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20 Aug 25. Teledyne Leads U-SHIELD Project for Critical Underwater Infrastructure Protection. Teledyne RESON is leading the U-SHIELD project, aiming to develop a drone that can capture and immobilize underwater vehicle threats to infrastructure such as pipelines, communication cables, and offshore energy systems. Teledyne RESON, a Teledyne Marine company, is leading U-SHIELD, a research and innovation project developing a drone capable of capturing and immobilizing unwanted underwater vehicles.
The project aims to protect critical underwater infrastructure such as pipelines, communication cables, and offshore wind farms, which are facing increasing security threats in Denmark and Europe due to the green transition and expansion of offshore energy facilities.
This project brings together experts from Teledyne RESON, Aalborg University, the Technical University of Denmark, the University of Southern Denmark, and Copenhagen Subsea.
Tim Lysholt Jensen, VP Products & Technology at Teledyne RESON A/S, who is leading the project, stated, “By combining advanced technology and collaboration between leading experts, we can create a solution that not only protects our resources but also promotes the safety and stability of our society.”
The Innovation Fund is also investing 26 m kroner into the project through its Grand Solutions program.
Cecilie Brøkner, Director of the Innovation Fund, added, “The green transition makes us more dependent on complex energy systems beneath the sea’s surface, and therefore we must also be proactive in protecting them.
“The U-SHIELD project contributes to developing technology that can make our society more resilient to threats against the systems we all deeply depend on – from energy supply to communication. It holds exciting potential for both Denmark and Europe, and we look forward to following the project.” (Source: https://www.defenseadvancement.com/)
21 Aug 25. DroneShield (ASX:DRO) announced the expansion of its support for Ukrainian customers via a newly established, undisclosed local partnership. Since the onset of hostilities, DroneShield has been a trusted CUAS provider in Ukraine, with its battle-tested systems defending military, infrastructure, and civilian assets against evolving aerial threats.
Drawing on eleven years as a technology pure play in the CUAS sector, DroneShield has leveraged operational feedback from Ukraine to drive rapid advances in artificial intelligence (AI) and machine learning (ML) within its detection and mitigation systems. This real-world experience, under the most challenging conditions, has materially sharpened DroneShield’s AI—increasing detection speed, accuracy, and adaptability in the face of novel drone tactics.
“The conflict in Ukraine has crystallized what forward-looking militaries already recognized: the need for advanced, adaptive counter-drone solutions is now a matter of national resilience, not optional investment,” said Oleg Vornik, Chief Executive Officer of DroneShield. “Our work in Ukraine, while only one element of our global operations, has proven pivotal in advancing the sophistication of our AI, with profound benefits for all our users worldwide.”
This new partnership will ensure DroneShield’s Ukrainian customers receive robust local support, rapid technology updates, and ongoing intelligence sharing with headquarters—while maintaining operational security through strict confidentiality.
DroneShield reiterated that Ukraine, while symbolically significant and technologically vital, represents a relatively small share of a broad global market. Active across more than 40 countries including major deployments in Europe, the Americas, and Asia, DroneShield continues to meet surging demand for its AI-powered counter-UAS solutions driven by a rising global recognition: no allied nation can afford to wait for conflict before adopting resilient, next-generation drone defense.
All inquiries regarding Ukrainian operations should be directed exclusively to for secure routing.
21 Aug 25. Zelim, a leader in AI-driven maritime safety and security systems, has signed a Cooperative Research and Development Agreement (CRADA) with the U.S. Navy’s Naval Undersea Warfare Center (NUWC), Division Newport to trial ZOE for the detection of uncrewed surface vessels (USVs). The agreement enables Zelim’s participation in BlueTIDE 2025, a high-profile demonstration event led by 401 Tech Bridge, NavalX, and the Northeast Tech Bridge. The event will culminate in a full-scale in-water trial on August 28 in Narragansett Bay, Rhode Island.
Zelim is one of just a handful of international companies selected as finalists in the 2025 BlueTIDE Prize Challenge, following a competitive evaluation process.
This year’s mission scenario focuses on protecting critical subsea infrastructure from hostile activity involving small crewed and uncrewed autonomous systems. Zelim’s role in the scenario involves detecting small remotely operated surface vessels operating covertly in sensitive areas, which may pose a precursor threat to subsurface sabotage.
The award-winning ZOE MOB system is already deployed in the cruise industry and offshore sector, detecting, alerting, and tracking persons in the water following man overboard incidents. The same AI engine, trained to identify specific shapes, behaviours and anomalies in complex marine environments, also powers ZOE Shield – a new capability under development that delivers maritime situational awareness by detecting and classifying small surface craft that will be operating without AIS.
ZOE Shield adds automated threat classification and alerting logic, supporting operators with early warning and response capabilities. Critically, the system is immune to GPS denial and radar jamming scenarios, which can disrupt traditional situational awareness technology. The ZOE Shield system will be evaluated during BlueTIDE as part of the Navy’s interest in layered, intelligent safety, security and surveillance.
“This agreement gives us a unique opportunity to trial ZOE Shield in an operational defence scenario at a US Navy facility, where multiple assets, including USVs will be deployed on the mission,” said Sam Mayall, CEO and co-founder of Zelim.
CRADAs allow non-federal entities to collaborate directly with US Navy personnel and facilities without being subject to federal acquisition rules, while also protecting intellectual property and proprietary data throughout the research period.
The BlueTIDE trial will take place off the coast of Newport, Rhode Island, where ZOE will be used to detect and to keep eyes on surface threats as they come within proximity of the critical infrastructure. The goal is to demonstrate how ZOE can improve reaction time and situational awareness in areas where traditional radar or human watchkeeping might miss or misclassify an approaching threat. Data from the demonstration will be shared with the Navy to support capability assessment and further development.
“This is about closing the gap between detection and decision, especially in domains where the threat is small, fast-moving and unpredictable,” Mayall added. “Our mission is to help operators identify anomalous behaviour earlier, whether the goal is rescue or protection. This demo is a vital step toward deploying ZOE for real-world defence scenarios.”
20 Aug 25. Cuashub.com said today that D-Fend solutions introduces new multi-layer EnforceAir variant. D-Fend Solutions has announced the launch of EnforceAir PLUS, a new offering in its suite of counter-UAS systems that integrates multiple detection and mitigation technologies into a single platform. The system builds on the company’s existing radio frequency (RF) cyber takeover technology and incorporates additional radar detection and an optional jamming capability. According to D-Fend, the integration allows operators to detect, track and mitigate drones through a layered approach that can be adapted depending on the threat.
A central feature of EnforceAir PLUS is what the company calls its “SmartAir” technology fusion engine, which combines radar and RF data into a single operational picture of detected drones. The company states this is intended to simplify decision-making and reduce false positives in threat identification.
The radar component uses compact solid-state radar panels, which, according to D-Fend, extend the detection range beyond what is possible with RF measures alone. The optional jamming module, described as a “Smart RF-Effector,” adds a third defensive layer when cyber takeover or radar-based tracking is insufficient.
EnforceAir PLUS is positioned as a compact and rapidly deployable system. D-Fend highlights that the new platform provides automated calibration, software integration of the three defensive layers and a user interface designed to display a unified view of airspace activity. The system also features an automated suggestion engine that proposes mitigation options for detected drones.
The company noted that current users of its EnforceAir 2 system will have an upgrade path to the new capabilities offered in EnforceAir PLUS.
https://cuashub.com/en/content/d-fend-solutions-introduces-new-multi-layer-enforceair-variant/ (Source: https://cuashub.com/)
20 Aug 25. Cuashub.com said today that US Marines seek contractor support for C-UAS training. The Marine Corps is seeking contracted support to provide specialized counter-UAS training for Force Reconnaissance units, according to a SAM.gov solicitation released Monday. These elite Marines, often deployed beyond the forward line of troops, are frequently tasked with engaging active enemy UAS platforms. The solicitation outlines a two-part training program scheduled for September. From Sept. 12–15, up to 12 Marines will undergo a five-day instruction period focused on tactics, techniques and procedures for detecting, mitigating and countering UAS threats. This five-day training will be followed by a Sept. 15–19 field exercise involving 18 Marines and sailors. The exercise will include realistic role players, a mobile command center and simulated combat conditions at a secure, contractor-owned training site. To support the effort, the Marine Corps requires access to at least 2,000 acres of varied terrain and 1,000 feet of controlled airspace. Contractors must provide all training resources, including qualified instructors with recent counter-UAS experience and role players capable of simulating operational scenarios. Each participant who completes the course will receive a certificate.
According to the notice, the program is designed to replicate the operational environments Force Recon Marines are most likely to face in combat. Responses to the solicitation are due Aug. 21.
The training program reflects an ongoing attempt to prepare U.S. Marines with the capacity to defeat unmanned aerial threats. The latest solicitation follows efforts to equip amphibious vehicles with counter-UAS capabilities highlighted by Colonel Tim Hough, Marine Corps’ Program Manager Advanced Amphibious Assault, back in May. https://cuashub.com/en/content/us-marines-seek-contractor-support-for-c uas-training/ (Source: https://cuashub.com/)
18 Aug 25. Robin Radar Systems, a global leader in 3D radar technology for drone and bird detection, today marks the first anniversary of its U.S. office opening, following a year of rapid expansion, operational milestones, and strengthened partnerships across an evolving American defense and security landscape. Since establishing its dedicated U.S. entity in Ashburn, Virginia, in August 2024, Robin Radar has doubled its U.S. headcount propped up its sales pipeline, significantly accelerated user tests and live demonstrations, and secured high-profile deployments protecting critical infrastructure from the growing threat of uncrewed aerial systems (UAS).
The past twelve months have seen Robin Radar’s flagship IRIS counter-UAS radar system support research and development (R&D) for the U.S. Department of Homeland Security Science and Technology Directorate (DHS-S&T), which included a myriad of operational tests and demonstrations, including border protection, upholding ‘no-drone zones’ at large public events, disaster relief, and even mysterious drone sightings on the East Coast, cooperating with the National Urban Security Technology Laboratory.
Additionally, Robin Radar is supporting another DHS customer with an integrated solution that includes multi-sensor systems to safeguard some of the U.S.’s most critical infrastructure. These efforts build on long-standing transatlantic relationships with aerospace and defense partners, including Boeing, Dedrone by Axon, and Amentum.
The company’s U.S. expansion comes amid heightened concern over drone threats. In 2024 alone, 350 drone incursions were reported across 100 U.S. military bases, while global conflicts have highlighted how low-cost drones can destroy high-value assets. Against this backdrop, Robin Radar has positioned IRIS as a first line of defense—a mobile, lightweight, and AI-enhanced radar system delivering 360° situational awareness and unrivalled classification accuracy.
Looking ahead, Robin Radar will continue expanding its U.S. footprint, deepening integration with domestic defense innovators, and unveiling significant IRIS capability upgrades—including a Long-Range Mode designed to detect larger targets.
Kristian Brost, Robin Radar’s U.S. General Manager, said: “Year one in the U.S. proved the demand for reliable and easy-to-use drone detection radars. We’ve scaled to a capable, integrated operation, working with U.S. partners to help secure high-consequence sites, from disaster recovery to major public events. As drones move from fringe risk to frontline threat, our focus is simple: keep U.S. skies safe with proven technology that plugs into existing command and control ecosystems and sensors.”
18 Aug 25. Raytheon, an RTX (NYSE: RTX) business, successfully completed another 360-degree flight test for the Lower Tier Air and Missile Defense Sensor, or LTAMDS, using one of the radar’s secondary arrays to track and intercept a complex, threat representative target. This follows the radar’s recent Milestone C designation, initiating the transition from prototype to production and deployment.
In this test, LTAMDS, supported an Integrated Battle Command System and a PAC-3 MSE missile intercept of a threat representative target. The test objective was to demonstrate LTAMDS’ successful integration with the recently delivered Large Tactical Power Source (LTPS). The increased power provided by LTPS enables LTAMDS to reach its full battlespace potential.
The high capacity, full coverage provided by LTAMDS three radar arrays enable the defeat of massive, coordinated attacks that include a mix of threats such as drones, advanced aircraft, as well as ballistic, cruise and hypersonic missiles. LTAMDS has now completed nine successful flight tests of increasing complexity to prove its capabilities against real-world threats.
“LTAMDS’ 360-degree full-sector sensing capabilities specifically address massive, coordinated attacks from adversaries,” said Tom Laliberty, president of Land & Air Defense Systems at Raytheon. “As international demand grows, Raytheon continues to invest in our production capacity to quickly deliver this critical capability to customers.”
In April 2025, the U.S. Army designated LTAMDS as an official program of record. In 2024 Poland became the first international customer to add LTAMDS to their air and missile defense architecture. Several more countries are actively planning to acquire LTAMDS to modernize their air defenses. The company is making significant capital investments to meet global demand. (Source: PR Newswire)
15 Aug 25. Cuashub.com said today that ParaZero secures latest order for C-UAS system. ParaZero Technologies has received a purchase order for its counter-UAS tools from an undisclosed defense organization. The announcement signals further advancement into the growing global market for drone mitigation systems, estimated at $2.4bn in 2024 and projected to reach over $12 bn by 2032.
Earlier this month, ParaZero announced a successful field trial of an enhanced version of its DefendAir system. The updated configuration features a stationary net turret launcher capable of providing 360-degree perimeter defense with autonomous threat detection and interception. The new design offers broader coverage and improved performance against faster and larger drone threats.
ParaZero’s product suite includes:
• DefendAir — A net-launcher C-UAS platform available in multiple formats. These include portable net guns for close-range defense, turret-mounted launchers for static protection and drone-mounted variants for dynamic interception. Notably, earlier demonstrations demonstrated a 100 percent interception rate against fast-approaching multirotor drones.
• SafeAir — An autonomous parachute recovery system for drones, designed to activate automatically in case of drone failures, improving flight safety and regulatory compliance.
• DropAir — A precision aerial delivery system tailored for high-altitude, low-opening (HALO) payloads. It has demonstrated consistent performance across weather conditions and is aimed at supplying critical goods in high-risk or hard-to-reach environments.
https://cuashub.com/en/content/parazero-secures-latest-order-for-c-uas-system/ (Source: https://cuashub.com/)
19 Aug 25. Cuashub.com said today that Sentrycs reports record growth & previews handheld Counter-UAS device. On August 14, Sentrycs, a developer of Cyber over RF (CoRF) counter-UAS technology, reported its strongest six-month sales performance to date, positioning the company to double its annual revenue in 2025. The announcement follows a year of rapid expansion, during which Sentrycs tripled its revenue and broadened its global footprint.
Executive Chairman Howard Berkowitz attributed the growth to increasing demand across multiple sectors and geographies.
“Since our first customer shipment less than three years ago, the company has reached predictable global sales across multiple applications and customer segments,” Berkowitz said. “At the core of our success is our technology’s dominance in both price and performance.”
Sentrycs systems are now deployed across six continents, with recent installations at oil and gas facilities, airbases, trading ports, and major sporting events in the U.S. and abroad.
The company’s CoRF technology is designed to passively detect, track, and mitigate unauthorized drones, offering a software-based alternative to kinetic or jamming-based systems.
In response to growing interest from law enforcement and other cost-sensitive users, Sentrycs announced the pre-release of a handheld CoRF device. The system, which offers full functionality in a compact form factor, is intended to provide greater mobility and affordability for field operations.
“Delivering our solution in a miniaturized version is further evidence of Sentrycs’ disruptive price and performance leadership,” said Tal Cohen, Chief Technology Officer. “We expect that it will open new markets previously precluded by both cost and functionality.”
The company also plans to introduce a laptop-based capability that builds on its existing single-case deployment model. Pricing for the new systems is expected to fall between $25,000 and $50,000 annually.
Founded in 2017, Sentrycs operates offices in Israel and the U.S., and serves customers across defence, critical infrastructure, and public safety sectors. As drone activity continues to rise globally, the company’s focus on scalable, software-driven solutions reflects a broader industry shift toward more flexible and cost-effective counter-UAS technologies.
Sentrycs reports record growth & previews handheld Counter-UAS device
(Source: https://cuashub.com/)
15 Aug 25. Cuashub.com said today that Wrap Technologies expands anti-drone capabilities with new handheld system. Wrap Technologies has revealed a new development in its counter-UAS strategy, introducing a handheld device designed to disable hostile drones at close range. Known as Project PAN-DA (Personal Anti-Drone Armament), the system adapts the company’s BolaWrap® 150 technology to physically entangle small unmanned aerial systems (sUAS) mid-flight. The PAN-DA system is compact, reloadable, and intended for field deployment, offering a belt-carried solution for defence personnel and international operators. It’s designed to engage sUAS at close range, providing a cost-effective alternative to traditional missile interceptors and electronic jamming systems. The system uses BolaWrap® cassette technology, enabling multiple engagements per unit and supporting recurring revenue through consumable sales.
Michael Brown, Vice President of Products at Wrap Technologies, commented “PAN-DA builds on the proven BolaWrap® platform, which we believe will give operators a lightweight, reliable, and non-lethal means of defending themselves and their environment from drone threats”. He continued, “Our development path is now focused on practical, scalable solutions that address today’s urgent threats while anticipating tomorrow’s challenges.”
The announcement comes as the global counter-drone market continues to grow, projected to reach over $6.8 bn by 2030. PAN-DA is positioned as a last-line kinetic defence option, complementing existing detection and electronic countermeasure systems. Its portability and precision make it suitable for scenarios where other solutions may be unavailable or ineffective.
Jared Novick, President and COO of Wrap Technologies, emphasised the company’s commitment to innovation in public safety, stating that “We’re proud to focus our efforts on applying our trusted BolaWrap® 150 device in a new way, while staying true to the same mission”. “With Project PAN-DA, we are aiming to develop another life-saving product that expands our ability to protect lives and respond to emerging threats.”
With the first phase of development complete, Wrap’s engineering teams are now reviewing performance data and video footage to refine the system’s range, area-of-effect, and cassette cost. These enhancements aim to ensure PAN-DA remains effective against rapidly evolving drone technologies in real-world military environments.
Wrap Technologies is known for its non-lethal public safety tools, including the BolaWrap® 150, which is used by over 1,000 law enforcement agencies across the US and in 60 countries. The company also offers Wrap Reality™, a VR-based training.
https://cuashub.com/en/content/wrap-technologies-expands-anti-drone-capabilities-with-new-handheld-system/ (Source: https://cuashub.com/)
18 Aug 25. PureTech Systems®, a leader in AI-boosted geospatial video analytics and command-and-control solutions, announced its role in a joint effort with Clear Align to deliver a rapidly deployable perimeter security solution for the U.S. Air Force’s Tactical Security System (TSS). Awarded under a seven-year, $199m contract, this modular, scalable system is designed to enhance base and perimeter protection for forward-deployed installations, airfields, and emergency missions worldwide. It integrates electro-optical and infrared cameras, radar, and advanced AI into a unified, autonomous command-and-control platform. Designed for challenging and remote environments, the solution enables operators to detect, classify, and track threats in real time — with or without direct operator intervention.
Autonomy + Command and Control
PureTech’s technology brings autonomous detection, classification, and tracking of potential threats — including people, vehicles, unmanned aerial systems (UAS), and watercraft — with the ability to seamlessly cue operators or trigger automated responses. The system’s open architecture command-and-control platform provides complete situational awareness across all deployed sensors, reducing cognitive load and increasing mission effectiveness.
ATAK Integration for Real-Time Field Operations
Incorporating Android Tactical Assault Kit (ATAK) compatibility ensures that situational awareness extends beyond the operations center. With ATAK integration, field personnel receive live intelligence and sensor alerts directly on mobile devices, enabling distributed teams to coordinate in real time and act with precision.
Rapid Deployment for Any Mission
The TSS is designed to be modular, lightweight, and rapidly deployable. Its autonomous operation and portable command centers make it ideal for protecting temporary or remote sites, securing perimeters in hostile environments, and supporting disaster response or high-value asset protection.
“This program demonstrates the Air Force’s commitment to leveraging the latest in AI, autonomy, and integrated command-and-control to protect personnel and assets in any environment,” said Larry Bowe, President & CEO, PureTech Systems. “We’re proud that our technology will play a central role in delivering unmatched situational awareness and operational agility to the mission.”
Learn more about the PureTech Systems at our website, www.puretechsystems.com.
11 Aug 25. SkyDefense introduces AI-enabled eVTOL drone interceptor. SkyDefense LLC has introduced an AI-powered eVTOL fighter drone and interceptor. CobraJet™ is a battery-powered autonomous aircraft that has been engineered to detect, track, identify and neutralise enemy drones at high speeds exceeding 200 mph (320 km/h). Designed primarily for security applications, CobraJet is suitable for providing a layer of defence to critical infrastructure, borders, military bases and public venues. It can deploy from mobile platforms such as trucks, ships or aircraft.
Scalable and available in three trijet versions, V4 and V6 (Group 2), and V8 (Group 3), CobraJet features a 3D printed carbon fiber composite airframe inspired by the 5th-generation Lockheed F-35B and F-22 jets, and the future 6th generation F-47. Equipped with vertical takeoff and landing (VTOL) capability and thrust vectoring nozzles, the jet has the ability to neutralise multiple fast-moving, evasive drones with its on-board air-to-air weapons stored in its weapons bay or mounted underbelly. CobraJet is also capable of performing strike missions.
The interceptor’s propulsion relies on electric duct fan motors and Amprius solid-state batteries, while its Auterion AI-enabled autopilot and additional NVIDIA compute power, along with Teledyne FLIR NDAA-compliant cameras, provide autonomous operations both day and night.
SkyDefense’s Command System, known as VRAM (Visual Realtime Area Monitoring), combines AI-powered data analysis with a control interface that keeps humans in the loop. CobraJet is designed to be able to operate in contested electromagnetic environments, via an AI-assisted visual navigation SmartVision system and other anti-jam technology. VRAM can also integrate with other Command-and-Control (C2) systems.
For law enforcement, homeland security, and US military applications, SkyDefense offers a mobile configuration where its command system is housed in tactical or armoured BEVs.
Counter-UAS tests with CobraJet and VRAM are planned at the Pendleton UAS Test Site later this year. (Source: www.unmannedairspace.info)
12 Aug 25. US Army invests in countering counter-drone systems. The United States Army Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) Center said yesterday that it has made “substantial investments” in sensor protection technologies, driven by the growing global proliferation and sophistication of counter weapons systems.
“A growing number of countries are actively developing C-UAS capabilities, with leading efforts underway in the United States, China, Israel, Germany, the United Kingdom and Russia,” C5ISR said in an August 11 press release. “These advancements carry significant strategic implications for a much broader global security landscape.”
The unit is developing technologies to counter adversaries’ counter-uncrewed aerial systems (C-UAS). One critical area will be in GPS denied arenas, where reliance on visual cues, sensors, and sophisticated sensor fusion algorithms.
“If the sensors are rendered inoperable (Hard-Kill), or jammed (temporary sensor disruption), the UAS will no longer be operable,” C5ISR said. “A second major area will be when Aided Target Detection and Recognition (AiTR) algorithms are utilised in UAS to enhance situational awareness.”
The team has already successfully transitioned numerous sensor protection technologies to Army programmes. These capabilities remain largely within the scope of government-exclusive research and development due to the absence of a commercial market.
C5ISR calls for continued investment in sensor protection and said this must remain synchronised with advancements in C-UAS technologies because any technological gap in this area could take years to close and pose significant operational risk. (Source: www.unmannedairspace.info)
14 Aug 25. Wild Hornets’ Sting interceptor reaches 315 km/h, shoots down over 200 Shaheds and Gerberas. Ukrainian drone manufacturer Wild Hornets has released a video on its social media showing the company’s Sting interceptor drone accelerating to 315 km/h. This makes the Sting one of the fastest first-person combat drones, Defender Media reports.
The interceptor has been operating at the frontline for two months and Wild Hornets reports that during this time the drone has hit 205 targets – 78 Shaheds and 127 Gerbers.
The drone is equipped with an AI intelligence target guidance system. According to Business Insider, one Sting costs about USD 2,500.
Recently, Defender Media reported on the project of another Shahed interceptor – the reusable Mangust drone with a jet engine and an automatic homing system from the Odessa engineering bureau Tekhnary. According to the developers, it will fly up to the Shaheds, fire a fragmentation charge into the engine or propeller of the enemy drone, and then continue its mission or return to refuel and recharge. (Source: www.unmannedairspace.info)
15 Aug 25. Sentrycs announces pre-release of cyber over RF handheld device. Sentrycs has announced the pre-release of a handheld Cyber over RF (CoRF) counter-drone device in response to increasing demand from law enforcement agencies in the US and Europe.
The company says the device will “offer full functionality within a miniaturised form factor”. After completing initial testing, Sentrycs will offer a laptop-based capability based on its counter-drone system in use today. The company expects initial pricing to be in the USD 25,000 – 50,000 range for annual software licences.
Sentrycs expects to double its revenues in 2025, following its highest sales results for a six-month period in the company’s history. (Source: www.unmannedairspace.info)
18 Aug 25. DroneShield (ASX:DRO), a global leader in counter-UAS technology solutions, today announced the release of the 8th edition of its CUAS Factbook. This publication offers a high-level, accessible overview of emerging counter-drone technologies, industry trends, and evolving threats from unmanned aerial systems (UAS). The latest edition is part of DroneShield’s ongoing commitment to advance public and professional understanding of drone threats and countermeasures. By distilling complex technologies into an accessible format, DroneShield aims to empower stakeholders to make informed decisions about protecting people, infrastructure, and operations from unauthorized drone activity.
The CUAS Factbook is designed as an authoritative educational resource, covering topics such as:
• UAS Types including UxS and Capabilities
• Overview of drone threats including notable UAS incidents
• Detection and Defeat Technologies
• Applications and Operational Contexts, including military, critical infrastructure, public safety, border security, maritime domains, event and close protection
• Challenges in CUAS Implementation
• Emerging Technologies
“The 8th edition of our CUAS Factbook reflects our mission to not only develop effective counter-drone solutions, but also to share knowledge that strengthens the security ecosystem as a whole,” said Oleg Vornik, CEO of DroneShield.
To access the new CUAS Factbook click the button below. chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://3324849.fs1.hubspotusercontent-na1.net/hubfs/3324849/CUAS%20Factbook_8th%20Edition.pdf
15 Aug 25. Deep-space radar hits key testing milestone. Northrop Grumman is developing the Space Force’s Deep-Space Advanced Radar Capability, which will track activity in geosynchronous orbit.
The Space Force’s deep-space radar hit a testing milestone in recent weeks, using seven of its antennas to track multiple satellites in orbit from a site in Australia.
The Deep Space Advanced Radar Capability, or DARC, is being built by Northrop Grumman to detect and track activity in geosynchronous orbit — from space debris to hostile movement that could harm U.S. or allied satellites.
The ground-based system is slated to be fully operational by 2027 and is the first of three radars the service is building as part of a partnership with Australia and the United Kingdom to improve their visibility into what’s happening on orbit.
The recent demonstration was part of DARC’s integration and testing phase, which started in the last few weeks. The radar will ultimately use 27 parabolic antennas for its deep-space tracks. Kevin Giammo, Northrop’s director for space surveillance and environmental intelligence, told Defense News the ability to use a subset of those shows that the company’s design is solid and ready to scale.
“Each of those parabolic dishes have a certain amount of capability on their own, but as you are able to make these dishes work together as a set of arrays, what you’re really doing is you are creating the equivalent of a very large radar with immense capabilities,” Giammo said.
As the program moves through its test campaign, it will continue to increase the number of antennas it’s using, making its observations more accurate and persistent.
In parallel to its development of the first DARC radar, Northrop is also beginning work on the second system, which will be based in the United Kingdom. The company received a $200 m contract for DARC 2 last year.
The Space Force is currently working with the U.K. government on the environmental assessments and other processes that have to occur before they can begin building on the site. Giammo said the completion of that work will dictate Northrop’s schedule for producing and delivering the radar.
“We certainly will be working to optimize when different aspects of the activity are executed based on how things are progressing with that government-to-government coordination,” he said. “There’s a lot of work that we’re already doing, but there’s certainly more that’s to come.”
Northrop will be able to take advantage of much of the work it’s done on the first radar as it starts to build the second — and eventually the third — system. Giammo noted there may be some design differences between the systems, and the company is working with the Space Force to define what changes are needed for the U.K. radar
“They’re fielding similar sites in different locations, so there’s always some uniqueness that will happen,” he said.
The Space Force’s fiscal 2026 base budget request does not include funding for DARC, though the service has said it plans to use $281 m from Congress’ $150bn reconciliation bill for the effort. (Source: Defense News)
15 Aug 25. Cuashub.com said today that Taiwanese drone manufacturer to set up in Texas. ASC Global Inc., a subsidiary of Token Communities, has reached an agreement with Taiwanese drone manufacturer UAVER to set up an assembly facility at the Asia Pacific Opportunity Zone (APOZ) in Texas. According to ASC Global President and CEO David Champ, the APOZ project has been actively promoted across the Asia-Pacific region in recent months, drawing interest from multiple countries, including Taiwan. The initiative aims to attract technology and manufacturing partnerships to Texas from the wider Asia-Pacific market. UAVER, formally Carbon-Based Technology Inc., founded in 2007 in Taichung, Taiwan, is regarded as one of the country’s leading aerospace composite manufacturers. The company specializes in using carbon-fiber composite materials to produce fixed-wing UAS for commercial and industrial applications. Its five primary models, Swallow, Accipiter, Besra, Avian RTK and Catapult, are designed for missions including aerial mapping, agricultural surveying, forest monitoring and disaster response, with capabilities for infrared and radiation detection. UAVER holds ISO 9001 and ISO 9100 aerospace quality certifications, as well as NDAA compliance. The company is also expanding into precision image analysis software and complete UAS solutions, which it says will improve post-disaster surveying and environmental monitoring. APOZ project co-founder and ASC Global COO Dr. Eric Fang described UAVER as a pioneer in Taiwan’s UAV industry with “a strong reputation for innovation and precision engineering.” He added that the new Texas plant will assemble UAVER aircraft for customers in North America and other markets. The companies did not disclose the size of the investment, the expected production capacity, or when the Texas facility will become operational.
https://cuashub.com/en/content/taiwanese-drone-manufacturer-to-set-up-in-texas/ (Source: https://cuashub.com/)
15 Aug 25. Cuashub.com said today that IPG ships ‘Crossbow’ C-UAS laser weapons to Lockheed Martin. IPG Photonics has delivered multiple units of its new Crossbow laser weapon system to Lockheed Martin. Crossbow is designed to disable small unmanned aerial systems in the “group one” and “group two” categories, the smallest classes of UAS, using IPG’s commercial single-mode fiber lasers. The system is described as scalable and cost-effective, and is aimed at protecting both military and civilian assets from aerial threats.
The Massachusetts-based laser manufacturer has been field-testing Crossbow for the past six months and plans to showcase it at the DSEI UK 2025 defense trade show in London next month. According to IPG, the system integrates into a broader laser weapons strategy but focuses specifically on the challenges posed by smaller drones.
“These small drones that you can buy for hundreds of dollars can inflict major damage,” said IPG CEO Mark Gitin. “It’s a big issue on the battlefield today. And it’s also an issue in civilian infrastructure, for example at borders, and we’re starting to see more of that.”
While Crossbow does not offer the high-power capability needed to defeat larger UAS, artillery or missiles, Gitin said it addresses a critical and growing threat. He added that IPG’s manufacturing capacity allows the system to be offered at a “very disruptive” price point, which the company expects will generate interest from both defense and commercial operators.
“We anticipate strong interest from both defense and commercial customers for protection of critical military and civilian assets,” Gitin said.
IPG describes the new system as part of its expansion into “advanced applications” beyond industrial lasers, an area where it achieved its first counter-UAS milestone six months ahead of schedule.
https://cuashub.com/en/content/ipg-ships-crossbow-c-uas-laser-weapons-to-lockheed-martin/ (Source: https://cuashub.com/)
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