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14 Feb 25. Aero India: DRDO, Adani launch C-UAS. India’s state-owned Defence Research and Development Organisation (DRDO) and Adani Defence and Aerospace unveiled a jointly developed mobile counter-unmanned aircraft system (C-UAS) at the Aero India 2025 show held in Bangalore from 10 to 14 February. Janes understands that India’s Border Security Force (BSF) has procured one mobile C-UAS from Adani. The company delivered the C-UAS to the BSF in November 2024and expects more orders from the BSF in 2025. Adani is planning trials with Indian Army’s Northern Command in the coming weeks. Speaking to Janes at the show, CEO of Adani Defence and Aerospace Ashish Rajvanshisaid the C-UAS has soft- and hard-kill capabilities.
“The C-UAS is installed onto a 4×4 vehicle. Based on input from sensors, you can deploy the C-UAS near hostile UAVs [unmanned aerial vehicles] to bring them down,” Rajvanshi said.
Rajvanshi added that the C-UAS has a 3D active electronically scanned array (AESA) radar with a range of 20 km to detect UAVs. UAV targets can either be jammed using a radio frequency (RF) jammer with a range of 10 km or eliminated using a laser-based directed energy weapon (DEW). The laser DEW has been provided by DRDO. It has a range of 800 m to 1 km. DRDO in partnership with Adani plans to increase the range of this DEW, he said. In addition to the laser-based DEW, the C-UAS is equipped with a 7.62 mm gun to engage with UAVs if required. The C-UAS also has electro-optical sensors and signals intelligence (SIGINT) equipment to support its operations, Rajvanshi said. Two soldiers are required to operate the C-UAS, he added. (Source: Janes)
14 Feb 25. Aero India 2025: DRDO unveils Raksha Kavach protection system concept. India’s Defence Research and Development Organisation (DRDO) unveiled a model of its proposed multilayered, multidomain protection system at Aero India 2025 in Bangalore. The system, named Raksha Kavach, utilises several pre-existing technologies. A DRDO official told Janes that the system is at its conceptual stage and will require further development before implementation. Commenting on its capabilities, the DRDO official said Raksha Kavach could become “India’s Iron Dome”, referring to Israeli manufacturer Rafael Advanced Defense Systems’ counter-rocket, artillery, and mortar (C-RAM) and very-short-range air-defence system (VSHORADS). According to the official, Raksha Kavach consists of several systems developed by DRDO and local industry. The official added that India possesses the capability to produce all elements of the Raksha Kavach system. Key components of Raksha Kavach include the Quick Reaction Surface-to-Air Missile (QRSAM), which has a strike range of 25–30 km; the Netra airborne early warning and control (AEW&C) suite, an S-band (NATO E-/F-band) (2–4 GHz) 3D AEW&C mission suite; and Bharat Forge Limited’s (BFL’s) 155 mm/52 calibre Advanced Towed Artillery Gun System (ATAGS), which has a range of 45 km. Also incorporated in Raksha Kavach are Adani Defence and Aerospace Drone Detect, Deter, and Destroy (D4) system; the Arudhra ground-based multimode 3D air surveillance radar; the Shyena electrically propelled self-homing lightweight torpedo; the Dharashakti ground-based electronic warfare system (EWS); VSHORADS, which is intended to neutralise low-altitude aerial threats at short ranges; and the Ugram 7.62×51 mm assault rifle, which has a maximum range of 500 m. (Source: Janes)
14 Feb 25. Aero India 2025: Tonbo unveils microwave-based DEW. Bangalore-based Tonbo Imaging has unveiled a high-power microwave (HPM) directed energy weapon (DEW) system that can help armed forces eliminate hostile unmanned aerial vehicles (UAVs). Janes understands that this HPM DEW – unveiled at the Aero India 2025 show held in Bangalore from 10 to 14 February – will be installed on a surface vessel of the Indian Navy. Tonbo has also secured contracts from militaries outside Asia-Pacific to supply this HPM DEW. Ankit Kumar, co-founder and chief technology officer of Tonbo, told Janes at Aero India 2025 that the HPM DEW, named WaveStrike, “uses multibeam klystrons, which can generate a lot of microwave energy with a small antenna and with limited power”. The HPM DEW currently has a range of 3 km. Tonbo is developing an enhanced version of the system that will have a range of 5 km, Kumar said. He added that the HPM DEW has an active electronically scanned array (AESA) radar to detect threats and a camera to identify the threats. The DEW uses information from these sensors to target a hostile UAV.
“This system’s application is not just limited to UAVs. Technically, it will be able to eliminate any electronics you fire at whether it is a communication system or optronics,” Kumar said. (Source: Janes)
13 Feb 25. MARSS Showcasing NiDAR’s Advanced Hybrid Intelligence at IDEX 2025. MARSS is set to unveil the latest advancements in its NiDAR platform at IDEX 2025. With its Hybrid Intelligence, NiDAR delivers multi-domain protection across air, land, surface, and sub-surface environments – redefining the landscape of modern defence and CUAS technology. As the global defence industry prepares to descend upon Abu Dhabi to demonstrate its wares, IDEX 2025 will see MARSS demonstrate NiDAR’s Hybrid Intelligence – its proprietary fusion of traditional algorithms, AI and human intelligence to dramatically enhance real-time situational awareness and decision-making.
What really sets MARSS apart is its ability to fuse all available sensor data – from radar, EO/IR cameras, RF, sonar and other surveillance tools – onto a single intuitive interface. This unique approach provides users with a complete, real-time operational picture, minimising the need to juggle disjointed systems, across multiple displays, and the resulting additional operators.
Unlike some conventional C2 platforms, NiDAR is sensor and countermeasure agnostic, allowing seamless integration with existing security systems. This scalable and modular approach ensures tailored solutions that meet the evolving needs of global, regional and domestic security forces.
MARSS’ C2/C4 offering is further strengthened by its partnerships with best-in-class sensor and effector manufacturers, enabling the integration of leading technologies from across the defence industry. From Air Defence, Counter-UAS, to border, maritime and critical infrastructure protection, MARSS ensures its solutions are at the cutting edge of modern defence.
“Having invested substantially in the GCC for the last half decade – and working in the region for far longer – it is apparent how the GCC is leading the way in the integration of AI into intelligent defensive systems,” said Rob Balloch, Chief of Growth at MARSS. “Yet here, at MARSS, we’re not just providing cutting-edge systems – we’re empowering our customers with the knowledge, awareness, and solutions that evolve with the threats they face, ensuring they stay ahead of the curve.”
A key highlight of NiDAR’s capabilities is its role in significantly reducing the cognitive burden on operators. Powered by its Hybrid Intelligence approach, NiDAR’s automated detection, tracking, classification and response-recommendation, allows personnel to focus on critical decision-making rather than being overwhelmed by the data. As Balloch describes it, “NiDAR is the classic 1+1=3 – where the MARSS’ NiDAR CORE platform converts disparate sensor data into a powerful, actionable intelligence framework.”
As the Middle East continues to shape the global defence dialogue, MARSS remains at the forefront of this evolution. With deep regional experience and a growing portfolio of high-profile projects, MARSS is committed to advancing defence capabilities through technology, training, and innovation. Join MARSS at stand 03-C40 to experience the future of multi-domain defence firsthand.
13 Feb 25. Enhancing Border Security with the Sentinel Counter-Drone System. Alpine Eagle outlines the capabilities of its Sentinel counter-drone system to target the rising threats of weaponized drones at borders and critical infrastructure, leveraging AI-driven drone swarms to detect, track, and intercept UAS in real-timeCUAS. Alpine Eagle provides its advanced Sentinel counter-drone system designed to detect, classify, and intercept unmanned aerial systems (UAS) at borders. The rise of weaponized drones as a tool for hostile actors targeting border patrol agents is significantly altering the landscape of border security.What began as surveillance using commercial drones has quickly advanced into a complex and increasingly dangerous tactic. Drone incursions at borders are drastically rising, with hostile actors using these UAS for offensive operations, such as delivering explosive payloads and facilitating smuggling. This represents a dramatic shift from their initial use as surveillance tools to becoming lethal weapons. The drones’ ability to fly below the radar’s detection range and maneuver through difficult terrain makes them an ideal tool for smuggling and tactical assaults. These drones can carry various payloads, including explosives, which can inflict significant damage on border personnel and infrastructure. The use of drones to deliver explosives also allows hostile actors to target military and border patrol agents without direct confrontation. This shift from surveillance to offensive drone usage highlights a significant vulnerability in the current defense infrastructure, which was primarily designed to handle traditional threats like vehicle and foot crossings. The emergence of drone warfare challenges the conventional notion of how borders are protected and defended. In response to this evolving threat, technological advancements are being deployed to intercept and neutralize hostile drones. Counter-drone technologies are evolving rapidly, with companies developing solutions such as the Sentinel system from Alpine Eagle. This system leverages AI-driven drone swarms to detect, track, and intercept UAS in real-time. Key features of these countermeasures include air-to-air sensors that enable early detection of drones, AI-driven tracking and classification, and the ability to intercept drones at stand-off distances, well before they can reach their targets. These systems are not only designed to deal with drones carrying explosives but also aim to protect moving assets and secure areas that might otherwise be vulnerable to aerial threats. The integration of drone swarms into defense strategies is a shift toward proactive defense, allowing for rapid identification and neutralization of hostile drones before they can cause harm. The implications of this shift in warfare are significant. The ability of hostile actors to deploy drones capable of conducting offensive operations at borders marks a broader trend in the democratization of air power. Non-state actors can now access technology that was once the exclusive domain of nation-states, fundamentally altering the balance of power in conflicts. The growing use of drones by hostile actors underscores the need for urgent adaptation in security measures to address this new reality. As drone technology continues to evolve, securing borders and protecting personnel will require ongoing innovation, international cooperation, and the ability to adapt quickly to emerging threats. (Source: https://www.defenseadvancement.com/)
13 Feb 25. DroneShield (ASX:DRO), a global leader in counter-drone defense technology has officially been registered with both the United States and Australian government under AUKUS, enabling the export of most military and dual-use goods, technologies, and services to the United States and the United Kingdom without the need for an export license. This development marks a significant milestone in enhancing defense trade and cooperation between AUKUS partners. By eliminating licensing requirements for qualifying products and technologies, the agreement streamlines trade, reduces administrative barriers, and accelerates the delivery of critical capabilities to allied defense forces. The AUKUS trilateral export agreement, which took effect on September 1, 2024, represents a generational shift in defense industry collaboration. By creating seamless trade environment between Australia, the US, and the UK, this initiative strengthens industrial partnerships, enhances interoperability, and supports rapid deployment of cutting-edge defense technologies. With registration now in place, DroneShield is positioned to leverage the full benefits of this agreement. The removal of export licensing requirements provides a competitive advantage by reducing lead times, simplifying regulatory processes, and expanding opportunities to engage with defense and security partners across the AUKUS nations. This streamlined approach allows for more efficient collaboration on joint projects, research initiatives, and advanced technological developments.
13 Feb 25. Camero-Tech, A member of Samy Katsav Group- SK Group and a world leader and pioneer in developing pulse-based UWB micro-power radar ‘Through Wall Imaging’ will present its radar-based its XAVERTM series of Through-the-Wall imaging radar systems, which enable the detection of live objects behind walls, keeping tactical and rescue forces safe. The systems can also detect living people in collapsed buildings scenarios providing a breakthrough operational advantage in disaster areas.
The XAVERTM 100 is an ultra-portable, handheld, durable life detector that provides an indication of target presence, movement direction, and distance from the wall.
The XAVERTM 400 is a compact radar-based device that provides accurate, real-time, mission-critical information on live and static objects, giving a valuable indication of their location within a structure, from a distance of 20 meters.
The XAVERTM LR40 is a long-range sense-through-wall radar, optimized for urban and rural operations. Detecting live objects through walls at a distance of 50 meters and beyond, the XAVERTM LR40 gathers accurate, mission-critical, real-time intel about live objects hidden behind walls, while set up at a safe distance.
The Xaver™ 1000 the award-winning radar is the new generation of the Camero Xaver™ product line – a real-time 3D ‘Sense Through Wall’ imaging equipped with an AI-based tracking of live target patterns in more than 40 meters. The Xaver™1000 can distinguish whether the object is an adult, a child, or an animal. Operable by a single user at the push of a button, it is optimized for military, law enforcement, search & rescue, and ISR operations in urban and disaster environments.
Camero Search & Rescue Kit – a professional solution for SAR teams, packed in a backpack, and includes 2 Xaver™ 100 systems, 1 Xaver™ 400, XaverNet™, and special accessories, for continuous operation in disaster sites.
“Camero’s systems are widely deployed by the leading military, law enforcement
Search & Rescue and ISR tactical teams in more than 50 countries worldwide. The Xaver™ family delivers significant capabilities in information gathering, anti-terror activities, hostage rescue, anti-narcotics operations, disaster areas and many other urban operations and missions. The systems had proved their unprecedented advantage to Search & Rescue teams in sensing live people trapped in voids through heavy structures in collapsed buildings time after time. Our participation in these three exhibitions reflects Camero-Tech’s commitment to putting cutting-edge solutions in the hands of tactical & rescue forces”, says Amir Beeri, CEO of Camero.
The XAVER™ systems are completely radiation-safe and meet international standards for human exposure.
ABOUT CAMERO:
Founded in 2004 and headquartered in Israel, Camero (Camero-Tech Ltd.) is a pioneer and leader in the development and manufacturing of radar-based imaging systems. Camero’s resources draw on decades of experience in providing solutions to major government and commercial customers. The company has a solid track record of technological innovation and timely solution delivery to its worldwide customers, with whom it works closely. The Xaver™ line of through-wall imaging systems has become the solution of choice for top military and law enforcement agencies around the world.
Camero is part of the SK Group, a leading global defense and security group that includes Israel Weapons Industries (IWI) and others.
For more information on Camero, please visit: http://www.camero-tech.com/
ABOUT SK GROUP
The SK Group founded by Mr. Samy Katsav, is a privately-held technology and innovation holding company specializing in global frontline defense, law enforcement solutions, marine infrastructure, and property development solutions. The SK Group provides small arms systems, electro-optic and laser solutions, imaging systems, naval solutions and more. Drawing on Israel’s innovation and field-proven solutions, the SK Group offers a powerful track record of technology, experience, and excellence. For more information on SK Group, please visit: https://www.linkedin.com/company/skgroupdefense/
13 Feb 25. FLIR showcases solutions ‘designed for the heat of the action’ at Enforce Tac 2025. Enforce Tac 2025 (Nuremberg Exhibition Centre, Germany, 24-26 February) will see FLIR showcase its latest thermal monocular solutions for law enforcement agencies, police forces, border guards and military distributors. The main focus of the FLIR booth will be its brand new Scout Pro thermal monocular. This next-generation handheld device empowers frontline law enforcement and public safety professionals operating in challenging rural terrains or unpredictable urban environments. Enforce Tac is a major exposition of internal and external security solutions for members of official security agencies and the armed forces. New innovation is paramount if the law enforcement and defence sectors are to keep on top of criminal and hostile activities. Among the innovation leaders in this area is FLIR. Designed for use in the heat of the action, visitors to Booth 7-426 in Hall 7 will discover what is possible with FLIR’s latest industry advance: the Scout Pro thermal monocular.
Scout Pro offers extraordinary situational awareness with its 32-degree field of view – the widest available on the market – allowing users to detect humans at distances of up to 500 metres while maintaining a broad visual perspective. This balance of wide coverage and practical detection range delivers the vital data and intelligence necessary to patrol areas safely. Making its premiere appearance at a European exhibition, the Scout Pro is perfect for surveillance, pursuit or intervention activities, as well as search and rescue operations.
Developed in partnership with law enforcement officers, the Scout Pro offers 640 × 480 thermal resolution for clear, high-quality imaging in low-light or no-light conditions. Providing up to eight-times zoom, the monocular is ideal for both urban and rural environments, including open spaces, for the accurate detection, tracking and identification of moving targets.
Notably, Scout Pro features a reimagined user interface (UI) that improves upon previous-generation FLIR monoculars. By eliminating overlaid menus and settings, the new UI provides a continuous, unobstructed view of the target. Paired with the Scout Pro mobile app, users can take advantage of wireless remote observation and surveillance – perfect for covert operations where every second counts. From a single app, teams can collaborate and boost tactical efficiency in real time through live video streaming, instant media sharing and seamless content transfers.
Ultimately, the law enforcement and defence sectors require high-quality, reliable, easy-to-use thermal imaging tools. By providing a clearer view in dark and low-visibility conditions, the next-generation Scout Pro enables users to protect and serve with confidence, as visitors to the FLIR booth at Enforce Tac will discover.
Another innovation on display will be the FLIR Breach PTQ 136 multifunctional thermal imaging monocular. Presented as an attachment to a helmet worn by a mannequin, those calling by the booth can discover how this advanced thermal monocular delivers that all-important ‘sixth sense’ by identifying the heat of suspects and objects in complete darkness.
The 60 Hz Breach PTQ 136 features FLIR’s Boson thermal core for advanced image processing, while a bright high-definition display delivers excellent image clarity and enhanced detection. The internal memory can store up to 1,000 images and 2.5 hours of video.
FLIR will have two speaker present on its booth for those wishing to learn more about the various innovations and how they can help frontline heroes succeed in high-stake environments and time-critical situations. Benjamin Mortlock, Team Lead Fire & PVS (Portable Visual Search) EMEA, and Peter Dekkers, Director Business Development First Responders, are the highly experienced FLIR representatives tasked with providing the details and answering visitor questions.
13 Feb 25. Saab launches Coast Control Radar. Saab will reveal the new Coast Control Radar at the upcoming International Defence Exhibition and Conference (IDEX) in the United Arab Emirates (UAE). It is a next generation, phased-array, non-rotating, software defined radar developed in the UAE. The safeguarding of territorial waterways and maritime traffic is increasingly important to the safety and security of both the vessels, national sovereignty and the wider global economy. Saab’s Coast Control Radar contributes to those objectives with a compact, modular design that ensures exceptional performance, including the tracking of smaller vessels in the most demanding coastal environments. Designed for easy integration into infrastructure such as buildings, towers, and waterway bridges, the Coast Control Radar ensures flexible installation and can offer comprehensive 360-degree coverage. Its modular design minimises installation challenges while also offering routine software upgrades for continued exceptional detection and performance.
“As a world leader in radars, we’re pleased to announce the launch of our Coast Control Radar. As a solution developed by Saab in the UAE, we chose to launch the radar in the Middle East where the safe and reliable transit of maritime waterways is of great importance. The Coast Control Radar can provide nations of similar need with a highly effective means of monitoring these key economic lifelines while contributing to the safety and security of those who sail them,” said Heléne Bittmann, Saab’s UAE Managing Director.
Some key features of the Coast Control Radar include:
- Built on superior military antenna/radar technology for dual-use applications;
- Non-rotating phased-array design with a compact footprint and modular configuration which allow for up to 360-degree coverage;
- Advanced detection capabilities for small and fast-moving objects at extended ranges even in harsh environments;
- Cost-efficient lifecycle with reduced maintenance and high availability
- Software based for continuous upgrades and a high level of automation software.
Developed at Saab’s research and development facility located in Tawazun Industrial Park in Abu Dhabi, the Coast Control Radar underscores the company’s long-standing commitment to investing in the UAE’s defence and security ecosystem.
12 Feb 25. Raytheon Conducts Successful Test with LTAMDS and PAC-2 GEM-T Missile. Live fire ensures combat-proven effector’s performance with LTAMDS. Raytheon, an RTX business, announced that its Lower Tier Air and Missile Defense Sensor, or LTAMDS, successfully completed another complex live-fire test, detecting and tracking a high-speed cruise missile and guiding a Patriot Advanced Capability-2 (PAC-2) Guidance Enhanced Missile-T (GEM-T) to defend against the surrogate threat. The milestone is the latest in a rigorous U.S. Army test program, advancing towards fielding the 360-degree, full-sector radar.
“This most recent test represents a significant milestone for both Raytheon and the Army, demonstrating the combat-proven PAC-2 GEM-T interceptor with the transformational LTAMDS radar,” said Tom Laliberty , president of Land and Air Defense Systems at Raytheon. “LTAMDS will further enhance Patriot’s unmatched air defense capabilities, helping the Army and customers around the globe defend against increasingly complex threats.”
This was the latest in a series of LTAMDS live-fire events highlighting the capabilities of the advanced 360-degree radar and its integration with the Army’s Integrated Air and Missile Defense architecture. The LTAMDS program is executing to an aggressive schedule, with multiple radars being utilized for simultaneous testing and integration at various Raytheon and USG test locations.
Tests have increased in complexity to stress the radar and prove its capabilities against real and representative threat sets. Throughout, LTAMDS has met complex objectives and showcased the performance of the radar. The program is expected to achieve Milestone C, the official transition from development to production, in second quarter of FY2025.
International interest in LTAMDS is strong, with more than a dozen countries requesting information and receiving briefings. In August 2024, Raytheon was awarded a U.S. Army contract valued at more than $2bn to deliver radars for the U.S. and Poland . With this Foreign Military Sale, Poland is the first international customer to add LTAMDS to their air and missile defense architecture. (Source: ASD Network)
13 Feb 25. Sentrycs, a leading provider of cutting-edge counter-UAS solutions, has been awarded a multi-m-dollar contract in Latin America for a national defense project. The project marks a significant milestone as the largest installation of counter-drone systems in the region, demonstrating Sentrycs’ unparalleled technological capabilities in addressing the growing threats posed by drones in high-risk environments. The contract’s first phase involves deploying multiple advanced C-UAS systems to enhance airspace security across various critical areas, including military bases, special operations forces, VIP convoys, and national borders. A strong emphasis will be placed on combating narcotics trafficking and criminal activity.
“Recent events in Latin America, including heightened defense challenges and increased unauthorized drone use in criminal activities, underscore the pressing need for advanced airspace security”, said Jason Moore, Sentrycs’ Chief Revenue Officer. “This milestone contract is a testament to Sentrycs’ ability to deliver unmatched solutions for today’s most pressing drone security challenges. We are proud to play a pivotal role in enhancing national security for this region and look forward to supporting this air defense strategy with our innovative technologies.”
Sentrycs’ selection followed rigorous trials and operational tests, where the company outperformed over a dozen competitors. Its ability to operate stealthily—remaining undetectable to third parties during use—was a key deciding factor for this sensitive project. Additional factors included the support of a dedicated local partner and a successful reference from an existing in country customer that has worked with the Sentrycs platform for multiple years.
The project will feature fixed, portable and vehicle-mounted systems as part of a multi-layered defense strategy that maximizes operational flexibility. Sentrycs’ vehicle-mounted kits provide discreet, low-footprint protection ideal for on-the-move operations, such as safeguarding VIP convoys, and special forces missions. These advanced solutions leverage an integration of Sentrycs’ superior Cyber over RF and mitigation, integrated with an additional jamming layer required by the end-user for any eventual escalation.
The company continues to innovate, delivering proven, simple, and effective solutions tailored to the unique challenges of high-risk environments.
13 Feb 25. Franck Saudo, CEO of Safran Electronics & Defense, and Fadel Al Kaabi, CEO of International Golden Group (IGG), today inaugurated the new premises of their Vision for Optronics & Navigation joint venture located in the Tawazun Industrial Park, Abu Dhabi, United Arab Emirates.
Vision for Optronics & Navigation is the result of a long-standing collaboration between Safran Electronics & Defense and IGG. The joint venture will be a major new player in the United Arab Emirates with the opening of a center of excellence dedicated to R&D and manufacture of critical military equipment. The center will focus on airborne, land and maritime optronics as well as inertial navigation, providing fast and efficient support to meet the needs of the United Arab Emirates Armed Forces.
“The official opening of the Vision for Optronics & Navigation site marks a decisive step in our strategic partnership with International Golden Group,” said Franck Saudo, CEO of Safran Electronics & Defense. “This new center of excellence reflects our commitment to providing technologically advanced solutions and local support for the UAE Armed Forces. Together, we’re helping strengthen the sovereignty and operational superiority of our regional partners, supporting local economic development and expanding the country’s defense industrial base.”
The site, covering more than 800 square meters (8,600 sq.ft), boasts modern, scalable facilities, including state-of-the-art cleanrooms and advanced industrial equipment. It will create highly skilled jobs, helping to stimulate local economic development and strengthening the country’s defense industrial base.
As of now, Vision is providing local support and in-depth maintenance for the sighting systems currently used by the United Arab Emirates Army on its Leclerc tanks and other armored vehicles.
Through Vision, Safran Electronics & Defense is establishing a strong local presence and developing a comprehensive technology transfer strategy, in line with the objectives of the Abu Dhabi Economic Vision 2030. This initiative builds on the shared history and combined expertise of Safran and IGG to meet the needs of the United Arab Emirates Armed Forces and other members of the Gulf Cooperation Council.
Guided by a commitment to share co-developments and adapt systems with the latest technologies to meet specific local requirements, Vision for Optronics & Navigation, Safran Electronics & Defense and International Golden Group are working together to maintain the highest standards of excellence in the defense industry.
12 Feb 25. Cuashub.com said today that Alabama bill seeks to regulate drone use near schools and prisons. A proposed bill in Alabama aims to set stricter regulations on drone operations near public schools, including high school football games. Filed by Rep. Cynthia Almond (R-Tuscaloosa), the legislation would require drone operators to obtain consent from school administrators before flying within 500 horizontal feet or 400 vertical feet of a school.
Violating this rule would be classified as a Class C misdemeanor, while using a drone to photograph or record a school within this restricted area would carry a Class A misdemeanor charge.
Concerns from commercial drone industry
The bill, which also expands existing laws on drone operations around correctional facilities, has drawn mixed reactions from commercial drone operators. Some have raised concerns that the legislation could create unnecessary hurdles for professionals who use drones for photography, videography and other services. Others argue that the bill may overstep federal jurisdiction, as the Federal Aviation Administration (FAA) regulates national airspace.
Rep. Almond has defended the bill as a necessary measure to enhance safety and accountability in drone operations. She noted that there have been recent incidents involving unidentified drones flying near schools, demonstrating the need for a more structured regulatory framework.
While she acknowledged concerns from drone operators, Almond emphasized that the legislation does not outright ban drone use at school events, such as Friday night football games, but instead seeks to establish a clear process for approval.
In addition to school-related provisions, the bill strengthens privacy protections by making it a Class A misdemeanor to use a drone to observe individuals in locations where they have a reasonable expectation of privacy, such as private residences and fenced yards. However, public spaces like parks and sidewalks are explicitly excluded from these restrictions.
The bill also updates definitions and distance restrictions around correctional facilities while outlining exceptions for authorized users, including law enforcement, corrections departments and military personnel. If passed, the new regulations will take effect on October 1, 2025, allowing time for public awareness and compliance preparation.
The Alabama House Judiciary Committee is set to review the bill on Wednesday, with a vote expected this week.
https://cuashub.com/en/content/alabama-bill-seeks-to-regulate-drone-use-near-schools-and-prisons/ (Source: https://cuashub.com/)
12 Feb 25. Cuashub.com said today that Oregon UAS Accelerator announces $100,000 C-UAS challenge. The Oregon UAS Accelerator has announced the launch of the Proven in Pendleton cUAS Challenge, a competition designed to identify and advance innovative counter-drone technologies. With a total prize pool exceeding $120,000, the challenge offers innovators an opportunity to prove their counter-UAS solutions in real-world conditions, culminating in a live demonstration at the AUVSI Spring Symposium in Pendleton, Oregon, on April 24-25, 2025.
The competition aims to accelerate the development of counter-drone technologies capable of detecting, tracking and neutralizing unauthorized drones across multiple domains, including:
- Urban security for stadiums, airports and critical infrastructure
- Military and law enforcement operations
- Corporate and event security for the private sector
“This challenge represents a unique opportunity for innovators to prove their counter-drone technologies in real-world conditions,” said Joseph Wyno, Executive Director of the Oregon UAS Accelerator. “We’re looking for solutions that are ready to deploy and can make an immediate impact on national security and public safety.”
Competition details
- $100,000 grand prize for the first-place innovator
- $20,000 runner-up prize
- All finalists receive one month of free test flight services at the Pendleton UAS Test Range
- Open to U.S.-based companies with demonstrable counter-UAS technologies
- Live pitch event judged by military, law enforcement and industry leaders
With unauthorized drone incidents rising across civilian and military sectors, the need for effective counter-UAS solutions is widely recognised in the U.S. The “Proven in Pendleton cUAS Challenge” is designed to foster dual-use innovations that can be deployed across both commercial and defense environments.
Finalists will have the opportunity to conduct test flights at the Pendleton UAS Test Range, before presenting their solutions to a panel of expert judges during the AUVSI Spring Symposium.
The challenge is now accepting applications through March 15, 2025. Selected finalists will be invited to Pendleton for live demonstrations and a final pitch competition to determine the winner.
https://cuashub.com/en/content/oregon-uas-accelerator-announces-100000-c-uas-challenge/ (Source: https://cuashub.com/)
12 Feb 25. Cuashub.com said today that Authorities claim Sofia Airport drone incursion was a “deliberate action.” Bulgarian authorities are investigating a drone incident that disrupted flight operations at Sofia Airport on February 8, prompting an urgent security review. Border Police Director Anton Zlatanov confirmed that the drone’s entry into the restricted airport zone was a deliberate action, likely involving manipulation of its flight systems, according to Bulgarian media. According to the Transport Ministry, air traffic controllers detected and tracked the drone as soon as it entered the airport’s airspace. Although some aircraft landings were rescheduled for safety, no flights were diverted.
“The air traffic controllers were in constant contact with the Interior Ministry, Border Police and the State Agency for National Security (SANS), and monitored the movement and behavior of the drone at all times,” the Transport Ministry said in a statement.
The authorities launched an investigation over the weekend, initiating pre-trial proceedings to determine who was responsible. Operating a drone in the airspace of an airport is illegal in Bulgaria, raising concerns about potential security breaches.
Government action
On February 10, representatives from various government institutions, including the Interior Ministry, Air Traffic Control, SANS, Civil Aviation Administration and Sofia Airport operator SOF Connect, convened to address security vulnerabilities. Deputy Prime Minister and Transport Minister Grozdan Karadzhov stated that the incident could have been a “provocation” or a test of the airport’s defenses.
“There were gaps that needed to be filled,” Karadzhov said. “Two systems need to be set up, one of which will be at the airport and will allow, if such a device approaches, it to be neutralized. This will be done and is the responsibility of the concession-holder of Sofia Airport.”
Karadzhov emphasized the need for three key security enhancements:
- Detection systems: The airport will install a system to detect and neutralize unauthorized drones, a responsibility assigned to the Sofia Airport concessionaire.
- Perimeter monitoring: A state-managed system will be developed to detect drones within a 20-kilometer radius, filling a current gap in Bulgaria’s airspace security framework.
- Counter-drone measures: Authorities must establish a centralized body responsible for countering drone threats. Currently, responses are coordinated through multiple agencies, creating procedural inefficiencies. Legislative changes will be drafted in the coming weeks to streamline this process.
Calls for legislative reforms
Defense Minister Atanas Zapryanov acknowledged that Bulgaria lacks legal provisions allowing military forces to neutralize drones, even over sensitive sites.
“There is no law that gives the Defense Ministry the right to shoot down a drone, even over a military site,” Zapryanov said.
He called for the formation of a working group to draft new regulations defining which authorities can take action against drone incursions. The necessary legal amendments could be implemented within three to four months.
Zlatanov stressed that drones were considered a future threat 15 years ago and now pose an active risk. He highlighted the need for anti-drone and radar systems not only at airports but also at border checkpoints, the Kozloduy Nuclear Power Plant and other critical infrastructure.
Bulgaria has already taken steps to enhance border security against drone-assisted smuggling operations, particularly along the Bulgarian-Turkish border. A public procurement process has been completed, selecting a contractor for an a counter-drone system, with implementation pending state funding. Additionally, video surveillance will be introduced along 100 km of the border through a €70 m ($72 m) project.
Authorities claim Sofia Airport drone incursion was a “deliberate action”
(Source: https://cuashub.com/)
11 Feb 25. More UTAAS modules for CV90 infantry fighting vehicles. Saab’s Universal Tank and Anti-Aircraft System offers high hit probability against ground targets, as well as helicopters and high speed aircraft. Sweden’s defence prime Saab will build universal tank and anti-aircraft systems (UTAAS), a sight and fire control system built for the CV90 infantry fighting vehicle. BAE Systems Hägglunds, based in Örnsköldsvik, Sweden, placed the order as the original equipment manufacturer of the tracked and armoured combat vehicle. CV90 is capable of engaging aerial targets, including helicopters, at ranges up to 2,000 metres and a maximum firing range of 5,000m. Saab’s UTAAS gun sight supports the Bofors 40-milimetre L/70 cannon, which includes a thermal imager, laser rangefinder and fire control computer. UTAAS’ low-hazard laser rangefinder has a variable repetition frequency, which can be configured for various operational requirements. Different methods of anti-laser eye protection can be employed in the sight. Although the sight and fire control system is modular, “UTAAS was specifically developed for the CV90,” noted Carl-Johan Bergholm, head of business area surveillance at Saab. The infantry fighting vehicle, he added, “is now in high demand by different armed forces worldwide. To meet the increased demand, we have strengthened our production capacity.”
A glimpse at the CV90 market
CV90 is in service with the armies of Denmark, Estonia, Finland, the Netherlands, Norway, Sweden Switzerland, and most recently, Ukraine. All of their combat vehicles employ UTAAS; more than 1,100 of these systems have been produced in three countries. In January 2023 the nation supplied 50 of its infantry fighting vehicles to provide mobile and armoured firepower to Ukraine’s armed forces against Russia. Now, though, the Swedish government have commissioned its own armed forces to conduct a supply solution for its own war stocks. According to the Nordic supplier, their commission will run until 31 December 2025. On the continent, Slovakia is currently in the process of purchasing 152 units of the new Mk IV CV90 infantry fighting vehicles, 120 of which will perform a combat role which requires Saab’s UTAAS. GlobalData intelligence puts at an estimated contract allocation of $1.14bn over the next ten years. Slovakia’s decision to procure CV90 is a cost-effective alternative to the latest Leopard 2A8 main battle tanks – a decision that requires less costly maintenance. At the start of 2023, Slovakia committed to new industrial infrastructure to support its forthcoming fleet of CV90 Mk IVs, providing an indigenous manufacturing space for some the vehicle’s systems and for full assembly, integration, and testing. (Source: army-technology.com)
12 Feb 25. Microsoft announces plan to slide $22bn IVAS contract over to Anduril. While the government still needs to bless the deal, if approved, the tech startup would oversee the entire mixed-reality program including the development and production of the current hardware and software.
Microsoft is seeking to transfer its entire IVAS contract over to Anduril, in a stunning twist to the long-running saga to deliver mixed-reality goggles to troops.
The move — which would see Anduril assume oversight of the entire program, including development of the current hardware and software, hiring decisions on staff and takeover of production — comes as the Army is considering launching a follow-on IVAS competition given the years-long delays on getting the system operational.
The service has not blessed that newly unfurled “contact novation” and did not respond to questions from Breaking Defense about the program or the proposed shift. However, executives from both companies expressed confidence the Army will back the move.
“We’ve been working together for quite some time now… [and] we are signing a strategic partnership that will take IVAS into the future,” Robin Seiler, Microsoft’s corporate vice president for mixed reality, told reporters ahead of today’s official announcement.
Seiler added that Microsoft Azure would be the preferred hyperscale cloud for IVAS.
The bid to slide current contact work on the 10-year, $22 bn contact comes at a critical juncture for the program. Despite years of program challenges and a heads-up display redesign that is still being tested, Army leaders have not officially said if they will cancel IVAS work under the original contract or do a limited production run. However, they are gearing up for a new competition and even meeting with companies today to answer questions about an IVAS Next competition and possible requirements.
Anduril founder Palmer Luckey, who made his tech breakthrough with the commercial Oculus VR headset, has been teasing development of a new mixed-reality device with military applications. In September 2024, the tech startup announced its steps toward assuming the IVAS contract with a Microsoft partnership for the integration of new sensors and the Lattice platform into the device.
So, with IVAS Next in the wings and their positioning as a likely competitor, why would Anduril want to take over the troubled program now?
By taking over management of the current contract just ahead of findings of a make-or-break operational assessment, Luckey’s team could be asked to produce a limited number of the latest IVAS devices designed by Microsoft, or left with a canceled deal. At the same time, though, his team would have additional time working with Army leaders on the program, and access to a mix of production and research and development funding, Luckey confirmed.
One industry source who has been anticipating today’s announcement previously said it’s that access to government funding that will give Aundril an advantage over other IVAS Next competitors.
“They should invest their own capital to architect and develop IVAS technology which the Army can acquire and field affordably,” the industry source said. “If they use the contract as a vehicle to capture Army subsidies, they will be re-running the problematic defense prime playbook we have seen for decades.”
When asked about the perception of such an unfair advantage, Luckey said that is just the reality of being the incumbent and there was always going to be a company in that position.
“The people who are already doing it will definitely have an advantage over people who are coming in and starting from scratch,” he added. “Anduril is no stranger to fighting incumbency. I think that if people have better things, they’re gonna be able to come in.”
Long Road To ‘Next’
The first Trump administration started the IVAS effort based around Microsoft’s commercially available HoloLens 2 heads-up display, with the goal of providing soldiers with a single device they could use both in combat (including under the cover of darkness) and for virtual training.
That work eventually led to a 10-year production contract valued up to $22 bn. However, shortly after the 2021 award, a host of problems publicly emerged including soldiers complaining of discomfort, dizziness, nausea, and system reliability.
Although Army leaders publicly stood behind the program at first, they began tempering expectations and even split the program up into three initial versions — the 1.0, 1.1 and 1.2 iterations of the goggles. (The service has acquired 5,000 1.0 units, with plans to possibly acquire an additional 5,000 1.1 units for limited use.)
Version 1.2 was billed as the key make-or-break upgrade — an iteration to correct past problems, in part, by transitioning the device from a helmet-like display with a 70-degree field-of-view, to a hinged, flat design with a 60-degree field-of-view that soldiers can flip up.
The service hasn’t released details of initial testing with that new redesign, and a recent Director of Test and Evaluation report on fiscal 2024 activities said the service is now expected to detail findings of an operational assessment of IVAS 1.2 in the April through June timeframe. That testing is designed to help Army leaders decide if they want to skip production, do a limited run or dive into a larger bulk purchase.
Based on that decision, Luckey said Anduril would be ready to move out, and any large-scale buy of IVAS 1.2 or Next could eventually be produced at the company’s future Arsenal-1 facility in Columbus, Ohio.
But while the Army continues preparations for that key test, it conducted other assessments that will factor into the path ahead. For instance, members from the 75th Ranger Regiment were tasked with running IVAS 1.2 through the ringer alongside dedicated night vision systems like the Enhanced Night Vision Goggle-Binocular (ENVG-B) and another system dubbed PVS-14, one service official told Breaking Defense last year.
While companies wait for additional information on Army IVAS Next plans, Luckey said he anticipates the service buying a variety of heads-up displays, from different vendors that are tied together via a common architecture and common application layer. That hardware design, he surmised, will vary depending on the soldier’s job.
“I think you’re going to see things ranging from glasses that look a lot like the Oakley’s you wear everyday, all the way up to things that look like an Iron Man helmet,” he told reporters. “Anduril is going to make some [slice] of those things but… pretty much everybody that’s working on IVAS Next [are companies] that I’m interested in working with.”
Not all companies preparing to compete in IVAS Next have publicly announced plans. However, Massachusetts-based Kopin has also said it’s interested in competing, while companies like Palantir have been attending industry days. (Source: Breaking Defense.com)
12 Feb 25. Oculus founder wants to help troops ‘surpass the limits of human form.’ Microsoft is handing over the Army’s do-it-all mixed reality device to defense company Anduril Industries, the companies announced Tuesday.
California-based Anduril formerly assisted Microsoft with the $22 bn program by integrating the Lattice platform into the Integrated Visual Augmentation System, or IVAS. Lattice allowed soldiers to see threats in real time by removing delays in processing signals between devices, according to a company statement.
Anduril Founder Palmer Luckey, the designer of the virtual-reality headset Oculus Rift, laid out his vision for the future of the IVAS program Tuesday in a blog post titled, “Turning Soldiers into Superheroes.”
“For me, this announcement is deeply personal. Since my pre-Oculus days as a teenager who had the opportunity to do a tiny bit of work on the Army’s BRAVEMIND project, I’ve believed there would be a headset on every soldier long before there is a headset on every civilian,” Luckey wrote.
He wrote that IVAS will allow troops to “surpass the limits of human form and cognition, seamlessly teaming enhanced humans with large packs of robotic and biologic teammates.”
The Army has conducted IVAS-controlled drone flights for microdrones, such as the Black Hornet and other squad-level drones. The device is also used for inter- and intra-squad communication, both through voice and chat. Users can share map information, coordinates or other data via the headset.
In his blog post, Luckey said his involvement with IVAS signals his return to the forefront of technology. He maintains that the program is more than just a headset.
“IVAS isn’t just another product, it is a once-in-a-generation opportunity to redefine how technology supports those who serve,” Luckey wrote. “Whatever you are imagining, however crazy you imagine I am, multiply it by ten and then do it again. I am back, and I am only getting started.”
The Army has worked closely with Microsoft on IVAS since 2018. The current system was originally built on the commercially available Microsoft HoloLens device.
The service is working on the third of five prototypes of the device since the program began.
The current version, IVAS 1.2, is the second engineering validation build, Army Times previously reported. This version includes some design changes that must be implemented in the next prototype, as the service continues gathering troop feedback.
The following updates are in the works for IVAS 1.2:
- A low-light camera with increased sensitivity
- Improved low-light focus mechanism, especially when wearing gloves
- More robust bumpers, cables, bungees and tethered solar caps
- Hinge improvements for usability, display clarity and durability
- Improved transport case and mission bag for better storage and protection
- Minor visor and display improvements for greater clarity and durability
- Software improvements
This spring, soldiers with the 4th Infantry Division at Fort Carson, Colorado, will conduct a battalion-sized operational field assessment of the device. Following the development of its 1.2 version, the Army will be poised to award a production contract to build the device for full fielding. (Source: Defense News Early Bird/Defense News)
11 Feb 25. Adani Defence & Aerospace and DRDO Unveil India’s Vehicle-Mounted Counter-Drone System at Aero India 2025. Adani Defence & Aerospace, in collaboration with the Defence Research and Development Organisation (DRDO), today unveiled India’s public-private partnership-based Vehicle-Mounted Counter-Drone System at Aero India 2025. The platform was launched by Dr. B.K. Das, Director General (Electronics & Communication System), DRDO, in the presence of esteemed guests from DRDO, defence experts, and industry partners, underscoring India’s commitment to strengthening indigenous defence capabilities. (Source: Google/MSN)
11 Feb 25. Aero India 2025: DRDO unveils VHF surveillance radar. India’s Defence Research and Development Organisation (DRDO) has unveiled a new very-high-frequency (VHF)-band surveillance radar (VHF-SR) at Aero India 2025 in Bangalore. DRDO officials said on 10 February that the VHF-SR can detect low radar cross-section (RCS) stealth targets at a range of 400 km and track up to 100 targets simultaneously. They added that the radar will be available for field trials within next three months, but did not provide any more details about these evaluations. The VHF-SR uses 80 TR (transmit/receive) antennaarray modules arranged in 16 columns. Each array column is provided with five TR modules to achieve the angular super resolution of 10–12º. The radar utilises gallium nitride (GaN) TR modules, which provide high output power and enhanced signal reception capability for radar operations. The radar can generate 20–30 kW output power, depending on its modes of operation. DRDO officials did not disclose details about these various modes. The system can be deployed on a 6×6 high mobility vehicle (HMV) and the antenna array can be kept foldable while moving, which makes it suitable for operating in high-altitude field deployments, DRDO said. Advanced array signal processing technology is used in the system for element-level digitisation and beamforming. Two 100 kVA generators are used to meet the power requirement of the radar, although one of these is for redundancy. An identification friend-or-foe (IFF) secondary radar antenna is placed at the top of the TR array module to detect friendly approaching aircraft. The radar features adaptive nulling technology to cancel jamming signals and frequency-hopping and pulse-compression technologies to provide improved immunity against enemy electronic warfare tactics. (Source: Janes)
11 Feb 25. Indra Wins the Contract to Equip the German Air Force With a Space Surveillance Radar.
- This system will reinforce its capacity to protect military and civilian satellites and space assets in low orbits from the risk of impact with debris orbiting without control and other approaching satellites that could damage or neutralize them
- Indra will deliver one of the most advanced space debris detection radars in the world, which will be an improved version of the S3TSR surveillance radar currently in operation in Spain
- The contract covers the production, integration and delivery of the radar, as well as the provision of operational capabilities from deployable working positions and technical and logistical services
Following the German Parliament’s approval, Indra has signed a contract with the National Procurement Office (BAAINBw) of the German Armed Forces (Bundeswehr) to provide the country’s air force, the Luftwaffe, with a last generation radar capable of detecting objects in low space orbits.
The system will protect satellites in service from potential impacts with debris from other missions orbiting at high speed in an uncontrolled manner that could damage or disable them. It will also help protect them by monitoring any attempts by other satellites to approach them to jeopardize their missions or gather information about them.
Indra, through its German subsidiary, and as a flagship company in the aerospace and defence sectors, was invited to take part in this tender, which it won thanks to its space radar’s proven maturity, its high performance and its modular and flexible design enabling it to progressively increase its capabilities.
Manuel Ruiz, Indra’s director of Integrated Defence Systems, highlighted that “this kind of radar protects the space assets on which essential services for our society depend, including communications, transport, logistics and meteorological information. We’re really proud to be working with the Bundeswehr on what will be one of the most sophisticated and longest-range radars in the world, and we’re grateful for the support provided by the CDTI, the Spanish Space Agency and the Spanish Space Command in the development of this technology”.
The German Space Command (WRKdoBw) will be tasked with operating this space surveillance radar by accessing it remotely from the space situational awareness center (WRLageZ) located in Uedem.
Data on objects in near-Earth orbits will be cataloged and they will serve as the basis for dedicated tracking of objects of interest. Indra’s radar and other additional sensors available in the country, such as its recently acquired telescopes forming a network of sensors to enhance space situational awareness, will be used in combination for this purpose.
The acquisition of the space radar is an element of the German program known as “L-GUARD” (LEO – Groundbased Upscaled AESA RaDar), which, in turn, forms part of the Space Surveillance system (SysWRÜbw).
The decision to award this important contract to Indra will reinforce European cooperation and the continent’s technological sovereignty over a capability that’s critical to the security and well-being of its citizens. It will thus harness the experience of Indra, the developer and supplier of the S3TSR space surveillance radar, the main sensor of the Space Operations and Surveillance Center of the Spanish Space Command, which, in turn, is integrated into the surveillance network of the EU-SST (European Union Space Surveillance and Tracking Partnership) consortium. One of the main roles of this consortium is to generate a catalog with detailed information on active and inactive satellites and space debris, an essential tool for predicting and preventing collisions in space and protecting space missions and terrestrial infrastructures by calculating re-entry and fragmentation trajectories. The development currently ongoing in Germany will give further impetus to the procurement of increasingly advanced radars to guarantee Europeans’ free access to and use of space. (Source: ASD Network)
11 Feb 25. Cuashub.com said today that PureTech Systems integrates PureActiv with Echodyne’s EchoShield. PureTech Systems Inc., a leading provider of geospatial AI-enhanced video analytics for border and wide-area perimeter security, announced this Wednesday 5 February, the integration of its patented PureActiv® software with Echodyne’s EchoShield radar. This collaboration strengthens counter-drone detection and tracking capabilities, reinforcing security for critical infrastructure and perimeter protection.
This strategic partnership enhances security automation and precision monitoring by delivering advanced detection, classification, and situational awareness of aerial threats, such as drones.
Larry Bowe, President of PureTech Systems Inc. commented, “PureTech Systems is dedicated to staying at the forefront of innovation to address emerging security challenges”. He continued, “our integration with the EchoShield radar sets a new benchmark for counter-drone solutions, enabling our customers to detect and monitor aerial activity with greater accuracy and reliability.”
The integration of PureActiv® software with the EchoShield radar offers significant advantages for border security and various critical infrastructure sectors, including:
- Energy sector assets: Power plants, electrical grids, and oil and gas facilities gain enhanced perimeter security and protection against aerial threats.
- Transportation infrastructure: Airports, seaports, railways, and major highways benefit from improved surveillance and threat detection.
- Water systems: Dams, water treatment facilities, and distribution networks receive stronger security against potential cyber-physical threats.
- Defence industrial base: Military installations and defence research, development, and production facilities are better protected from both aerial and ground-based threats.
- Emergency services: Law enforcement, fire and rescue, and emergency medical command centres benefit from greater situational awareness and threat detection.
- Correctional facilities: The system aids in detecting and preventing contraband delivery via drones.
Not only does this partnership deliver a multi-layered security solution by integrating radar detection, real-time tracking, and visual verification through PureTech’s advanced camera and sensor fusion software, it is also key in enhancing the protection of military bases, critical infrastructures, airports other high-security locations vulnerable to drone threats.
According to Todd Fraser, Chief Commercial Officer, Echodyne, “PureTech has a proven track record for integrating sensors and software to offer unique solutions for target market needs.” He also stated, “we’re excited that PureTech has completed their integration of the EchoShield radar into their platform to enhance its counter-drone and drone threat detection capabilities. We believe the enhanced capabilities that EchoShield provides will be well received by PureTech’s customers.”
With its ability to detect and track small unmanned aircraft systems (UAS) over long distances while reducing false alarms, the system is particularly well-suited for safeguarding large-scale, high-value assets that may be targeted by malicious actors. PureTech Systems remains at the forefront of the industry by integrating proven technologies to meet the demands of an evolving security landscape. This latest collaboration enables organisations to effectively monitor and safeguard their assets against the increasing threat of drone activity. (Source: https://cuashub.com/)
11 Feb 25. Cuashub.com said today that ACA calls for drone mitigation authority for U.S. prisons. At the Counter-UAS Homeland Security USA Conference, Robert L. Green, Executive Director of the American Correctional Association (ACA), delivered a stark warning about the escalating threat of drone incursions in the nation’s correctional facilities.
“In my 41 years of doing this work, I’ve never seen anything more vexing, problematic and ‘in crisis’ as the drone issue that we’re dealing with in jails and prisons.”
Robert Green, American Correctional Association.
Green urged policymakers to grant correctional institutions mitigation authority and enhance funding for detection systems.
The growing problem of drones in prisons
Green painted a grim picture of the evolving crisis, describing how drones have become a key tool for smuggling contraband, including cell phones, drugs and weapons, into prisons.
“[When we have an incident] by the time we can get law enforcement to the table, in some places, that’s a 10, 15, 20-minute response time,” Green explained.
He dismissed the notion that these incidents were merely hobbyist drones carrying minor contraband. Instead, he pointed to organized criminal networks using high-tech equipment.
“We’re talking about major cartels, $50,000 a flight,” he emphasized, adding that criminals are using modified drones with drop mechanisms and even Raspberry Pi systems to evade detection and control drones from miles away. Despite increasing investments in security measures, Green noted that correctional facilities remain highly vulnerable due to legislative and technological barriers.
“We do not have mitigation authority, and in many cases, we can’t afford detection equipment,” he stated.
He criticized the disparity between the attention given to airport security and the lack of legislative urgency surrounding drone threats to prisons.
“You had the NFL, you had Major League Baseball, you had critical infrastructure, nuclear power plants, all of that is wonderful, absolutely. We were not even on the radar. We’re on the radar now.”
Robert Green, American Correctional Association
Green called for support for industry with the solutions that they develop:
“The purpose of me coming in front of you is to show you what corrections is dealing with. As individuals that are building it, selling it, we need your help.”
He pointed to Georgia as an example of a state taking aggressive action, with six RICO cases pending against individuals involved in drone smuggling.
“Georgia right now is above and beyond anywhere in the United States. They’ve got over 300 drones in their evidence locker now,” he said.
A call for legislative support
Green made an plea for Congress to act on what is increasingly becoming a critical issue.
“We need mitigation authority. We need it yesterday, and we are being patient,” he said, warning that without immediate intervention, the situation will only worsen.
He acknowledged the political and legal challenges surrounding mitigation but argued that correctional institutions must be given the same tools as other security agencies.
“We need, to some degree, to stand alone and be recognized as a professional law enforcement public safety agency, and be granted the authority to manage it within our systems.”
Robert Green, American Correctional Association
Green also noted the need for better collaboration between technology developers and correctional institutions:
“Be real honest about what your systems can do and what they can’t do. How you can, right now, help us with detection,” he urged vendors.
The consequences of inaction
Green concluded with a warning about the stakes involved.
“Everything we’re worried about happening in other places is happening every day in our correctional facilities. You’re worried about death? We’ve got people dying with what’s being dropped in.”
Robert Green, American Correctional Association
Green described drones carrying tennis balls filled with fentanyl disguised with grass clippings that have been colour-matched with the prison lawns, to avoid detection.
Green called on the public and policymakers to take prison security more seriously.
“This is not just a nuisance; this is organized crime exploiting a gap in our security, and we need to close it, now.”
Green’s message was clear: the crisis is real, the threats are growing and without swift legislative action, the safety of inmates, correctional officers and the public will remain at risk.
https://cuashub.com/en/content/aca-calls-for-drone-mitigation-authority-for-u-s-prisons/ (Source: https://cuashub.com/)
11 Feb 25. Cuashub.com said today that Aviation Subcommittee Chairman calls for greater C-UAS capabilities for airport law enforcement. The Chairman of the Aviation Subcommittee of the House Transportation and Infrastructure Committee has called for greater power to be given to enforcement agencies to mitigate drone incursions at airports. During the recent “Counter-Unmanned Aircraft Systems” hearing, which took place in Washington, D.C. on February 6, Chairman Troy E. Nehls (R-Texas) heard testimony from three witnesses discussing the growth in drone use in the US and the need for greater C-UAS capabilities and education. Representative Nehls heard – and even highlighted himself in his opening remarks – the numerous benefits UAS can bring not only for the public, but also for law enforcement agencies and the delivery of essential goods. Nevertheless, he noted that “the wide-scale integration of small drones into our airspace at low altitudes poses unique challenges both on the ground and in our nation’s airspace” – most recently demonstrated by the more than 5,000 reported drone sightings in New Jersey. The Subcommittee heard testimony from Dr. Catherine Cahill, Director of the Alaska Center for UAS Integration (ACUASI) at the University of Alaska Fairbanks, Lisa Ellman, Executive Director of the Commercial Drone Alliance (CDA), and Chris McLaughlin, Dallas Fort Worth International Airport’s (DFW) Executive Vice President of Operations, all of which can be found on the House Transportation and Infrastructure Committee website here.
McLaughlin highlighted the challenges airports face in detecting and mitigating unauthorized drone activity. Speaking about DFW’s drone detection system, he praised its effectiveness in identifying more than 5,000 legitimate drone flights in its five-mile radius annually, 150 of which were operated inappropriately. He argued for the need for better access to FAA data to identify authorized drones and the importance of mitigation authority for airports in extreme situations.
In response, Rep. Nehls advocated for airport law enforcement nationwide to be empowered use the DeDrone Defender, which disrupts drones using radio waves and was displayed at the hearing. He emphasized that he was assured by the manufacturer that the system does not interfere with aircraft.
Rep. Nehls further urged Congress and the FAA to use readily available technology to improve on addressing the issue with drones which are “by the thousands, if not millions.” The video of the full hearing can be found on YouTube here: https://www.youtube.com/watch?v=bzHFhmfPbP8&t=1s (Source: https://cuashub.com/)
11 Feb 25. Meprolight (1990) Ltd., a member of the SK Group, founded by Mr. Samy Katsav, and a leading manufacturer of electro-optical systems, thermal and night vision equipment, as well as self-illuminated sights for military, law enforcement, and civilian applications, introduces two innovative optical sights designed to elevate operational effectiveness across diverse scenarios.
The MCO Meprolight Carbine Optic, a compact closed emitter optic for assault rifles, offers significant weight and size advantages. Engineered to meet the demands of rapid close-quarters engagements, it features a compact and lightweight design (5.23 cm x 5.8 cm x 4.05 cm and weighs only 151.7 grams). This closed emitter sight is particularly suited for assault rifles, offering a distinct advantage in size and weight, which is critical in various scenarios. Its robust system ensures protection against sand, dust, and moisture, making it ideal for harsh environments. With 10 daylight and 2 night-vision brightness settings, the MCO adapts to various lighting conditions, providing flexibility for target acquisition in all circumstances. Powered by a long-lasting battery, the sight ensures extended operational readiness without the need for frequent replacements.
For mid-range engagements, the MVO 1-8X riflescope offers unparalleled versatility with seamless magnification transitions from 1x to 8x. A family of high-performance variable power riflescopes, the MVO 1-8X delivers outstanding optical clarity and precision across various magnification ranges. Designed for marksmen, and assault rifle operators, it provides exceptional optical performance, ensuring clear, distortion-free sight pictures even at long distances. The first focal plane reticle guarantees precise ranging and accurate holdovers at all magnification levels, which is crucial for long-range shooting. The optical continuity between 1x and 8x magnification ensures a high-quality visual experience, maintaining a clear, sharp sight picture for superior shooting accuracy.
“Meprolight continues to evolve in response to the changing needs of various forces,” said Golan Kalimi, SVP Marketing at Meprolight. “We are proud to develop sights that meet the diverse needs of operators in the field, offering precision and adaptability across different conditions.
The MVO 1-8X delivers exceptional performance and versatility for extended-range engagements. These sights ensure accuracy and effectiveness in the most demanding environments.”
About Meprolight
Meprolight, a member of the SK Group and a leading international electro-optics company, has been developing, manufacturing and marketing systems for armed forces, law enforcement agencies and civilian markets since 1990. The company, provides comprehensive solutions in a wide array of combat-proven products: self-illuminated, illuminated, electro-optical and optical sights and devices, night vision sights and observation systems, laser pointers, and thermal sights. Meprolight is among the largest OEM manufacturers of day/night illuminated sights for pistols and rifles worldwide. The company’s solutions are currently operational in defense, security & safety, and recreation applications for military, law enforcement, and civilian communities worldwide.
For more information on Meprolight, please visit: www.meprolight.com, https://www.linkedin.com/company/meprolight/
About The SK Group
The SK Group, founded by Mr. Samy Katsav, is a privately held technology and innovation holding company, specializing in global frontline defense, law enforcement solutions, marine infrastructure, and property development solutions. The SK Group provides small arms systems, electro-optic and laser solutions, imaging systems, naval solutions and more. Drawing on Israel’s innovation and field-proven solutions, The SK Group offers a powerful track record of technology, experience, and excellence.
Further information about the SK Group is available at www.sk-g.net
LinkedIn: https://www.linkedin.com/company/skgroupdefense/
10 Feb 25. India deploys new forensic C-UAS technology to counter drone smuggling. The increasing use of drones for illicit activities along the India-Pakistan border has prompted the Border Security Force (BSF) of India to adopt advanced forensic tools to mitigate the threat. One such tool, Skynet Intel, developed by Drones Tech Lab, has been officially inducted by the BSF and is now being used to carry out forensic investigations on over 200 recovered drones. Over the past few years, the BSF has witnessed a surge in cross-border drone activity, particularly in Punjab. These drones – primarily originating from Pakistan, say Indian security sources – have been used to smuggle narcotics, weapons, ammunition, and counterfeit currency into Indian territory. In 2023 alone, the BSF intercepted 107 drones, a number that more than doubled in 2024, surpassing 200 drone recoveries. In early 2025, multiple drone interceptions have already been recorded, including the recovery of a DJI Mavic 3 Classic near Amritsar. Given this escalating threat, the BSF has intensified its counter-drone measures by integrating cutting-edge forensic and tracking solutions. Skynet Intel has emerged as a key asset in these efforts. Skynet Intel is a digital forensic investigation framework designed for rapid case analysis, particularly in drone-related security threats. The system provides real-time forensic imaging, data extraction, and decryption capabilities. It enables security agencies to extract and analyze UAV metadata – by recovering flight logs, GPS coordinates, and operational history of intercepted drones – decrypt communications (investigate encrypted data to trace operators and smuggling networks – perform SIM card analysis – if drones contain SIM-based communication, Skynet Intel can retrieve call and message records – and automate forensic reporting – generate intelligence reports to aid ongoing investigations and security planning. By utilizing Skynet Intel, the BSF can reconstruct drone flight paths, identify launch points, and establish links to smuggling syndicates. Recent incidents underscore the scale of the challenge. In November 2024, he BSF, in collaboration with Punjab Police, seized 6.5 kg of heroin in two separate drone drops along the border. The narcotics were wrapped in yellow adhesive tape with illuminated markers, suggesting precision drone delivery techniques. In January 2025 BSF personnel apprehended two Indian smugglers along the Gurdaspur border with a drone-carried heroin consignment. As adversaries continue to exploit drone technology for illicit operations, India’s BSF is expected to expand its deployment of AI-driven forensic and counter-drone systems. Skynet Intel, with its robust investigative capabilities, is poised to become a standard tool in law enforcement’s fight against drone-based threats. (Source: www.unmannedairspace.info)
07 Feb 25. US House hearing calls for more national testing of C-UAS technologies. The Aviation Subcommittee at the United States House Committee on Transportation and Infrastructure held a hearing on counter-uncrewed aerial systems yesterday (February 6). Opening the hearing, subcommittee chairman Troy Nehls spoke of the myriad benefits of UAS but also cautioned that the wide-scale integration of small drones into US airspace at low altitudes poses unique challenges both in the air and on the ground. Nehls spoke of the drone sightings in the New Jersey area in December 2024. While the US government has said these drone operations were not nefarious in nature, Nehls said that “the fact of the matter is that authorities received 5,000 reports. 5,000 reports are significant and telling of the fact that the aviation community must better educate the public about lawful drone operations.” With the increasing rate of drones expected to integrate into our airspace and the potential for their misuse by bad actors, Nehls said it is time to establish a properly scaled, well-balanced, and legally sound framework for counter-UAS authorities and the corresponding technologies. Witnesses providing expert testimony at the hearing included Dr. Catherine Cahill, Ph.D., Director, the Alaska Center for UAS Integration (ACUASI), University of Alaska Fairbanks; Lisa Ellman, Executive Director, Commercial Drone Alliance (CDA); and Chris McLaughlin, Executive Vice President of Operations, Dallas Fort Worth International Airport (DFW).
Mitigation risk
ACUASI’s Dr Cahill said the US needs to develop, test, and implement safe C-UAS technologies that will allow the discrimination between authorised UAS, unauthorised UAS, and manned aircraft, allow the safe removal of rogue UAS from the national airspace by authorised individuals, and provide a sense of safety to the US population. She said the New Jersey drone sightings “highlighted the fact that there is not a consensus on who should have C-UAS authority”.
Commenting on calls to shoot down the New Jersey drones, Dr Cahill said the risk of unintended consequences from a mitigation attempt by a state or local entity is too high. “The primary job of the state or local official will most likely not be C-UAS operations and they may not have all of the information about the operation of the UAS of concern. In Alaska, for example, we have had difficulty getting local and state law enforcement to address rogue UAS because they are overworked, understaffed, feel it is not their responsibility to do it, and do not know what they can legally do to build a case for the misuse of the UAS. I do not want a local or state official to have the ability to take down a UAS without doing a risk/benefit analysis that includes identifying what is under it, whether it is an FAA-approved UAS operation, whether it is a UAS or a plane, what they can legally do to build a case against the operator, etc. A study conducted by the FAA Center of Excellence for UAS Research (ASSURE) shows that even trained observers can have trouble telling how far a manned aircraft is from them. This means it is even more difficult to determine the distance of a small UAS from the observer. Additionally, night complicates the whole situation by making the aircraft and UAS more difficult to see.”
Dr Cahill said she would be “very comfortable” with granting state and local authorities permission to use detect, track and identify (DTI) systems that had been tested to ensure no adverse side effects to their use. She said however that the number of companies able to test C-UAS, and some DTI, technologies is limited because it requires the participation of one of the authorised entities (such as the departments of defence, homeland security and justice). “This is driving companies to test their technologies in other countries,” Dr Cahill noted. “Ukraine, in particular, has been a hotbed of C-UAS testing due to the needs of the soldiers on the battlefield and the quickly evolving UAS environment. The US should be facilitating the availability of testing locations in the US to enable C-UAS and DTI technology providers to test their systems under a wide range of environmental conditions at a much faster pace.”
Dr Cahill also called for agencies to communicate clearly and early with the public during any ‘unauthorised drone’ events to assuage the public’s fear.
Remote ID’s role
Ellman testified the CDA supports establishing a framework for safe and secure drone operations, and expanding existing counter-UAS authorities. She also called for more work to be done to improve compliance with the Remote ID rule, with more resources and information made available to the public and to state, local, tribal, and territorial governments to enhance the understanding of Remote ID technology. In addition, she said that two rules currently in development would “contribute significantly to enhancing airspace transparency and preventing drones from flying where they should not”. The first is the rule to enable beyond visual line-of-sight (BVLOS) and the second is focused on drone security around critical infrastructure and sensitive airspace (commonly referred to as the 2209 rule). Ellman said that the CDA had sent a letter to the new US Transportation Secretary, Sean Duffy, urging swift action on these rules.
Managing airspace around airports
McLaughlin said DFW supports UAS integration and that drone detection capabilities are an important part of this. The airport has partnered with the US Transportation Security Administration on detection since 2017, has piloted a second system through an FAA-approved process and intends to install a permanent solution with FAA approval. “Our detection system has been effective, identifying more than 5,000 legitimate drone flights in our five-mile radius, annually. Of that, about 150 were operated inappropriately. Telling the difference can be difficult because airports lack independent access to FAA data that identify which drones have the appropriate airspace authorisation to operate near our facilities and which do not. Better data sharing would enhance airport safety.” McLaughlin noted that most airports do not have the same level of situational awareness about drone operations in their airspace or near their airfield. He also said that detection alone is not enough and that mitigation is important for airports with authority currently limited to federal agencies whose physical presence at airports is insufficient.
For more information: US House Committee on Transportation and Infrastructure: https://transportation.house.gov/ (Source: www.unmannedairspace.info)
07 Feb 25. Xelevate announces UAS test and development site in Alabama. Xelevate has announced a new location at Tennessee Valley Authority’s Bellefonte Nuclear Power Plant, which it says will accelerate innovation and enhance workforce development in the rapidly growing uncrewed aerial systems (UAS) industry. Xelevate will use a portion of the Bellefonte site to enable training, testing, and demonstrations on the use of UAS. This operational environment will be open to industry, federal, state, and local government, public safety, and emergency management operatives to rent time to test, demonstrate, train, innovate, collaborate, and hold small infrastructure-based events. Xelevate intends to establish best practices that align with Federal Aviation Administration regulations and support the safe integration of UAS into critical infrastructure environments. (Source: www.unmannedairspace.info)
05 Feb 25. “UTM, C-UAS, AI solutions urgently required” – India’s Directorate of Aerospace Design. With the increasing number of airborne assets in low-altitude airspace, the challenge of tracking movements and distinguishing between friendly and hostile drones has become critical, according to a recent industry outreach event organised by India’s Directorate of Aerospace Design (DAD), the innovation hub of the Indian Air Force (IAF). The Directorate emphasized the urgent need for robust UTM solutions to manage this growing complexity. Industry stakeholders were encouraged to submit proposals addressing these challenges, as the IAF actively seeks cutting-edge solutions for seamless airspace management. The event featured a roundtable discussion on advancements in airships, stealth ISR, supersonic FPV drones, counter-drone measures, radars, jammers, UTM and the integration of artificial intelligence (AI) into defence systems. A key highlight of the session was the presentation of a problem statement wishlist, outlining the pressing technological needs of the IAF. The Directorate also made a major announcement: the availability of IAF Bhatinda for capability showcasing, field trials, and testing. The Directorate is inviting industry players, startups, and academia to collaborate in addressing these technological challenges. Participants were encouraged to reach out via the official email () to obtain the list of problem statements and submit proposals; the Directorate is offering grants and support to promising projects, ensuring that groundbreaking ideas receive the necessary resources for development. The DAD serves as the IAF’s nerve centre for identifying and developing next-generation technologies to enhance operational capabilities. It works closely with leading organizations such as DRDO, DPSUs, CSIR labs, private industries, academia, startups, and individual innovators. (Source: www.unmannedairspace.info)
05 Feb 25. Israel MOD completes extensive testing of C-UAS technologies. The Israel Ministry of Defense (IMOD) Directorate of Defence Research & Development (DDR&D) announced on February 5 that it has successfully completed an extensive series of operational trials testing approximately 20 advanced counter-uncrewed aerial system (C-UAS) technologies. Nine Israeli defense industries and startups demonstrated various drone interception and neutralisation capabilities using both projectile-based systems and counter-drones at a testing field in southern Israel on February 4. The tests follow the initial series of trials conducted in October 2024. The trials featured defence contractors including Elbit Systems, Rafael, and Israel Aerospace Industries, alongside several startups. As part of the competition, the industries deployed interception system prototypes developed under DDR&D leadership, demonstrating drone interception capabilities at various ranges, speeds, and altitudes. Following the analysis of current trial results, the IMOD plans to select several technologies for accelerated development and production processes, aiming to deploy new operational capabilities immediately. Industry CEOs also attended the trials alongside senior IDF and Ministry officials. Additionally, in partnership with the US Department of Defense (DoD) Irregular Warfare Technical Support Directorate, the DDR&D is developing technologies for detecting and neutralising UAS that endanger both nations. With more than twenty US C-UAS experts from across the DoD participating in the blind test, the event helped foster cooperation between the nations. In a social media post, IMOD listed the companies and technologies that were part of the recent trials: Elbit Systems demonstrated a radar-based interception system with interceptor drones, a hard-kill drone-based defence system against missiles and drones, and an integrated 30mm cannon with radar enabling long-range detection and interception.
IAI- Israel Aerospace Industries presented an autonomous spatial system for handling UAS threats based on SOI. The system includes a sensor array and distributed interception systems, including a concept electric missile for long range, a short-range drone interceptor, and a 30mm cannon.
Rafael Advanced Defense Systems showcased the Mini Typhoon, a remote-controlled medium-range weapon system for aerial threat interception, alongside drone-based interception systems.
Airobotics demonstrated system featuring reusable interceptors for UAS engagement.
Tamar Group is repurposing automatic rapid-fire projectile weapon systems that were taken out of service and converting them into systems capable of UAS interception.
XTEND, in cooperation with Axioma and Elbit Systems, demonstrated a drone-based interception system.
General Robotics showcased a development for projectile interception at medium ranges, plus a machine gun-based solution.
SMARTSHOOTER presented a development enabling precise guidance for a wide range of interception methods.
Robotican demonstrated two multi-purpose drone interception systems.
Elisra, a member of Elbit Systems, in cooperation with an American company, presented a net-based interceptor drone. (Source: www.unmannedairspace.info)
05 Feb 25. Dimetor introduces GNSS threat detection and prevention system. Dimetor has introduced NAVSentry, a GNSS threat detection and prevention system for securing critical operations. GNSS spoofing and jamming attacks pose a serious threat, with over 40,000 incidents recorded globally each month, compromising systems, disrupting operations and creating safety risks. Using mobile network infrastructure and AI-driven analytics, NAVSentry provides real-time GNSS spoofing and jamming detection. NAVSentry continuously scans GNSS signals and mobile network data to detect anomalies that indicate interference. By analysing signal integrity and behavior, it identifies potential spoofing or jamming attempts as they occur. The system creates a live digital twin of the GNSS environment, using real-time data, simulations, and machine learning to map signal behaviour. Once interference is detected, NAVSentry identifies the type of disruption (spoofing, jamming, or environmental factors), maps affected regions to assess operational impact, and characterizes and pinpoints the source of interference for faster resolution. The system can deliver immediate notifications to air traffic control, mission command centres, and other automated systems. These alerts enable operators to take corrective action, reducing downtime and operational risks. (Source: www.unmannedairspace.info)
04 Feb 25. India’s DRDO announces successful trials of its VSHORADS/C-UAS system. India’s Defence Research & Development Organisation (DRDO) reports it has successfully conducted three successive flight-trials of Very Short-Range Air Defence System (VSHORADS) from Chandipur off the coast of Odisha. These tests were carried out against high-speed targets flying at very low altitude.
“During all the three flight-tests, the missiles intercepted and completely destroyed the targets having reduced thermal signature mimicking low flying drones at different flying conditions. The flight-tests were carried out in final deployment configuration where in two field operators carried out weapon readiness, target acquisition and missile firing,” said a DRDO press release. “The flight data captured by various range instruments like Telemetry, Electro-Optical Tracking System and Radar deployed by Integrated Test Range, Chandipur, confirmed the pin-point accuracy and established the unique capability of VSHORADS missile system in neutralizing drones along with other classes of aerial threats. The flight-tests were witnessed by senior officials of DRDO, Armed Forces and development and production partners.”
VSHORADS is a Man Portable Air Defence system designed and developed indigenously by Research Center Imarat in collaboration with other DRDO laboratories and Development cum Production Partners. The missile system has the capability to meet the needs of all the three branches of the Armed Forces, viz. Indian Army, Navy and Air Force. For more information: https://pib.gov.in/PressReleasePage.aspx?PRID=2098784 (Source: www.unmannedairspace.info)
04 Feb 25. US aviation subcommittee to hold hearing on federal C-UAS authorities. The Aviation Subcommittee of the United States Transportation and Infrastructure House Committee will hold a hearing this week to examine the existing federal counter-uncrewed aircraft system (C-UAS) authorities that permit certain federal agencies to detect and mitigate unauthorised or unlawful UAS operations. The hearing will also discuss potential extensions and expansion of those authorities. The event was held at 10:00 a.m. ET on Thursday, February 6, 2025, in 2167 Rayburn House Office Building, Capitol Hill, Washington DC.
Dr. Catherine Cahill, Ph.D., Director, the Alaska Center for UAS Integration, University of Alaska Fairbanks; Lisa Ellman, Executive Director, Commercial Drone Alliance; and Chris McLaughlin, Executive Vice President of Operations, Dallas Fort Worth International Airport provided witness testimony.
For more information: Transportation and Infrastructure Committee (Source: www.unmannedairspace.info)
07 Feb 25. Cuashub.com said today that Israel’s MOD completes testing of 20 counter-drone technologies. The Israel Ministry of Defense (IMOD) Directorate of Defense Research & Development (DDR&D) has successfully concluded a series of extensive operational trials evaluating approximately 20 counter-drone technologies. The tests, conducted in southern Israel, featured interception and neutralization capabilities demonstrated by nine Israeli defense firms and startups. Among the participants in the trials were leading Israeli defense companies, including Elbit Systems, Rafael Advanced Defense Systems and Israel Aerospace Industries, alongside several emerging startups. The trials assessed a range of interception technologies, including projectile-based systems and other counter-drone technologies, testing their effectiveness against drones at varying ranges, speeds and altitudes. The trials were conducted as part of an accelerated competitive process initiated under the directive of IMOD Director General, Maj. Gen. (Res.) Eyal Zamir. The initiative aims to identify the most effective interception solutions to counter the evolving drone threat. The concluding demonstrations were attended by high-ranking officials, including Defense Minister Israel Katz, IMOD Deputy Director General and Head of the Planning Department Itamar Graff, DDR&D Head Brig. Gen. (Ret.) Dr. Daniel Gold, and IDF Head of Planning and Force Build-Up Directorate Maj. Gen. Eyal Harel. Industry CEOs were also present to observe the performance of their respective technologies. Following the completion of the trials, the IMOD will analyze the results to select the most promising technologies for accelerated development and deployment. The goal is to integrate operational counter-drone capabilities into Israel’s defense framework as quickly as possible.
Israel-U.S. collaboration in counter-UAS efforts
This trial is part of a broader initiative by the DDR&D to address the growing threat posed by UAS. In collaboration with the United States Department of Defense (DoD) Irregular Warfare Technical Support Directorate, the DDR&D is spearheading the development of cutting-edge technologies for UAS detection and neutralization. More than 20 U.S. counter-UAS experts from across the DoD participated in a blind test during the trials. Congress has reaffirmed the U.S.-Israel partnership by supporting joint research and development efforts to combat this evolving threat. https://cuashub.com/en/content/israels-mod-completes-testing-of-20-counter-drone-technologies/ (Source: https://cuashub.com/)
07 Feb 25. Cuashub.com said today that Startups secure funding for counter-drone tech in DIU-Singapore challenge. The Defense Innovation Unit (DIU) and Singapore’s Ministry of Defence (MINDEF) have backed several startups developing cutting-edge counter-UAS technology. As part of their joint challenge, companies received funding to help enhance maritime security and military operations. This marks the first initiative to come out of a Memorandum of Understanding for Defense Innovation Cooperation between Singapore and the U.S. Department of Defense.
Mistral secures $80,000 for Victus C2 Gateway
Among the awardees, Mistral Inc. secured $80,000 for its Victus C2 Gateway solution, an all-in-one system that detects, tracks and neutralizes unauthorized drones near ships operating close to shore. The technology integrates radio frequency sensors with both kinetic and non-kinetic countermeasures in a cost-effective, open-architecture package. This means it is designed to work seamlessly with existing defense systems, avoiding proprietary silos and boosting adaptability for future missions.
“The challenge provided access to defense experts and optimizing our C-UAS Victus C2 Gateway system’s open architecture for scalability and future mission adaptability,” explained Yoav Bana, Senior Vice President of Business Development at Mistral. “Operational testing proved our solution’s effectiveness in addressing real-world maritime security challenges, enhancing our credibility as a trusted vendor.
More funding for counter-drone solutions
In addition to Mistral, other companies securing funding for their counter-UAS innovations include:
- Black River Systems Company, Inc. – Developed its Ninja C-UAS solution, optimized for port and shipboard protection.
- Aurelius Systems, Inc. – Created an edge-deployed directed energy system to counter small UAS (Group 1 and 2) threats, protecting warfighters in contested environments.
These companies were part of a group that received a total of $130,000 in awards.
By leveraging commercial advancements, the initiative accelerates the deployment of effective counter-drone solutions, enhancing security for military operations in contested environments.
https://cuashub.com/en/content/startups-secure-funding-for-counter-drone-tech-in-diu-singapore-challenge/ (Source: https://cuashub.com/)
07 Feb 25. Cuashub.com said today that U.S. Marines to upgrade missiles and air defenses to counter drones. The U.S. Marine Corps is upgrading its AGM-179 Joint Air-to-Ground Missile (JAGM) to improve its ability to counter enemy drones, according to the newly released 2025 Marine Aviation Plan.
The JAGM, developed by Lockheed Martin, was first deployed on the AH-1Z Viper attack helicopter in March 2022, providing the platform with fire-and-forget capabilities. Now, the Marine Corps aims to enhance the missile’s air-to-air performance to better engage UAS.
“This missile will receive incremental upgrades, including funded efforts to add counter-UAS software and integration of a new electromagnetic control actuator section (EMCAS),” the document states. “The counter-UAS software upgrade improves air-to-air guidance and laser pulse logic to increase engagement capability against a wide variety of adversary unmanned systems.”
The Marine Corps’ aviation modernization efforts reflect the growing recognition of drones as a persistent and evolving threat on the battlefield. Alongside the JAGM upgrade, the service is enhancing its Advanced Precision Kill Weapon System II (APKWS II) with a new proximity fuse to improve effectiveness against UAS.
The program has transitioned to the Single Variant Block Upgrade, allowing a common guidance unit across platforms and expanding its operational flexibility. Additional demonstrations with the Army and Air Force are underway to explore integrating passive infrared seekers and other guidance enhancements.
Other ongoing efforts include the Marine Corps’ involvement in the Army’s Next Generation Short Range Interceptor program, which is set to replace the aging Stinger missile by fiscal year 2029.
Expanding ground-based air defense
Ground-based air defense remains a priority, with investments in mobile counter-drone capabilities such as the Marine Air Defense Integrated System (MADIS) and its lighter counterpart, the Light–Marine Air Defense Integrated System (L-MADIS). Both systems are designed to provide maneuver forces and key assets with protection against drones and other low-altitude threats.
The Marine Corps is also expanding its sensor network, acquiring the TPS-80 Ground/Air Task Oriented Radar (G/ATOR) to enhance detection and tracking of aerial threats. Full operational capability for the system is expected by fiscal year 2028.
Additionally, a new fusion center at Marine Corps Base Quantico has been established to accelerate the development and fielding of counter-UAS technologies.
A push for lighter, more mobile defenses
Beyond upgrading missiles and radar systems, the Marine Corps is also exploring lightweight drone interceptors to protect dismounted forces. In December, Major Jason Dempsey, Counter-UAS and Ground-Based Air Defense Capabilities Integration Officer, highlighted the need for portable solutions that can protect Marines even when dedicated air defense is not available.
“I need Marines that have the ability to not necessarily conduct air defense, but conduct self-defense against the aerial threat,” Dempsey explained. I need a short-range interceptor that I can launch like a football, for lack of better terms, and go intercept that threat. The system needs to be lightweight, easy to use, easy to train and MOS agnostic.”
With these efforts, the Marine Corps aims to build a layered defense against aerial threats, integrating kinetic and electronic warfare capabilities to address the increasing use of drones in modern conflicts.
https://cuashub.com/en/content/u-s-marines-to-upgrade-missiles-and-air-defenses-to-counter-drones/ (Source: https://cuashub.com/)
07 Feb 25. Israel completes next round of counter drone testing with guns, interceptors. The Feb. 5 trials took place in southern Israel’s Negev desert, where there is ample space for downing drones without any civilians around.
The Israeli Ministry of Defense has completed a new round of trials testing various counter-drone solutions, the ministry said in a Feb. 5 statement, as the military here seeks an accelerated focus on the unmanned threat.
The latest test run, focused on countering smaller drone threats, involved the nine Israeli companies and twenty “advanced counter-drone technologies,” the ministry said. The trials took place in southern Israel’s Negev desert, where there is ample space for downing drones without any civilians around.
“The UAV threat is an evolving and multi-arena threat that has expanded to all our combat sectors, led by Iran and its proxies,” Israeli Defense Minister Israel Katz said in the statement in which he described the c-UAS effort as a “national” priority.
“Against our enemies, we are committed to continue advancing and introducing new capabilities to the battlefield in the near term. We will act to ensure maximum protection for our citizens and forces on the ground against UAVs from Iran, Yemen, Lebanon, and any arena where we may be required to respond,” Katz said.
During the recent multi-front war that Israel fought in the wake of the Hamas attack on October 7, 2023, the country faced numerous complex drone threats. Hundreds of drone attacks were carried out by Hezbollah. The Houthis in Yemen also were able to penetrate Israel’s airspace in July 2024 with a drone attack on Tel Aviv. Iranian-backed Iraqi militias also launched numerous drones at Israel.
The drones come in various shapes and sizes, most of them several meters long and with a wingspan of approximately two meters with a warhead at the front of the fuselage. But smaller quadcopter and other drone threats also emerged as a problem for Israel; the Ukraine war has illustrated the exponential growth that drones have had on the modern battlefield.
Hence, the new focus on c-UAS systems. The original trials back in October were initiated by Maj. Gen. (Res) Eyal Zamir, who has been tapped as the IDF’s next Chief of Staff — meaning a key figure in this push for finding new technology will soon have his hand on the helm of the IDF if it takes delivery of these new systems.
The IDF is also partnering with the US Department of Defense Irregular Warfare Technical Support Directorate (IWTSD) in this effort, the ministry noted. The NDAA for fiscal year 2024 included authorization for US-Israel counter-UAS cooperation, and the Israeli military was keen to point out American participation in the most recent trials.
“With more than twenty U.S. C-UAS experts from across the DoD participating in the blind test, this event plays a critical role in fostering cooperation between the nations, rapidly enhancing joint defense capabilities, and improving the chances of success,” the MoD said. “Following the analysis of current trial results, the IMOD plans to select several technologies for accelerated development and production processes, aiming to deploy new operational capabilities immediately,” the ministry added.
The methods of interception appear to break down into two broad categories. One is the use of guns or projectiles to shoot down the drones. The second method is to use drones to take down drones, either having a drone run into a drone or having it drop a net onto a drone. Laser interceptors did not seem to be a main focus of the trials, even though Israel has focused on developing various laser technologies for intercepting threats over the last several years.
As to who attended the trial, it was a mix of major firms and smaller companies.
Elbit Systems and Israel Aerospace Industries (IAI) both showcased various means of detecting drones and then shooting them down using a 30mm cannon. Rafael Advanced Defense Systems also brought its Mini Typhoon gun to the trial. All these companies have years of experience developing various systems for detecting and guarding against drone threats.
Xtend, in cooperation with Axioma and Elbit Systems, demonstrated an advanced drone-based interception system, essentially using a drone to take down a drone. Airobotics, Tamar Group, General Robotics, Smartshooter, Robotican and Elisra also demonstrated other concepts. Most of these companies participated in the first round of trials back in October.
“In the coming months, we will select the most suitable capabilities and implement them extensively throughout the IDF,” the head of Planning and Force Build-Up Directorate, Maj. Gen. Eyal Harel, said in a statement. (Source: Breaking Defense.com)
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