandum, aims to combine OVES’s cutting-edge Nemesis AI platform with MSI’s proven EAGLS™ counter-UAS system, creating a powerful, autonomous defence solution for the future. Why This Partnership Matters The growing use of autonomous drones and unmanned aerial vehicles (UAVs) in combat zones has posed new challenges for military forces worldwide. Traditional defence systems often struggle to detect, track, and neutralise these fast, small, and unpredictable threats. By integrating artificial intelligence directly into defence platforms, MSI and OVES are aiming to offer a next-generation solution capable of handling these challenges in real-time. Nguyen Trinh, CEO of MSI Defense Solutions, explained the significance:“This is about shortening kill chains, reducing operator burden, and delivering an affordable, autonomous layered defence system that can outpace modern drone threats at the tactical edge.” What Is the EAGLS™ System? The EAGLS™ (Expeditionary Air-Ground Launch System) is a lightweight, mobile, radar-enabled counter-UAS platform already equipped with: 360° radars for all-around situational awareness Laser-guided rockets for high-precision interceptions Remote weapon stations (RWS) for flexible engagement options Its modular design makes it suitable for land vehicles, naval ships, and forward-operating bases. It was originally developed to detect, track, and destroy small UAVs and low-flying threats. How Nemesis AI Will Enhance EAGLS™ By integrating the Nemesis AI platform, EAGLS™ will gain advanced autonomous capabilities: Real-time threat recognition and classification using AI-powered image processing Super Sensor Fusion: A combination of RGB, thermal, and neuromorphic cameras providing advanced multi-spectral tracking Kill-chain automation: AI determines the most effective interception method instantly, without human intervention Radar and GPS-free operation: Capable of intercepting targets using only visual sensors — a rare and valuable feature not widely available globally AI-optimised turret control: Faster, more precise gun or missile targeting based on real-time data Moreover, OVES Enterprise will supply AI-specific processing hardware capable of handling large amounts of data at high speeds, ensuring no delays in detection or engagement even during complex, multi-drone attacks. Why This System Stands Out One of the key advantages of this new AI-powered C-UAS (Counter-Unmanned Aircraft System) is its cost-effectiveness. Early estimates suggest it could be up to 50% less expensive than comparable systems currently in service. The integration of Nemesis AI also allows for better independence from external technologies and networks, making it highly resilient in electronic warfare environments. Mihai Filip, CEO of OVES Enterprise, shared his perspective:“We’ve demonstrated that this isn’t just another recognition tool. It’s a complete platform that analyses, decides, and acts in real-time on the battlefield.” Specifications Snapshot Feature Details Detection Sensors RGB, Thermal, Neuromorphic Cameras, 360° Radar Interception Methods Laser-Guided Rockets, Remote Weapon Station (RWS) AI Integration Nemesis AI for detection, classification, and engagement Special Capability Visual-only interception (without radar/GPS) Turret Control AI-driven for rapid and precise target engagement Hardware AI-accelerated, high-volume data processing units Mobility Lightweight, vehicle-mounted, and naval-compatible Estimated Cost Savings 50% less than comparable systems Looking Ahead As drone warfare becomes an increasingly important concern for defence planners, systems like this AI-enhanced EAGLS™ will play a vital role in securing military assets and infrastructure. The MSI-OVES partnership highlights how the integration of artificial intelligence into defence platforms isn’t just an upgrade — it’s a necessity for the modern battlefield. The project is expected to set a new standard for mobile, autonomous, and cost-effective counter-UAS systems in both military and homeland security applications.

Read More → Posted on 2025-04-29 15:34:41

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Anduril has taken a significant step forward in electronic warfare (EW) technology with the introduction of Pulsar-L, the latest addition to its Pulsar line of EW systems. This new system is crafted to deliver advanced signal detection, tracking, and disruption capabilities in a compact, highly portable form — making it ideal for modern, fast-moving military operations. What Is Pulsar-L? Pulsar-L, short for Pulsar-Lite, is designed to detect, identify, track, and neutralize electronic threats in diverse operational environments. Whether it's a battlefield, an urban combat zone, or remote outposts, this system is built to move with the mission. Traditional EW systems have often been bulky, complex, and fixed to specific configurations with limited flexibility. Pulsar-L changes that by offering a software-defined, modular, and lightweight solution that can quickly adapt to emerging threats and operational needs. This makes it especially valuable in situations where the enemy uses rapidly evolving tactics and electronic signals. Two Versions for Different Missions Anduril has developed two mission-ready versions of Pulsar-L: Airborne Configuration: Designed to be mounted on drones, helicopters, or other airborne platforms, providing real-time electronic threat tracking and disruption from the sky. Expeditionary Ground Unit Configuration: Tailored for ground forces and special operations units, this version is compact enough to be transported and deployed by small teams, with setup times reportedly as low as two minutes. This dual-configuration approach ensures Pulsar-L can support both offensive and defensive operations in various combat scenarios. Key Features and Specifications Here’s a closer look at what makes Pulsar-L stand out: Portable, Lightweight Design: Optimized for tactical edge deployment by small units and aircraft. Software-Defined Architecture: Allows easy updates, reprogramming, and adaptation to new threat types without hardware changes. Signal Detection and Disruption Range: Though precise figures remain classified, it is designed to effectively monitor and neutralize a wide range of electronic signals — including communication devices, drones, and radar systems — within its operational radius. Minimal Setup Time: Can be operational in two minutes, enabling rapid response in dynamic environments. Modular Construction: Allows integration with other EW tools and command systems. Compatibility with Anduril’s Lattice Software: Provides advanced data processing and threat visualization directly at the tactical level. Supports Networked Operations: Can seamlessly work alongside other Common Operating Picture (COP) solutions, enhancing situational awareness and operational coordination. Why It Matters Modern battlefields are increasingly electronic in nature, with adversaries using signals for communication, surveillance, and attacks. An adaptable, portable EW system like Pulsar-L provides forces with a critical advantage: the ability to detect and disrupt those signals before they can be used against them. Moreover, with its software-defined design, Pulsar-L can evolve through software updates to counter new and unforeseen electronic threats, ensuring it stays effective as enemy tactics change. A System Built for Tomorrow’s Threats As Anduril puts it, “Pulsar-L is built for the threats that have yet to emerge — because waiting until they do is too late.” Its modularity, fast deployment, and software flexibility mark a significant improvement over traditional, rigid EW platforms. In an age where electronic warfare is as decisive as firepower, systems like Pulsar-L are likely to become essential tools in the hands of both airborne and ground forces, enabling them to maintain control of the electromagnetic spectrum wherever they operate.

Read More → Posted on 2025-04-29 15:17:29

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Norway has reached a major milestone in its defence journey with the successful delivery of all 52 of its F-35 fighter jets and the beginning of deliveries of the powerful Joint Strike Missile (JSM). This achievement marks a new chapter for the Norwegian Armed Forces, ensuring the country is better equipped to handle modern security challenges. The official ceremony took place on Monday, 28 April at Ørland Air Base, attended by key leaders including Defence Minister Tore O. Sandvik, NDMA Director Gro Jære, Chief of Defence Eirik Kristoffersen, Air Force Chief Øivind Gunnerud, and Kongsberg Defence & Aerospace Director Eirik Lie. A New Era for Norway’s Air Power Norway’s decision to acquire the F-35 Lightning II, built by Lockheed Martin, was made back in 2009. The first training jets were delivered to Luke Air Force Base in the United States in 2015, and operational jets started arriving at Ørland in 2017. Now, with all 52 aircraft delivered, Norway becomes the first among the 20 F-35 partner nations to complete its planned fleet. Globally, over 1,150 F-35 jets have been produced and are in service at 48 bases worldwide. Together, they have clocked more than one million flight hours, showcasing the aircraft's reliability and growing importance. The F-35 isn’t just a replacement for the older F-16s — it’s a next-generation stealth fighter designed to perform in the most dangerous and modern air combat environments. Its advanced stealth, powerful sensors, and high-speed data sharing capabilities allow it to detect and strike threats long before being seen. F-35 Lightning II: Key Specifications Top Speed: Mach 1.6 (approx. 1,975 km/h) Range: Over 2,200 km (without refueling) Stealth Technology: Advanced radar-absorbing materials and design Weapons Capacity: Internal and external weapons bays carrying air-to-air, air-to-ground, and precision-guided weapons Advanced Sensors: Distributed Aperture System (DAS), Active Electronically Scanned Array (AESA) radar, and Electro-Optical Targeting System (EOTS) Introducing the Joint Strike Missile (JSM) Alongside the final F-35 delivery, Norway has started receiving the Joint Strike Missile — a powerful, long-range, precision-guided weapon developed by Norway’s own Kongsberg Defence & Aerospace. The JSM is specifically designed to be carried internally in the F-35’s weapons bay, preserving the aircraft’s stealth profile during missions. It can engage both land and sea targets, making it a versatile and valuable addition to Norway’s arsenal. The missile is designed to be highly maneuverable and capable of striking well-defended targets from a long distance. Joint Strike Missile: Key Specifications Range: Over 500 kilometers Speed: Subsonic, highly maneuverable Guidance: GPS, Inertial Navigation System (INS), and Imaging Infrared (IIR) seeker Warhead: High-explosive blast fragmentation Compatibility: F-35 Lightning II and other fighter aircraft The JSM’s development involved close cooperation between Norway’s defence sector, the Armed Forces, and international partners. It’s one of Norway’s largest-ever weapons programmes and has already attracted the interest of nations like the United States, Australia, and Japan, who have chosen to integrate the missile into their forces. Strengthening Norway’s Defence The combined arrival of a complete F-35 fleet and the JSM marks an important moment for Norway. It highlights the country's commitment to maintaining a modern, flexible, and powerful defence system capable of protecting its national interests and contributing to NATO missions. Defence leaders emphasized that this is only the beginning, as technology will continue to evolve and Norway will keep upgrading its systems to stay ahead. The successful cooperation between the defence sector, Norwegian industry, and international partners has not only strengthened national security but also showcased Norway’s ability to deliver world-class defence technology. As Defence Minister Tore O. Sandvik put it during the ceremony, this achievement is something every Norwegian can be proud of — a testament to years of hard work, smart investment, and excellent cooperation.

Read More → Posted on 2025-04-28 15:56:45

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In a significant move to enhance the digital capabilities of its military, the Swedish Defence Materiel Administration (FMV) has awarded a contract worth SEK 126 million to MilDef, a trusted supplier of tactical IT solutions. This agreement is part of Sweden's broader effort to modernise and strengthen the operational readiness of its Armed Forces in response to evolving global security challenges. Under this new contract, MilDef will deliver advanced IT equipment specifically designed for military operations. These systems will play a crucial role in upgrading the Swedish Army’s command-and-control infrastructure, improving communication networks, and enhancing secure data management in operational environments. The deliveries for this project are scheduled to take place in 2025. MilDef and FMV have shared a strong partnership since 1997, consistently working together on projects to improve Sweden’s defence technology. This latest agreement reflects the Swedish government’s continued focus on local defence industry partnerships, ensuring that critical military capabilities are developed, produced, and maintained within Sweden. All the equipment for this contract will be designed and manufactured by MilDef in its Swedish facilities, guaranteeing high-quality, locally engineered solutions. The new IT systems will include rugged servers, secure communication units, advanced data storage devices, and field-ready computers built to withstand tough operational conditions. These systems are specifically tailored for military applications, offering protection against cyber threats, environmental hazards, and electronic warfare interference. This ensures that the Swedish Armed Forces maintain reliable and secure communication channels during critical missions. Daniel Ljunggren, President and CEO of MilDef, expressed pride in this continued collaboration, noting the importance of providing Sweden’s Armed Forces with cutting-edge digital solutions. “With increased digitization and secure communications via our systems, the Swedish Armed Forces are now taking important steps towards increased effect and defense capability, something we are proud to contribute to,” Ljunggren stated. This contract marks another important step in Sweden’s ongoing efforts to rearm and modernise its military infrastructure amid growing regional and global security concerns. By investing in advanced IT systems and maintaining partnerships with domestic defence companies like MilDef, Sweden is ensuring that its Armed Forces remain well-equipped, resilient, and ready for the demands of modern warfare.

Read More → Posted on 2025-04-28 15:41:20

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The Pentagon has officially requested an additional $400 million to push forward the development of its newest fighter jet, the F-47, which is part of the Next Generation Air Dominance (NGAD) program. This fresh funding is aimed at supporting Boeing’s work on building the F-47 prototype and getting ready for future production. So far, the NGAD program has already cost the U.S. Department of Defense around $8.73 billion, with $2.33 billion spent just in 2024. However, these numbers mainly reflect the official research and development contracts, meaning the real costs, including infrastructure, manufacturing preparations, and training, could be even higher. In March 2025, the Pentagon announced Boeing as the winner of the NGAD competition, a major step that secured over $20 billion in funding for the full development and production of the F-47. The U.S. Air Force confirmed that both Boeing and Lockheed Martin had built and flown experimental demonstrator aircraft under the X-Plane program since 2019, gathering hundreds of hours of flight testing. This effort was critical to lowering technical risks and testing new technologies for sixth-generation fighters. Boeing had revealed its demonstrator as early as 2019, while Lockheed Martin showed off its prototype in 2022. These secretive projects have helped the U.S. make rapid advancements in fighter technology, keeping ahead of potential global rivals. General David Allvin emphasized that the United States became the first country to field a sixth-generation aircraft. He explained that the F-47 was developed largely in secrecy to maintain an advantage over adversaries. He also highlighted that the F-47 would be more affordable and flexible compared to the older F-22, making it better suited for future threats. The additional $400 million, if approved, will help keep the momentum going as the U.S. moves closer to introducing the F-47 into its air fleet and maintaining its air dominance well into the future.

Read More → Posted on 2025-04-28 15:37:44

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The U.S. Marine Corps recently demonstrated its latest drone defense technology during Exercise Balikatan 25, a major joint military drill with the Philippines. On April 27, at Naval Station Leovigildo Gantioqui, the Marines put their new system to the test, showcasing how they are preparing to deal with modern aerial threats. At the heart of the demonstration was the Marine Air Defense Integrated System, or MADIS. This mobile, ground-based air defense platform is specially designed to protect forces from drones and missile attacks. A key feature of MADIS is the XM914 30mm chain gun, which offers a fast and precise way to shoot down unmanned aerial vehicles (UAVs) and other low-flying threats. Marines from the 3rd Littoral Anti-Air Battalion, part of the 3rd Marine Littoral Regiment and the 3rd Marine Division, carried out the live-fire exercise. Their main focus was on learning how to spot, track, and neutralize drones using the MADIS system. The event was part of a broader Integrated Air and Missile Defense exercise meant to prepare U.S. and Philippine forces for potential air threats. The Marines highlighted that using MADIS during Balikatan 25 demonstrates the growing importance of having layered air defenses, especially as new threats emerge in the Indo-Pacific region. In a time when drones are becoming more common in conflicts around the world, having a reliable system like MADIS is becoming critical for U.S. expeditionary forces. Exercise Balikatan is an annual event that strengthens military ties between the United States and the Philippines. It also helps improve their ability to work together in real-world operations. This year’s exercise is especially important, taking place against the backdrop of rising tensions in the South China Sea. Both countries are increasingly focused on deterring aggressive actions and maintaining stability in the region. The successful test of the MADIS system at Balikatan 25 shows that the U.S. Marines are serious about staying ahead of modern threats and ensuring the safety of their forces and their allies.

Read More → Posted on 2025-04-28 15:34:46

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Spain is making steady progress on its next-generation warships, as Navantia’s shipyard in Ferrol, A Coruña, recently marked two important milestones in the construction of its advanced F110 frigates for the Spanish Navy. Last Friday, the construction of the third ship in the series, the F113 ‘Menéndez de Avilés’, officially began, while the keel of the second ship, F112 ‘Roger de Lauria’, was laid — both ahead of schedule. With these developments, three of the planned five F110-class frigates are now under construction, showcasing Spain’s growing shipbuilding capabilities and modern defense strategy. A New Era for the Spanish Navy The F110 frigate program, formally approved in 2019, aims to deliver five state-of-the-art warships designed for multi-role operations. These vessels are meant to replace the older Santa María-class frigates and will significantly boost the Spanish Navy’s operational strength, especially in anti-air, anti-surface, and anti-submarine warfare. What makes the F110 series stand out is its focus on digital innovation and advanced automation. The construction of F113 ‘Menéndez de Avilés’ began three months ahead of schedule using a robotic welding cell, a cutting-edge industrial system developed by Navantia’s Innovation and Robotics Center. This system employs artificial vision, flexible programming, and process automation to speed up construction, improve welding quality, and cut manufacturing time. Similarly, the F112 ‘Roger de Lauria’ had its keel laid seven months earlier than planned. Its construction is now underway beside the first ship in the series, the F111 ‘Ramon Bonifaz’, which is already over 85% assembled and preparing for its launch in the coming months. Introducing the Digital Twin Concept A standout feature of the F110 program is the introduction of the Digital Twin — a virtual replica of each frigate that mirrors the physical ship in real-time. This digital version continuously receives data from an onboard network of sensors and uses technologies like Cloud Computing, Machine Learning, and the Internet of Things (IoT) to track the ship’s condition, predict maintenance needs, and support operations remotely, even thousands of miles away. This innovation will make Navantia’s Ferrol shipyard a global benchmark for smart shipbuilding and set a new standard for naval maintenance and operational readiness. Specifications of the F110 Frigates Here’s a closer look at what these new-generation frigates offer: Class Name: Bonifaz-class (F110) Number of Ships Planned: 5 Displacement: Approx. 6,100 tons Length: Around 145 meters Beam: 18 meters Top Speed: 26+ knots Range: 4,500 nautical miles at 15 knots Crew Capacity: About 150 personnel, with accommodation for additional personnel depending on mission needs Key Systems & Capabilities: Advanced SCOMBA Combat Management System Aegis-based SPY-7 (V)1 radar by Lockheed Martin Multi-role capabilities: Anti-air, anti-surface, anti-submarine, and electronic warfare Vertical Launch System (VLS) cells for surface-to-air missiles Modern sonar suite for submarine detection Digital Twin integration for real-time monitoring and maintenance Helicopter hangar and flight deck for medium-sized naval helicopters (NH90 or SH-60 Seahawk) Boosting Spain’s Naval Power The F110 frigates are more than just warships. They represent Spain’s push for greater strategic autonomy and technological independence in defense. By investing in these digitally advanced, multi-role vessels, Spain is strengthening its maritime security, contributing to NATO operations, and opening new export opportunities in the global naval market. The program’s successful progress, months ahead of schedule, highlights the capability and efficiency of Navantia’s Ferrol shipyard and the Spanish defense industry at large. When completed, the five Bonifaz-class frigates will become the backbone of the Spanish Navy’s surface fleet for decades to come.

Read More → Posted on 2025-04-28 15:30:15

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China has introduced a new high-tech way to track submarines hiding deep under the ocean. Instead of using traditional sonar systems, which can sometimes struggle in tricky underwater conditions, this new technology uses advanced magnetic sensors. These sensors can pick up tiny changes in Earth’s natural magnetic field caused by large metal objects — like submarines. This breakthrough could give China a major advantage in naval warfare, especially in busy and contested areas like the South China Sea. How It Works Every submarine made of metal slightly disturbs the Earth’s magnetic field as it moves. These changes are so small that regular sensors usually miss them. But China’s new drone-mounted magnetic detection system is designed to spot even the tiniest of these disturbances. Unlike sonar — which sends sound waves through water and listens for echoes — this system works silently by detecting magnetic anomalies. This means it can locate submarines that are trying to stay hidden, even in difficult environments like shallow coastal waters or underwater canyons where sonar is less effective. Key Features and Specifications Drone Platform: A rotor drone fitted with a magnetic anomaly detection (MAD) sensor. Tether Length: 20 meters (about 65 feet), used to lower the sensor into the water from the drone. Detection Grid: Tested over an area of 400 meters by 300 meters (1,312 feet by 984 feet). Detection Sensitivity: Can detect magnetic anomalies as small as 2.517 nanotesla — a very tiny shift in Earth’s magnetic field. Accuracy: Results matched other independent surveys with a 99.8% correlation, proving it can detect hidden submarines with impressive precision. Extra Equipment: Equipped with a fluxgate magnetometer for adjusting direction and GPS-linked ground stations for real-time data transmission and processing. Successful Offshore Trials A team from China Aerospace Science and Technology Corporation recently conducted offshore tests to prove the system’s performance. The trials demonstrated that the drone-mounted sensor could reliably detect subtle changes in magnetic fields over a designated area, achieving pinpoint accuracy. The results were compared to two separate surveys and showed a remarkable 99.8% match, confirming the system’s ability to spot even the faintest traces of hidden submarines. How It Compares to Other Systems China’s new sensor is being compared to the MAD-XR system used by NATO and developed by Canada. While the MAD-XR is highly advanced, it often requires multiple sensors to cover different directions and avoid blind spots. China’s version, however, claims to offer full directional coverage with a single sensor unit. This makes it simpler, faster, and cheaper to deploy — particularly in contested waters where quick and silent detection is vital. The team behind the project believes their technology offers a more practical and affordable solution for widespread use, especially in areas where traditional systems face limitations. Why This Matters As competition heats up over control of strategic sea routes and underwater resources, having a reliable way to detect enemy submarines is crucial. By combining drones with sensitive magnetic sensors, China could improve its naval defenses and surveillance without relying solely on large ships or costly aircraft. This new tech could change how modern naval forces operate, offering a silent, efficient, and precise tool for submarine hunting in the world’s oceans.

Read More → Posted on 2025-04-28 15:12:18

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The European Union has decided to provide an additional €15 million to support the Army of the Republic of North Macedonia. This new funding, approved under the European Peace Facility (EPF), is aimed at boosting the country's defence capabilities, improving operational readiness, and helping North Macedonia better contribute to international peace efforts. This latest support builds on earlier assistance provided by the EU in 2023 and 2024. With this new measure, the total financial aid from the European Peace Facility to North Macedonia now reaches €38 million. The growing support reflects the EU’s strong commitment to helping the country become more active in the EU’s Common Security and Defence Policy operations and other international missions. Kaja Kallas, the EU’s High Representative for Foreign Affairs and Security Policy, announced the decision and underlined its significance. She explained that the €15 million package would supply North Macedonia’s army with a wide range of equipment, including tools for intelligence gathering and surveillance, as well as gear for combat training. Kallas also highlighted how this assistance would help promote stability and security not just in North Macedonia but across the Western Balkans — a region that remains very important for Europe’s broader security interests. She reaffirmed the EU’s full support for North Macedonia’s journey towards EU membership and expressed her enthusiasm about visiting the country soon to deepen cooperation. This decision is part of a broader effort by the EU to strengthen ties with North Macedonia in the field of security and defence. It follows the signing of a security and defence partnership between the two sides last November. North Macedonia’s full alignment with the EU’s Common Foreign and Security Policy has further strengthened this relationship. Under the new assistance package, North Macedonia’s army will receive intelligence, surveillance, and reconnaissance systems, electronic warfare tools, utility and engineering vehicles, communication and information systems, and combat training equipment. Where necessary, the support will also cover supplies and training to ensure the effective use of the equipment. The European Peace Facility, created in 2021, helps the EU fund actions that prevent conflicts, preserve peace, and strengthen international security. It allows the EU to provide military and defence support to countries and organizations outside its borders, demonstrating Europe’s growing role in global peace efforts.

Read More → Posted on 2025-04-27 15:44:25

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DZYNE Technologies, a well-known name in autonomous defence systems, has officially launched the Dronebuster® 4-EU, an advanced handheld counter-drone device specially designed for the European market. This new model is an upgraded version of their widely used Dronebuster series, tailored to meet Europe’s specific frequency regulations and growing need for reliable anti-drone solutions. What is the Dronebuster 4-EU? The Dronebuster® 4-EU is a portable, easy-to-use electronic warfare tool that can detect, track, and neutralise unauthorised drones. It works by jamming the radio frequencies drones use for communication and control. In addition to this, it comes with an optional Position, Navigation, and Timing (PNT) attack mode, capable of disrupting drones operating via major satellite navigation systems like GPS, Galileo, GLONASS, and BeiDou. This device is designed for both civilian and military applications—protecting airports, public events, stadiums, borders, government buildings, maritime zones, and other sensitive locations from rogue or hostile drone activities. Key Features and Specifications European Frequency Compatibility: Optimised to work within Europe’s Short Range Device (SRD) bands. Detection Range: Can detect drones up to 7 kilometres away. Jamming/Neutralisation Range: Effective jamming range of 1.5 kilometres or more, depending on environmental conditions. Multiple Deployment Options: Can be used as a handheld unit, mounted at fixed sites, or integrated into mobile and wearable systems. PNT Attack Mode: Optional feature that can disrupt drones using satellite navigation, interfering with systems like GPS, Galileo, GLONASS, and BeiDou. DTIM (Detect, Track, Identify, Mitigate): Provides a wearable, multi-layered counter-drone defence system. Integrated Visualisation Tools: Allows operators to see drone positions and status in real time. Portable and Lightweight Design: Built for ease of use by security teams, law enforcement, and military personnel. Operational Flexibility: Can function as a standalone device or as part of a networked, layered defence system. Why Was It Developed? DZYNE developed the Dronebuster® 4-EU in response to the rising threat of drone misuse across Europe. As drone technology becomes more accessible, the risks to public safety, infrastructure, and national security have grown. This new model ensures that European security teams have a compliant, high-performance counter-drone tool that can handle both civilian and military-grade drones. Global Impact and Production Expansion DZYNE’s Dronebuster series has already made a name for itself worldwide, with over 2,200 units sold, including more than 1,000 with the U.S. Armed Forces. The U.S. Department of Defense has even recognised it as a Program of Record, confirming its reliability and operational value. The demand for the new Dronebuster 4-EU has led DZYNE to expand its production and workforce at its Oregon-based facility to meet growing orders from Europe and beyond. A recent multi-million-dollar contract from an allied nation further highlights the system’s international appeal. Final Thoughts The Dronebuster® 4-EU represents the next step in portable, adaptable counter-drone systems, offering European customers a versatile, powerful, and regulation-friendly tool for safeguarding sensitive areas against drone threats. With enhanced features like PNT attack modes, long-range detection, and multi-platform deployment, it’s set to become a vital asset in the fight against unauthorised drone activities across the region.

Read More → Posted on 2025-04-27 15:34:56

 World 

On 28 April, Norway will reach an important milestone in its defence journey as it officially takes delivery of the first Joint Strike Missiles (JSM) for its advanced F-35A fighter aircraft. This event, marked by a ceremony at Ørland Air Base, represents not just the completion of Norway’s F-35 deliveries but also the beginning of a new chapter in the country’s military capabilities. A Game-Changer for Norway’s Air Power The arrival of the JSM brings a significant enhancement to Norway’s national defence. The missile is specifically designed to give fighter aircraft the ability to strike heavily defended targets at long distances, with exceptional precision and minimal risk of being detected by enemy radar systems. Brigadier Jarle Nergård, head of Air Systems at the Norwegian Defence Materiel Agency (NDMA), called it a capability that was once available only to major military powers. Developed by Norway’s Kongsberg Defence & Aerospace (KDA) in partnership with the NDMA and the Norwegian Defence Research Establishment (FFI), the JSM is a world-class missile built on cutting-edge technology. It is the only missile in its category designed to be carried internally by the F-35, preserving the aircraft’s stealth profile and long-range performance. What Makes the Joint Strike Missile Special? The JSM stands out for its advanced design and smart systems. It’s a fifth-generation, precision strike missile created for both land and maritime attack missions. With its internal carriage capability inside the F-35’s weapons bay, it ensures the fighter remains undetectable to enemy radars until the moment of attack. Key Specifications of the Joint Strike Missile (JSM): Type: Fifth-generation, long-range precision strike missile Length: 4 meters Weight: Approximately 416 kg Range: Over 275 nautical miles (about 500 km) Speed: Subsonic Warhead: 120 kg high-explosive fragmentation Guidance: GPS, INS (Inertial Navigation System), Terrain Contour Matching (TERCOM), Imaging Infrared (IIR) seeker Communication: Two-way datalink for real-time mission updates and target re-selection Compatibility: Internally carried in F-35A and F-35C, externally on F-35B and other aircraft The JSM’s advanced sensors and two-way datalink allow it to navigate through complex enemy air defences and adjust its course in flight, even receiving new targeting information while airborne. This makes it highly reliable under challenging combat conditions. Strengthening Norway’s Deterrent Power Brigadier Nergård emphasized the strategic importance of the missile, stating it will offer Norway a powerful deterrent capability, particularly in vast maritime regions. "It will simply not be possible to sail freely where there are F-35s equipped with the JSM," he remarked. This deterrence extends to both land-based and naval targets, providing Norway with a flexible and modern offensive tool. The delivery of the final three F-35 aircraft earlier this month completed Norway’s largest-ever defence procurement. One of these aircraft will remain in the United States for critical software testing and integration work needed for the JSM to become fully operational with the fighter fleet. Global Recognition and Expanding Production The JSM has already attracted international attention. Countries like Australia, Japan, and the United States have committed to purchasing the missile, and more nations are expected to follow suit in the near future. To meet this growing demand, Kongsberg Defence & Aerospace, together with around 100 Norwegian subcontractors, has expanded its production capacity. A new missile factory in Kongsberg, operational since June 2024, is actively producing both the JSM and its naval variant, the Naval Strike Missile (NSM). Plans are also underway to establish additional manufacturing facilities in Australia and the United States by 2028, ensuring a steady global supply of this cutting-edge weapon system. A New Chapter in Norway’s Defence Story With the arrival of the JSM and the completion of its F-35A fleet, Norway has firmly positioned itself as one of the leaders in modern air combat capability among the 20 F-35 partner nations. Around 20% of the total F-35 program budget was reserved for acquiring state-of-the-art weapons like the JSM, ensuring Norway’s air force is equipped to face modern threats for years to come. This milestone not only enhances Norway’s national security but also showcases the country’s ability to develop world-leading defence technologies through close cooperation between its armed forces and defence industry.

Read More → Posted on 2025-04-27 15:15:35

 World 

The European Defence Agency (EDA) has taken an important step towards enhancing European military capabilities by conducting a series of system acceptance tests on autonomous systems ahead of its major Operational Experimentation (OPEX) campaign planned for June and July 2025 in Rome. These tests are crucial for ensuring that each system meets strict technical, operational, safety, and reliability standards before being deployed in real-world military scenarios. What is the OPEX Campaign? The Operational Experimentation (OPEX) campaign is a European initiative led by the EDA that allows unmanned aerial and ground systems to be tested in realistic battlefield conditions. Hosted by the Italian Army, this campaign gives defence developers and military planners a chance to observe how new unmanned technologies perform in demanding operational environments. The aim is to identify systems that can be quickly integrated into the European Union’s future military operations, especially in the areas of logistics support, reconnaissance, surveillance, and battlefield management. Six Companies in the Spotlight In recent weeks, EDA experts visited several European countries to assess the solutions proposed by six defence technology companies: Beyond Vision from Portugal ALTUS LSA from Greece Schiebel from Austria Alisys from Spain Siec Badawcza Lukasiewicz PIAP from Poland ARX Robotics from Germany Each company presented either unmanned ground vehicles (UGVs), unmanned aerial vehicles (UAVs), or integrated autonomous systems, all designed to perform crucial support roles in complex military operations. The systems underwent rigorous technical inspections, safety evaluations, and reliability tests to verify that they are capable of performing autonomously, securely, and efficiently in operational conditions. Focus on Innovation and Rapid Capability Development The OPEX campaign is not just about testing equipment — it’s also about accelerating innovation. The EDA’s Hub for European Defence Innovation (HEDI) is leading this effort by creating a collaborative space where industry experts, military users, and technical specialists can work together. HEDI is designed to rapidly turn emerging ideas into operational military tools. Through immersive, scenario-based experiments, it allows new technologies to be trialled, validated, and fine-tuned in simulated combat and support operations. This ensures that when these systems are eventually deployed, they’re fully prepared for the challenges of modern battlefields. NATO’s New Electromagnetic Warfare Sensor: GANDALF-4 Meanwhile, NATO has made significant progress in strengthening its electromagnetic warfare (EW) capabilities with the successful testing of a new prototype sensor called GANDALF-4. Developed by the NATO Communications and Information Agency (NCIA), this sensor is designed to detect, classify, and locate attempts to disrupt or deceive Global Navigation Satellite System (GNSS) signals — a tactic known as GNSS jamming and spoofing. As modern militaries depend heavily on GNSS signals for navigation, targeting, and communications, these types of attacks represent a serious risk to operational security and effectiveness. Advanced Testing in Controlled Conditions The GANDALF-4 sensor underwent a series of precise performance tests in a specialised anechoic chamber at the NATO Support and Procurement Agency’s (NSPA) facility. This high-tech chamber simulates an isolated electromagnetic environment, enabling accurate calibration and assessment of the sensor’s antenna array. The tests focused on the sensor’s ability to detect and locate jamming and spoofing sources, with a high degree of accuracy and reliability — essential for protecting NATO’s critical infrastructure and operational forces. A Strong NATO Partnership This testing campaign was made possible through close collaboration between NCIA’s Electromagnetic Warfare and Surveillance (EW&S) team and NSPA’s Ground-Based Defence (GBD) experts. The partnership ensured that technical expertise and operational knowledge were combined effectively to achieve testing goals. Both agencies confirmed that the success of these trials marks an important step towards rapidly deploying next-generation electromagnetic defence systems within NATO’s operational network. Both the EDA and NATO are actively investing in advanced autonomous systems and electromagnetic defence technologies to prepare for future operational challenges. The upcoming 2025 OPEX campaign and the deployment of systems like GANDALF-4 are clear examples of how European and NATO forces are modernising their capabilities to maintain operational superiority in increasingly complex and contested environments. By combining operational trials with innovation hubs and expert collaboration, these defence organisations are setting new standards for the integration of cutting-edge military technologies.

Read More → Posted on 2025-04-27 14:55:39

 World 

NATO has achieved an important milestone in its ongoing efforts to strengthen its electromagnetic warfare defences. The alliance recently completed successful testing of its latest prototype sensor system, GANDALF-4, a cutting-edge technology designed to detect and counter threats in the invisible yet vital electromagnetic spectrum. This advanced sensor was developed by the NATO Communications and Information Agency (NCIA) in collaboration with the NATO Support and Procurement Agency (NSPA). The testing took place inside NSPA’s state-of-the-art anechoic chamber facility, a specially designed environment that completely absorbs electromagnetic waves, enabling highly precise testing without external interference. What Is GANDALF-4? The GANDALF-4 system — standing for GNSS and Navigation Detection, Analysis, and Locating Facility — is an advanced prototype sensor created to detect, classify, and pinpoint attempts to interfere with Global Navigation Satellite System (GNSS) signals. This includes both jamming (blocking signals) and spoofing (sending fake signals to mislead navigation systems), two growing tactics used in modern electronic warfare. These threats can seriously disrupt military operations, affecting everything from aircraft navigation and missile guidance to communications and troop movements. The introduction of GANDALF-4 is NATO’s proactive response to these rising challenges. Key Features and Specifications While detailed technical specifications remain classified, NATO has shared several important capabilities of the GANDALF-4 system: Antenna Array Configuration: Equipped with a sophisticated, multi-element antenna array capable of detecting and distinguishing between multiple signal sources and types of interference. Signal Detection Range: Designed to monitor a wide frequency band, covering the primary ranges used by GNSS constellations such as GPS, Galileo, GLONASS, and BeiDou. Threat Classification: The system can differentiate between accidental interference, deliberate jamming, and advanced spoofing attacks in real time. Precise Localization: Using direction-finding techniques, GANDALF-4 can accurately identify the origin point of interference signals, an essential function for prompt countermeasures. Data Analysis and Reporting: Integrates advanced software algorithms for real-time analysis, visualization, and reporting of electromagnetic threats. Testing in a Controlled Environment The latest round of testing focused specifically on evaluating the performance and accuracy of the antenna array system. Conducted within the highly controlled conditions of the NSPA’s anechoic chamber, these trials allowed for precise calibration, system tuning, and verification of detection capabilities under simulated operational scenarios. This environment replicates real-world electromagnetic conditions while eliminating external interference, making it ideal for rigorous system assessments. A Collaboration of Expertise The successful testing campaign was made possible through close cooperation between NCIA’s Electromagnetic Warfare and Surveillance (EW&S) team and NSPA’s Ground-Based Defence (GBD) experts. This joint effort not only advanced technical capabilities but also demonstrated the value of inter-agency collaboration in fast-tracking critical defence technologies. NATO officials highlighted how this partnership plays a crucial role in ensuring the alliance remains ready and technologically superior in an increasingly contested electromagnetic battlespace. Why This Matters As modern conflicts increasingly extend into the electromagnetic spectrum, where control over signals and data is just as vital as control over land, sea, and air, systems like GANDALF-4 become essential. The growing use of GNSS jamming and spoofing in recent conflicts worldwide has made it clear that reliable detection and rapid response capabilities are now indispensable for both military and strategic operations. By successfully testing GANDALF-4, NATO has taken another significant step in defending its forces and infrastructure against one of the fastest-evolving threats in modern warfare. In the words of NATO officials, this achievement not only demonstrates technological progress but also the power of allied partnerships in developing and fielding next-generation defence systems swiftly and effectively.

Read More → Posted on 2025-04-27 14:50:22

 World 

General Atomics, the American defense technology company known for building some of the world’s most advanced unmanned aerial systems, has officially confirmed the development of a powerful airborne laser weapon. This new technology is being designed specifically for the U.S. military’s fleet of MQ-9 drones — better known as the MQ-9 Reaper. The announcement follows the appearance of a prototype laser pod mounted on an MQ-9B drone at a major U.S. defense event earlier this month. Now, General Atomics has confirmed that this airborne laser program exists and is being developed in partnership with the U.S. Department of Defense. Why an Airborne Laser? The idea behind the airborne laser is to give the MQ-9 drone a new weapon system to target and destroy enemy drones while still carrying out its regular missions. The MQ-9 is already known for its long-endurance surveillance and strike capabilities, but adding a laser weapon would make it an even more flexible and powerful platform — especially for countering unmanned aerial systems (C-UAS) in contested airspace. According to General Atomics, placing a laser pod on a high-altitude drone like the MQ-9 offers several advantages: Better atmospheric conditions at higher altitudes Fewer obstacles in the battlespace Slower targets compared to the MQ-9’s speed, making it easier to engage enemy drones Specifications of the Airborne Laser While full airborne testing has not yet been completed, General Atomics confirmed several important details about the system: Laser Power:The prototype laser is rated at 25 kilowatts (kW). While the core technology can be scaled up to 300 kW or more, the size and weight limitations of the MQ-9 mean it will carry a smaller, more efficient version. Energy Supply:The laser pod is powered by battery packs mounted on either wing of the drone. These batteries act as a buffer between the aircraft’s onboard power system and the laser itself, allowing it to operate for extended periods without overloading the drone’s electrical systems. If needed, a separate pod could be added to carry extra batteries for even longer operational time. Pod Design:The laser system is housed in a compact, aerodynamic pod mounted under the drone’s wing, alongside other surveillance and targeting equipment. Operational Role Once deployed, the MQ-9 with its airborne laser pod would be capable of conducting 24/7 intelligence, surveillance, and reconnaissance (ISR) missions, while simultaneously acting as a defensive asset against hostile drones. It would offer the military a persistent airborne presence in critical areas like the first island chain in the Pacific or other regions where drone threats are increasing. This laser weapon will enable the MQ-9 to quickly neutralize smaller enemy drones in the air without the need for missiles or gunfire, offering a safer, more precise, and cost-effective countermeasure. What’s Next? Though General Atomics confirmed that all major components of the laser system have been tested on the ground, an actual in-flight test of the full system has not yet taken place. The company has not revealed an official timeline for airborne testing, but its presence at defense exhibitions and public statements suggest the program is advancing steadily. Once operational, this new capability could dramatically enhance the MQ-9’s battlefield role — giving it the power to quietly and efficiently take down enemy drones from the sky using nothing but concentrated light.

Read More → Posted on 2025-04-26 15:39:55