Articles tagged with "drones"
Unidentified drones spotted over French nuclear submarine base: Reports
Unidentified drones were detected flying over the Île Longue submarine base in Brittany, France, on December 4, a critical military site housing France’s entire fleet of nuclear ballistic missile submarines. French military personnel responded by activating counter-drone measures, reportedly using electronic warfare (EW) jamming rather than firearms to intercept the drones. Conflicting reports emerged regarding whether the drones were shot down or merely jammed, but authorities confirmed that no drones were brought down and that the base’s critical infrastructure remained secure. An official investigation has been launched, though details about the number and type of drones involved, as well as the perpetrators and their motives, remain undisclosed. The incident raises concerns about potential foreign surveillance or probing of French military defenses, with speculation pointing toward state actors like Russia, given similar recent drone incursions in Europe. Non-state actors and hobbyists are considered less likely due to the complexity and risk of such an operation. This event is part of a broader pattern of mysterious drone flights
dronescounter-drone-technologyelectronic-warfaremilitary-securitynuclear-submarine-basesurveillancedefense-technologyPentagon aims for drone dominance with thousands of kamikaze drones
The Pentagon has unveiled an ambitious Drone Dominance Program aimed at rapidly fielding a massive fleet of small kamikaze drones across the U.S. military by 2027. With a $1 billion budget allocated through fixed-price prototype project orders, the plan seeks to acquire over 200,000 commercial drones, including 30,000 units by July 2026. This initiative aligns with recent national policy directives emphasizing rebuilding the American unmanned systems industrial base and providing affordable, attritable small unmanned aerial systems (sUAS) for one-way attack missions. The program prioritizes rapid production and supply chain security to ensure warfighters have ready access to lethal, low-cost drones capable of operating effectively in diverse combat environments. The acquisition process will unfold in four phases, each beginning with a Gauntlet challenge where military operators test selected drones in controlled missions, including strikes over 10 km in open terrain and 1 km in urban settings with a minimum 2 kg payload. Successful vendors will receive
robotdronesmilitary-technologyunmanned-aerial-systemsdrone-manufacturingdefense-technologyautonomous-weaponsRussia's high-speed strike drones successfully intercepted by Ukraine
Ukraine has successfully begun intercepting Russia’s newest high-speed attack drones, the Geran-3, using domestically built, low-cost interceptor drones like the Sting. The Geran-3, a turbojet-powered loitering munition modeled after Iran’s Shahed-238, represents a significant upgrade over the slower, propeller-driven Geran-2 drones previously used by Russia. With speeds around 230 mph—roughly double that of the Geran-2—the Geran-3 posed a serious challenge to Ukraine’s air defenses, which had relied on cheaper interceptors designed for slower drones. Ukraine’s volunteer groups and engineers responded by developing fast, affordable interceptor drones costing between $2,000 and $6,000, with the Sting capable of reaching speeds up to 215 mph and designed to chase down these threats. Ukraine’s General Staff reported that most of the 138 Geran-3 drones launched recently by Russia have been destroyed, though it remains unclear which specific systems were
dronesinterceptor-dronesmilitary-technologyunmanned-aerial-vehiclesdrone-defensehigh-speed-dronesUkraine-conflictHuman Vs Machine: Who Wins The Next War?
The article "Human Vs Machine: Who Wins The Next War?" examines the rapid transformation of modern warfare through the increasing integration of autonomous machines alongside human soldiers. It highlights how military forces around the world are deploying a variety of robotic systems—from the U.S. Army’s robotic mules and China’s armed quadrupeds to Ukraine’s frontline drones and India’s logistics bots designed for mountainous terrain. These machines are no longer mere support tools but are progressively taking on the most hazardous roles traditionally performed by humans, fundamentally altering the nature of combat. Tracing the evolution of autonomous warfare, the article outlines the progression from early bomb-disposal robots used in Iraq and Afghanistan to advanced drone warfare that removed pilots from direct combat. It further discusses the emergence of sophisticated quadruped robots like Boston Dynamics’ Spot and Ghost Robotics’ Vision-60, as well as humanoid robots such as Atlas and Optimus, which are engineered to replicate human soldier movements. This shift from remote-controlled devices to AI-driven autonomous systems marks a
robotautonomous-warfaremilitary-robotsdronesAI-in-militaryrobotic-quadrupedsdefense-technologyAnduril’s autonomous weapons stumble in tests and combat, WSJ reports
Defense technology startup Anduril Industries has encountered significant challenges with its autonomous weapons systems, as reported by the Wall Street Journal. During a Navy exercise off California in May, over a dozen of Anduril’s drone boats failed, raising safety concerns among sailors about potential risks to life. Additionally, a mechanical failure during a summer ground test damaged the engine of its unmanned jet fighter, Fury, and an August test of its Anvil counterdrone system inadvertently sparked a 22-acre wildfire in Oregon. Despite these setbacks, Anduril, founded in 2017 by Palmer Luckey, recently raised funding at a $30.5 billion valuation and has secured multiple military contracts for autonomous aircraft and counter-drone technologies. The company’s operational experience in Ukraine has also been problematic. Ukrainian front-line soldiers from the SBU security service reported that Anduril’s Altius loitering drones frequently crashed and failed to hit targets, leading to their discontinuation in 2024. While these
robotautonomous-weaponsdronesmilitary-technologyunmanned-systemsdefense-techAI-roboticsChina simulates jamming Starlink over Taiwan, mission to require over 1,000 drones
Chinese military researchers have conducted a detailed simulation study examining the feasibility of jamming the Starlink satellite internet network over Taiwan. Published in the journal Systems Engineering and Electronics, the study highlights the significant challenge posed by Starlink’s dynamic satellite constellation, which continuously changes orbital planes and frequencies, making traditional jamming methods ineffective. Unlike older geostationary satellite systems, Starlink’s constantly shifting network resists interference by hopping frequencies and rerouting traffic in real time, complicating efforts to disrupt its signals. The researchers conclude that effectively jamming Starlink across Taiwan’s approximately 13,900 square mile area would require a massive, distributed electronic warfare effort involving hundreds to over a thousand synchronized airborne jamming platforms such as drones, balloons, or aircraft. Their simulation estimates at least 935 jammers would be needed using higher-power sources, with the number rising to around 2,000 if lower-power units are employed. These jammers would need to operate in a coordinated swarm to cover the entire region,
droneselectronic-warfaresatellite-jammingStarlinkdistributed-jammingmilitary-technologydrone-swarmUS Army’s Apache V6 can reliably hunt drones using existing sensors, weapons, shows tests
The U.S. Army has successfully tested the AH-64E Apache Version 6 (V6) helicopter as an effective counter-drone platform using its existing sensors and weapons systems. In high-tempo trials, the Apache V6 achieved 13 kills out of 14 drones, demonstrating a high success rate against one of the modern battlefield’s most pressing threats—small drones. The tests utilized the Apache’s current arsenal, including Joint Air-to-Ground Missiles (JAGM), Hellfire missiles, Advanced Precision Kill Weapon System (APKWS) laser-guided rockets, and its 30mm chain gun, showing that no major upgrades are necessary for effective anti-drone operations. The Apache V6 variant is particularly suited for this role due to its advanced Longbow radar, improved electro-optical and infrared sensors, and Link 16 networking capabilities, which allow it to share and receive targeting data across multiple platforms. Additionally, it incorporates L3 Harris’ manned–unmanned teaming
robotdronesmilitary-technologysensorsweapons-systemsunmanned-systemsdefense-technologyBone AI raises $12M to challenge Asia’s defense giants with AI-powered robotics
Bone AI, a Seoul- and Palo Alto-based startup founded by DK Lee, has raised $12 million in seed funding to develop an integrated AI platform combining software, hardware, and manufacturing for autonomous defense robotics. The company focuses on next-generation unmanned aerial (UAVs), ground (UGVs), and marine (USVs) vehicles primarily for government and defense clients, starting with aerial drones designed for logistics, wildfire detection, and anti-drone missions. Despite South Korea’s large defense industry and $69 billion order backlog, its defense-tech startup ecosystem remains underdeveloped, creating an opportunity that Bone AI aims to fill by leveraging Korea’s manufacturing strengths and advanced materials expertise through strategic partnerships like Kolon Group. Bone AI has quickly gained traction, securing a seven-figure government contract and generating $3 million in revenue within its first year, partly by acquiring a South Korean drone company. Founder DK Lee emphasizes the company’s broader vision as a “physical AI” firm that integrates AI simulation, autonomy
roboticsAIautonomous-vehiclesdronesdefense-technologymanufacturingadvanced-materialsLEMO launches REDEL SP 1P68 Series watertight connectors - The Robot Report
LEMO has introduced the REDEL SP IP68 Series, a new line of high-performance, watertight connectors designed for demanding applications such as medical devices, test and measurement equipment, and drones. These connectors feature a resin-free IP68 sealing that ensures full protection against water and dust without the need for resin or potting, simplifying assembly and maintaining reliability. Constructed from FDA-certified PPSU, the connectors are lightweight, durable, and resistant to repeated sterilization and harsh cleaning agents. The patented internal Push-Pull latching system provides secure, ergonomic, and watertight connections, supporting up to 22 contacts within a compact 15.5 mm diameter footprint for high-density connectivity in tight spaces. LEMO emphasizes the REDEL SP IP68 Series’ compliance with strict medical and industrial standards, highlighting its robust design that withstands mechanical shocks and challenging environments. The company also offers custom BioCompatic medical-grade cables that complement the connectors by providing flexibility, biocompatibility, sterilization
robotconnectorsIP68-sealingmedical-devicesdroneshigh-density-connectivitydurable-materialsDrone maker Neros closes Series B round to expand industrial capacity - The Robot Report
Neros Technologies, a U.S.-based military drone maker founded in 2023, has closed a $75 million Series B funding round led by Sequoia Capital, bringing its total raised capital to over $120 million. The company plans to use the new funds to accelerate production capacity expansion, strengthen its China-free domestic supply chain, and ramp up research and development for next-generation autonomous systems. Neros has experienced rapid growth, including significant revenue increases and major customer deployments such as a large drone purchase by the U.S. Marine Corps and selection as a primary supplier of FPV drones to the U.S. Army’s Purpose-Built Attritable Systems program. Neros designs most of its components in-house with a focus on performance improvements like resistance to electronic warfare. Its flagship products include the Archer and Archer Strike FPV drones and Ground Control Systems. The company emphasizes a vertically integrated manufacturing approach to insource key production steps and invest in allied suppliers. Beyond U.S. military contracts, Neros
robotdronesautonomous-systemsmilitary-technologymanufacturingSeries-B-fundingFPV-dronesTop 7 most powerful military drones changing the way wars are fought
Unmanned aerial vehicles (UAVs) have revolutionized modern warfare by providing critical intelligence, surveillance, reconnaissance (ISR), and precision strike capabilities while minimizing risk to human pilots. The article highlights seven of the most powerful military drones as of 2025, emphasizing their endurance, weaponry, autonomy, and battlefield effectiveness. Among these, the U.S. MQ-9 Reaper stands out as a benchmark combat drone with extensive operational history, capable of long-endurance missions and armed with a versatile payload including Hellfire missiles and precision-guided bombs. Turkey’s Bayraktar TB2 is noted for its significant impact relative to its size and cost, gaining prominence in conflicts such as Syria and Ukraine by effectively targeting armored and air-defense systems, and achieving widespread global export. China’s contributions include the Wing Loong II and CH-5 Rainbow drones. The Wing Loong II rivals the MQ-9 Reaper in capability, featuring multiple hardpoints for a variety of guided munitions and
robotdronesmilitary-technologyunmanned-aerial-vehiclesautonomous-systemssurveillancedefense-technologyWhy a researcher is building robots that look and act like bats
Nitin J. Sanket, a professor at Worcester Polytechnic Institute, is developing small, bat-inspired flying robots designed for search and rescue missions in hazardous or hard-to-navigate environments. These palm-sized drones use ultrasound sensors, similar to those in automatic faucets, combined with AI-powered software to filter noise and detect obstacles within a two-meter radius. The technology aims to replace human rescuers who currently risk their lives navigating difficult terrain on foot, offering a faster, more agile alternative through drones. Sanket’s approach draws heavily from biology, particularly bats’ echolocation abilities. The team addressed challenges such as sensor overload caused by drone propeller noise by designing a 3D-printed structure that mimics bats’ adaptive tissues in their nose and ears, which modulate sound reception and emission. This biomimicry allows the robots to effectively process ultrasonic signals despite environmental noise. Having achieved functional prototypes, the current focus is on improving the drones’ speed to enhance their operational effectiveness. Sanket emphasizes
robotdronesbiomimicrysearch-and-rescueultrasound-sensorsAIflying-robotsIs physical world AI the future of autonomous machines? - The Robot Report
The article discusses the emerging role of physical world AI—cloud-based systems integrated with AI models that create ultra high-precision, spatially aware representations of the physical environment—in advancing autonomous machines such as cars, drones, and tractors. While companies like Waymo have developed sophisticated onboard AI and navigation hardware, the article argues that relying solely on onboard compute is insufficient for widespread autonomous machine deployment. Instead, leveraging cloud-based spatial intelligence can enhance route optimization and hazard detection by providing machines with detailed, real-time environmental context beyond their immediate sensor inputs. Currently, most AI in autonomous machines operates locally on the edge, lacking awareness of the broader physical landscape. However, abundant data from satellites, drones, and other sources can feed cloud systems that process complex spatial information—such as vectors representing terrain and obstacles—making AI models more capable of understanding and navigating the environment. This spatial intelligence cloud approach, pursued by companies like Wherobots, can improve autonomous vehicle performance in challenging scenarios like rural deliveries or complex urban settings
robotautonomous-machinesAIcloud-computingnavigation-technologydronesself-driving-cars$2,500 Ukrainian STING drones down 1,000 Russian Shaheds in 4 months
Ukraine has developed the STING interceptor drone, a compact, agile, and cost-effective unmanned aerial vehicle designed to neutralize Russian attack drones such as Shaheds, Lancets, Zala, and SuperCam models. Created by the Ukrainian team “Wild Hornets,” the STING drone can be deployed rapidly—within 15 minutes—and launched from almost any surface without special equipment. It features autonomous return capabilities if no target is found, an engagement range of up to 25 kilometers, and is equipped with advanced systems like Hornet Vision and a 360° antenna ground station, enabling operation even under electronic warfare conditions. Piloted via VR goggles for first-person view control, the STING drone achieves high-speed, precise interceptions, often culminating in mid-air collisions to destroy enemy UAVs. Since the start of serial production four months ago, STING drones have reportedly downed over 1,000 Russian drones, marking one of Ukraine’s most successful combat drone programs. The “Night Hornets
dronesdrone-warfareinterceptor-droneUAV-technologymilitary-roboticsautonomous-dronesFPV-dronesInfravision raises $91M for power line maintenance drones
Infravision, a company specializing in aerial drones for power grid construction and maintenance, has raised $91 million in Series B funding to accelerate the adoption of its TX System. This system integrates drones, intelligent ground equipment, and stringing hardware to provide a faster, safer, and more cost-effective alternative to traditional power line stringing methods, which often face delays and high costs. The TX System has been successfully deployed on major projects worldwide, including Powerlink Genex in Australia and emergency response efforts with PG&E in California, demonstrating its capability to handle complex and high-voltage transmission tasks while reducing outages and community disruptions. Led by GIC with participation from Activate Capital, Hitachi Ventures, and Energy Impact Partners, the funding will support Infravision’s expansion into the U.S. market, enhance its engineering talent pool, and scale manufacturing and operations. Since its 2018 launch, Infravision has completed over 40 major projects across four countries, saving clients millions of dollars
dronespower-line-maintenanceaerial-roboticsenergy-infrastructuregrid-modernizationautomationpower-transmissionMillions of year old dinosaur fossils found using lichens, drones
Scientists have discovered that specific orange-colored lichens, Rusavskia elegans and Xanthomendoza trachyphylla, can serve as natural indicators for locating exposed dinosaur fossils at Dinosaur Provincial Park in Alberta, Canada. These lichens preferentially colonize dinosaur bones—covering up to 50% of their surfaces—due to the bones’ alkaline, calcareous, and porous nature, while largely avoiding surrounding rock. Their unique spectral signatures, characterized by lower blue wavelength reflectance and higher infrared reflectance, enable detection from the air using drones equipped with specialized sensors at high resolution (2.5 cm per pixel). This drone-based method, building on a decades-old hypothesis by paleontologist Darren H. Tanke, offers significant advantages for fossil discovery, especially in remote or difficult terrain where ground surveys are challenging. The approach can accelerate fossil detection, reduce field costs, and minimize environmental impact. While particularly effective in semi-arid environments like the Canadian Badlands—where lich
dronesaerial-imagingremote-sensingpaleontology-technologyspectral-analysisfossil-detectionenvironmental-monitoringNew algorithm lets drones transport heavy objects together in remote areas
Researchers at TU Delft have developed a novel algorithm enabling multiple drones to collaboratively lift, transport, and precisely control the orientation of heavy payloads via cables. This system addresses the limitations of single drones, which have restricted load capacities, by coordinating several drones to carry heavier objects and adapt in real time to changing payload dynamics and external disturbances such as wind or sudden movements. Unlike traditional control methods that are slow and rigid, this new algorithm offers fast, flexible, and robust control without needing sensors on the payload itself, significantly enhancing operational agility. The algorithm employs a trajectory-based framework that solves the kinodynamic motion planning problem online, accounting for the dynamic coupling between drones and the load. Real-world lab experiments demonstrated that the system achieves at least eight times greater acceleration than existing methods, enabling agile maneuvers even with complex payloads. Currently tested indoors using motion capture cameras, the team aims to adapt the technology for outdoor use, targeting applications in remote construction, agriculture, and search and rescue. The autonomous drones require
roboticsdronesmulti-agent-systemspayload-transportcontrol-algorithmsautonomous-flightdrone-coordinationUS team's sound-guided drones can fly where cameras fail to see
Researchers at Worcester Polytechnic Institute (WPI) are developing tiny aerial robots that navigate using sound rather than traditional cameras or light sensors, enabling operation in environments with smoke, dust, or darkness where vision-based systems fail. Inspired by the echolocation abilities of bats and birds, the project combines metamaterials to reduce propeller noise, alternative propulsion methods like flapping wings, and bio-inspired designs to improve ultrasonic signal capture and emission. These drones will be compact—under 100 millimeters and 100 grams—and aim to be energy-efficient, affordable, and capable of autonomous navigation in challenging conditions. Funded by a $704,908 National Science Foundation grant over three years starting in September 2025, the project integrates physics-informed deep learning and hierarchical reinforcement learning to process ultrasonic signals and enable obstacle avoidance and goal-directed movement. Sensor fusion combining echolocation with inertial and other data enhances situational awareness and reliability. The research seeks to create deployable drone swarms for search, rescue, and hazardous environment
roboticsdronesmetamaterialsbio-inspired-navigationultrasonic-sensingreinforcement-learningaerial-robotsTU Delft algorithm to enables drones to work together to transport heavy payloads - The Robot Report
Researchers at TU Delft in the Netherlands have developed an advanced algorithm enabling multiple autonomous drones to collaboratively carry and control heavy payloads, even under challenging conditions such as wind. By physically connecting drones to a payload via cables, the system allows them to share the load, adjust their positions in real time, and precisely control the payload’s orientation. This capability addresses the limitations of single drones, which have restricted payload capacities, making it difficult to transport heavy materials to remote or complex environments like offshore wind turbines, mountainous agricultural areas, or disaster zones. The key innovation lies in the algorithm’s ability to coordinate the drones’ movements rapidly and flexibly, responding to each other and external disturbances such as sudden payload shifts. TU Delft tested the system with up to four quadrotors in a controlled lab setting, including simulated wind and moving payloads, successfully demonstrating autonomous navigation and obstacle avoidance. While current testing relies on indoor motion capture systems, the team aims to adapt the technology for outdoor use without requiring sensors on the payload
robotdronesautonomous-systemspayload-transportTU-Delftcoordination-algorithmrobotics-researchWatch: China's explosive-laden robot dogs show power in assault drill
China’s People’s Liberation Army (PLA) recently conducted a live-fire amphibious landing exercise showcasing advanced robotic systems, including four-legged robot dogs and drones, to simulate an assault scenario potentially targeting Taiwan. The robot dogs performed multiple roles such as carrying ammunition to frontline troops, clearing beach obstacles with explosives, and supporting paratroopers with mounted machine guns in jungle terrain. FPV drones provided reconnaissance and cover fire by surveying enemy positions. Despite demonstrating significant coordination between aerial and ground autonomous units, the exercise revealed vulnerabilities: some robot dogs were shot down, and drones struggled to effectively weaken fortified defenses, forcing PLA troops to revert to traditional human-led tactics. In parallel with these ground robotics developments, China marked a milestone in aerial warfare by reportedly conducting the maiden flight of a new stealth drone, unofficially called the GJ-X. This large flying-wing UAV, with an estimated 42-meter wingspan comparable to the US B-21 Raider bomber, suggests China is advancing toward strategic, intercontinental-range unmanned
robotautonomous-systemsmilitary-robotsrobot-dogsdronesuncrewed-warfarePLA-roboticsUS firm unveils mobile hydrogen generator to power long-range drones
US-based Sesame Solar, in partnership with Heven AeroTech, has introduced a mobile drone refueling nanogrid (DRN) designed to power long-range military drones sustainably. This integrated system combines two hydrogen-powered Heven Z-1 Group II VTOL drones with satellite communications, edge computing, mobile radar, and atmospheric water generation. The DRN operates as a self-sustaining green energy loop, using retractable solar panels to generate electricity, which powers an electrolyzer that produces hydrogen from water extracted from the air. The hydrogen is stored in solid-state tanks and used to refuel drones, enabling flight endurance of over eight hours—up to six times longer than battery-powered drones—and autonomous operation for up to six months without external fuel supplies. The mobile nanogrids are designed for rapid deployment, with setup times under 15 minutes and drone assembly requiring just five minutes without tools. They are transportable, weather-resistant, and can be clustered to form minigrids, with an expected
energyhydrogen-powerdronesunmanned-aerial-systemsmobile-nanogridsurveillance-technologydefense-technologyUS firm's firefighting drones aim to cut response time to under ten mins
Seattle-based startup Seneca has developed an autonomous firefighting drone system designed to drastically reduce wildfire response times to under ten minutes. These modular drones, capable of carrying over 100 pounds of fire-suppressing agents each, use AI and advanced computer vision to navigate and extinguish fires rapidly and safely. Operating solo or in swarms of four to six units, the drones can deliver between 500 and 1,000 pounds of suppression power per mission without requiring helipads, refueling, or extensive ground infrastructure. The system is portable, remotely deployable with only an approximate fire location, and built to integrate seamlessly with existing firefighting operations. With wildfire intensity in the U.S. having more than doubled over the past two decades—causing an estimated $1 trillion in annual economic losses and threatening 115 million Americans—Seneca’s technology aims to address a critical gap in rapid fire suppression. The drones can access hazardous or remote areas inaccessible to human crews, enabling early-stage fire containment during
dronesfirefighting-technologyautonomous-dronesAI-navigationwildfire-suppressionfire-responsedrone-swarmsSeneca brings in $60M to develop fire suppression drones - The Robot Report
Seneca, a startup focused on autonomous aerial fire suppression systems, has raised $60 million to develop AI-powered drones designed to detect and combat fires early. Their portable suppression drones can be hand-carried, transported via utility vehicles, or deployed remotely, extending firefighting capabilities in unsafe or hard-to-reach areas. The company has demonstrated its technology with fire agencies across four states and continues to improve targeting accuracy, payload capacity, safety, and usability based on firefighter feedback. Seneca’s founding team includes experts in hardware, fire strategy, and technology, and they collaborate closely with fire chiefs and leaders to ensure their solutions meet frontline needs. The funding round was led by Caffeinated Capital and Convective Capital, with participation from several venture firms, and will be used to enhance the system’s robustness, scale production, and deploy the first units in time for the 2026 fire season. Seneca’s efforts come amid a growing wildfire crisis in the U.S., where wildfire intensity has nearly tripled
robotdronesfire-suppressionautonomous-systemsAIwildfire-managementaerial-roboticsUS to arm drones with missiles that can work in GPS-denied environment
The US Army is advancing the Symbiotic UAS Delivery System (SCBDS) project to develop a compact, highly capable missile designed for medium-sized Group 2 and 3 drones, such as the ScanEagle. This missile aims to enable special operations forces to conduct multiple fire-and-forget kinetic strikes without relying on GPS guidance, addressing challenges posed by GPS-denied or heavily jammed environments. The weapon must be lightweight (under five pounds total, with about two pounds of kinetic payload), self-propelled, capable of striking targets over 2.5 miles away, and accurate within 16 feet, all while operating autonomously without post-launch guidance from the drone. A key innovation of the SCBDS is its reliance on advanced computer vision and a tiny inertial measurement unit (IMU) to navigate and identify targets, circumventing vulnerabilities exposed by electronic warfare seen in conflicts like the Ukraine war. The project responds to significant losses of drones due to electronic interference and aims to provide
robotdronesmissile-technologyautonomous-weaponscomputer-visionGPS-denied-navigationmilitary-technologyGeneral Intuition lands $134M seed to teach agents spatial reasoning using video game clips
General Intuition, a new AI research startup spun out from Medal—a platform for sharing video game clips—has raised $133.7 million in seed funding led by Khosla Ventures and General Catalyst. The company leverages Medal’s extensive dataset of 2 billion annual videos from 10 million monthly users to train AI agents capable of spatial-temporal reasoning, which involves understanding how objects move through space and time. This dataset is considered superior to alternatives like Twitch or YouTube due to its first-person gameplay perspective and the presence of highly selective, edge-case clips that enhance training quality. The startup’s AI models can interpret unseen environments and predict actions based solely on visual input, mimicking human player perspectives and controller inputs, making the technology transferable to real-world applications such as robotic arms, drones, and autonomous vehicles. General Intuition aims to develop general agents that interact with their surroundings, initially focusing on gaming and search-and-rescue drones. Unlike competitors who sell world models, General Intuition’s goal
robotAI-agentsspatial-reasoningdronesautonomous-vehiclesmachine-learninggaming-AIDisabled US veteran's invention can launch, retrieve drones midair
Disabled US veteran-owned company Target Arm unveiled the Ralar Modular Mission Payload (MMP) drone system at the 2025 Association of the United States Army (AUSA) expo. The Ralar system features a robotic arm capable of launching and recovering small unmanned aerial systems (sUAS) midair while the host platform—whether a ground vehicle or aircraft—is moving. This innovation eliminates the need for fixed launch or landing zones, allowing troops to deploy reconnaissance or strike drones on the move, thereby enhancing operational tempo and reducing exposure to enemy fire. The system was demonstrated integrated onto GM Defense’s Infantry Squad Vehicle – Utility (ISV-U), highlighting its tactical relevance for frontline forces. The Ralar system is platform-agnostic and compatible with a wide range of drones without requiring airframe modifications. It uses advanced positioning technology from Trimble Inc. to synchronize drone flight paths with vehicle movement, enabling precise and repeatable drone capture even at speed or on rough terrain. Its modular design supports future
robotdronesunmanned-aerial-systemsrobotic-armmilitary-technologydrone-recoveryautonomous-systemsLockheed turns US Black Hawk helicopter into pilotless cargo drone
Lockheed Martin’s Sikorsky division has developed the S-70UAS U-Hawk, a fully autonomous version of the UH-60L Black Hawk helicopter, marking a significant advancement in unmanned military aviation. By removing the cockpit, seats, and crew stations, and replacing the mechanical flight controls with a third-generation fly-by-wire system powered by MATRIX autonomy technology, the U-Hawk operates without onboard crew. The aircraft features actuated clamshell doors and a rear ramp to enable roll-on/roll-off cargo operations, increasing usable cabin space by 25% compared to the standard Black Hawk. This expanded interior allows the U-Hawk to carry oversized cargo, including missile pods, uncrewed ground vehicles, and up to four Joint Modular Intermodal Containers—doubling the capacity of legacy models. The U-Hawk’s design supports a range of mission profiles, including logistics, strike, and reconnaissance. It can transport specialized payloads such as a six-rocket HIMARS pod or
robotautonomous-vehiclesdronesmilitary-technologyunmanned-aerial-vehiclescargo-transportfly-by-wire-systemsVideo: Speedy 'drone painter' covers 200 sqft per minute with ease
Lucid Bots has introduced a new painting module for its Sherpa drone, enabling it to spray paint and coat building exteriors with remarkable speed and efficiency. Previously used for cleaning windows and exteriors, the Sherpa drone can now cover over 200 square feet per minute, operating up to 160 feet high with continuous power via a tether. This advancement allows a single operator to manage the drone easily, completing jobs up to three times faster and at about half the traditional cost, significantly improving productivity and safety in high-risk, labor-intensive exterior work. The Sherpa drone leverages embodied AI, which enables it to interact with the environment by adjusting for factors like wind and surface texture to apply paint evenly. This capability addresses critical labor shortages and safety concerns in the construction industry, where many skilled workers are retiring and tasks often involve hazardous conditions. The modular design of the painting attachment allows existing Sherpa users to upgrade without purchasing new equipment, facilitating adoption. With applications already underway in stadium waterproofing and graffiti
roboticsdronesembodied-AIconstruction-automationindustrial-paintinglabor-safetymodular-roboticsLucid Bots brings embodied AI to commercial painting - The Robot Report
Lucid Bots Inc., a Charlotte-based robotics company founded in 2018, has introduced new painting and coating capabilities for its Sherpa Drone, originally designed for exterior building cleaning. The drone uses a power tether to stay aloft while lifting a hose from the ground to supply water or paint, with the paint reservoir remaining on the ground. The system features automation-assisted controls such as “Distance Lock,” which uses onboard sensors to maintain the optimal distance and angle between the spray nozzle and the surface, ensuring consistent coverage and minimizing overspray. The drone’s design also incorporates military-grade nano-coatings to prevent paint from adhering to its surface, facilitating easy cleanup. Lucid Bots aims to address the growing demand for automation in large-scale commercial and industrial infrastructure projects amid significant labor shortages and safety concerns in construction. With over 40% of construction workers expected to retire by 2031, the company leverages embodied AI—robots capable of navigating and manipulating the physical world—to perform dangerous and demanding tasks like painting
roboticsdronesembodied-AIautomationcommercial-paintingindustrial-robotsinfrastructure-maintenanceTADTE 2025 reveals Taiwan's military preparations to hold back China
TADTE 2025, Taiwan's largest defense exhibition, showcased a significant increase in international participation, with over 400 exhibitors from 14 countries—a 50% rise from the previous year—and notably stronger Western and European involvement. This shift marks a departure from decades of European caution regarding China and highlights Taiwan’s urgent military modernization in anticipation of a potential Chinese invasion forecasted for 2027. The event emphasized Taiwan’s accelerated efforts to field advanced weaponry, combining Western technology, indigenous innovation, and a new drone warfare doctrine aimed at deterring or complicating any Chinese aggression. A central focus of Taiwan’s defense strategy revealed at TADTE 2025 is the deployment of at least 50,000 domestically produced drones by 2027, designed as expendable “ammunition” rather than high-cost assets. These drones span five categories, including swarming quadcopters for saturation attacks, reconnaissance fixed-wing drones, VTOL hybrids, loitering munitions, and logistics
robotdronesunmanned-aerial-vehiclesmilitary-technologydefense-systemsIoTautonomous-systemsChinese team develops drones that exchange tools while flying
Researchers at Westlake University in China have developed the FlyingToolbox system, enabling multi-rotor drones to exchange tools mid-flight with unprecedented precision. This breakthrough overcomes the significant challenge of downwash—the turbulent airflow generated by the propellers of an upper drone that destabilizes a drone flying below it. The system pairs a lower “toolbox drone” carrying multiple tools with an upper “manipulator drone” equipped with a robotic arm that picks up and returns tools during flight. Using real-time airflow prediction via a neural network, magnetic docking mechanisms, and QR code-based visual tracking, the drones achieve sub-centimeter docking accuracy, maintaining stability even in strong turbulence. In experiments, the FlyingToolbox successfully completed 20 consecutive dockings with less than one centimeter of error, a marked improvement over previous aerial docking systems that typically had accuracies of six to eight centimeters. The magnetic docking system, combined with elastic cords, allows for automatic locking and error absorption during alignment. This technology enables drones to
robotdronesaerial-roboticsrobotic-armsdrone-technologymulti-rotor-dronesautonomous-systemsThe unjammable drone: How fiber optics are rewiring warfare
The article discusses Ukraine’s innovative use of fiber-optic cable-tethered quadcopter drones, deployed from so-called “drone motherships,” which represent a significant tactical evolution in naval warfare, particularly in the Black Sea theater. These drones are designed to evade electronic jamming by relying on fiber-optic cables for control rather than vulnerable radio signals. This technology was notably used in a September 26, 2025 attack on Russian port cities Tuapse and Novorossiysk, targeting oil infrastructure and resulting in injuries. The drones are carried close to targets by mothership vessels, overcoming limitations of cable length, weight, and range, and are typically reserved for high-value missions or to disable enemy jamming systems. Fiber-optic drones signify a shift toward hybrid naval warfare, where traditional fleets face new threats from swarms of low-cost, resilient unmanned platforms. Both Ukraine and Russia are experimenting with these systems, with Russia reportedly testing drones that can sever their own cables to evade capture
dronesfiber-opticselectronic-warfareunmanned-aerial-vehiclesmilitary-technologyhybrid-warfarenaval-combatDJI loses lawsuit over classification as Chinese military company
A federal judge has ruled against DJI, the drone manufacturer, in its lawsuit challenging its designation as a Chinese military company by the U.S. Department of Defense (DoD). U.S. District Judge Paul Friedman found that the DoD presented “substantial evidence” indicating DJI contributes to China’s defense industrial base. He emphasized that DJI’s technology has significant military applications, citing its use in the Russia-Ukraine conflict, and noted that whether DJI’s policies prohibit military use is irrelevant to the classification. However, Judge Friedman dismissed some of the DoD’s other reasons for the listing. DJI had argued that it is not owned or controlled by the Chinese military and that it primarily produces consumer and commercial drones, not military ones. The company also claimed the designation caused financial and reputational harm. DJI is considering its legal options following the ruling and faces additional U.S. legal challenges, including a potential ban starting December unless a national security agency determines its drones do not pose an unacceptable security risk.
robotdronesdefense-technologymilitary-applicationsDJInational-securitydrone-regulationsDeLorean recreated with drones, lifts off like 'Back to the Future'
Designer Brian Brocken has successfully recreated a full-scale flying DeLorean from the movie Back to the Future, fulfilling a childhood dream by combining detailed replica craftsmanship with advanced drone technology. The car’s body is constructed from lightweight EPS foam reinforced with fiberglass to maintain the iconic styling without excess weight. Using CAD software and CNC-cut foam slices, Brocken precisely assembled the hollow shell, while a custom carbon-fiber tubular frame provides the necessary strength and rigidity for flight, reducing weight to about 2 kg (4.4 lbs) and addressing structural flex issues encountered with earlier aluminum frames. The replica features functional elements true to the film, including retractable, rotating wheels 3D printed from PLA that enable both ground steering and in-flight folding, as well as gullwing doors with hidden 3D-printed hinges that open automatically. Flight stability was enhanced by adding thrust vector control fins under the four powerful drone motors, each paired with 30-inch propellers producing up to 13.5 kg (
roboticsdronescarbon-fiberlightweight-materials3D-printingCAD-designUAV-engineeringDrone startup Guardian Agriculture shuts down
Guardian Agriculture, a Woburn, Massachusetts-based startup founded in 2017, recently shut down after failing to secure additional funding. The company developed the SC1, a large, fully autonomous quadcopter drone designed for aerial crop spraying, capable of carrying 200 pounds of fertilizer or pesticides and covering 60 acres per hour. Despite receiving FAA approval in April 2023 as the first commercially authorized electric vertical take-off and landing (eVTOL) system in the U.S., Guardian struggled to commercialize its technology, having only one paying customer at the time of closure. The company ceased operations in late August 2025 following layoffs earlier that summer, with CEO Ashley Ferguson citing insufficient cash and investor commitments to continue operations. Guardian Agriculture raised $51.7 million across five funding rounds, including a $20 million Series A led by Fall Line Capital in mid-2023. The SC1 drone earned industry recognition, being named one of Time magazine’s Best Inventions of 2024
roboticsdronesagriculture-technologyautonomous-vehicleseVTOLagtechstartup-shutdownFrom relics to robots: China turns Soviet jets into supersonic drones
China has converted its large stockpile of retired Soviet-era J-6 fighter jets, copies of the MiG-19 produced from the 1960s to 1980s, into supersonic unmanned combat drones. These drones, publicly unveiled at the Changchun Air Show in September 2025, retain the J-6’s Mach 1.3 speed and roughly 435-mile combat range but are now equipped with autonomous flight control, autopilot, and terrain-matching navigation systems. The conversion removes crew-related systems and adds weapon stations, enabling the drones to carry about 550 pounds of ordnance. With an estimated inventory of around 3,000 airframes, China’s program offers a cost-effective way to deploy massed drone attacks, particularly in a potential conflict over Taiwan. Military analysts express concern over the strategic implications of these drones, which could be used in large swarms for saturation strikes or as decoys to expose air defense sites. Taiwanese commentators warn that intercept
robotdronesmilitary-technologyautonomous-flightsupersonic-dronesunmanned-aerial-vehiclesdefense-systemsDrones and Droids: a co-operative strategy game - Robohub
"Drones and Droids" is a cooperative strategy game developed by the Scottish Association for Marine Science (SAMS) that immerses players in a scientific mission aboard the research vessel Seol Mara. Players, alongside six robots, investigate an algal bloom near Lismore to identify its source and assess potential threats to nearby seafarms. The game’s mechanics mirror the real behaviors of SAMS robots, and its narrative incorporates challenges inspired by the actual experiences of scientists and roboteers, making it both an educational tool and an engaging experience. Initially created for teaching purposes, the game has received positive feedback from local pro-gamers, prompting a crowdfunding campaign to fund a full production run. With a goal of £16,000, the campaign aims to distribute copies to every school in Argyll and generate additional sales to support ongoing research. The developers encourage those interested in robotics, marine science, and education to contribute and follow updates on the project’s progress.
roboticsdronescooperative-strategy-gamemarine-scienceeducational-technologyrobot-researchrobotics-educationRussia launches 619 attack drones, 32 cruise missiles against Ukraine
On September 20, 2025, Ukraine endured a massive overnight assault by Russian forces deploying 619 drones and missiles, including 579 strike drones, eight ballistic missiles, and 32 cruise missiles. Ukrainian air defenses intercepted 583 of these targets, mitigating further damage. The strikes affected multiple regions such as Dnipro, Mykolaiv, Chernihiv, Zaporizhzhia, Poltava, Kyiv, Odesa, Sumy, and Kharkiv, resulting in three deaths, dozens of injuries, and damage to civilian infrastructure and residential areas. This attack followed a recent incident where three Russian fighter jets violated Estonian airspace, drawing condemnation from Estonia and the EU. Ukrainian President Volodymyr Zelensky condemned the strikes as deliberate terror tactics against civilians rather than military necessities, urging a stronger international response. He called for enhanced air defenses, increased weapons supplies, and expanded sanctions against Russia’s military and its financial backers. In response to the
dronesmilitary-technologyunmanned-aerial-vehiclesair-defensemissile-technologydefense-systemsdrone-warfareOndas Holdings brings in $217M from underwritten offering - The Robot Report
Ondas Holdings Inc., a provider of autonomous aerial and ground systems, recently closed an underwritten offering of 46 million common shares, raising approximately $217 million net of expenses. The company plans to use the proceeds to fuel corporate development and strategic growth initiatives, including acquisitions, joint ventures, and investments. This follows a prior $163 million public offering and the acquisition of a majority stake in Israeli electro-optics firm S.P.O. Smart Precision Optics Ltd. Ondas operates through two main units: Ondas Autonomous Systems (OAS), which develops commercial drones and ground robots under brands like Airobotics and American Robotics, and Ondas Networks, which offers FullMAX software-defined radio connectivity for industrial applications. OAS markets advanced autonomous systems such as the Optimus System, capable of fully autonomous aerial data capture with self-swapping batteries and payloads for continuous operation in complex environments. It also offers the Iron Drone System, a GPS-independent counter-drone solution designed to protect assets with minimal
robotdronesautonomous-systemsIoTnetworking-technologyenergyindustrial-applications'Arab NATO'? Could China replace US as Gulf’s main weapon supplier
The article discusses the potential shift in military alliances and arms suppliers in the Gulf region following recent Israeli airstrikes on Qatar, which killed Hamas operatives and triggered emergency meetings among Arab and Islamic leaders. These meetings, held in Doha, included representatives from the Arab League, the Organization of Islamic Cooperation, and countries such as Iran, Pakistan, Malaysia, Iraq, Palestine, and Gulf states. One key proposal under consideration is the formation of a joint military coalition, sometimes referred to as an “Arab NATO.” This coalition aims to enhance regional defense cooperation and could mark a significant move away from traditional Western military suppliers like the US and Europe, toward greater reliance on Chinese-designed weapons systems and technical support. China has increasingly become a prominent arms supplier in the Middle East over the past decade, offering a range of military hardware including ballistic missiles, armed drones, artillery, radar systems, and missile corvettes. Countries such as Saudi Arabia, the UAE, and Egypt have incorporated Chinese military technology into their forces.
robotdronesmilitary-technologymissile-systemsdefense-systemsunmanned-aerial-vehiclesChina-arms-exportsPoland scrambles NATO defenses as Russian drones cross its border
Poland has taken unprecedented military action by scrambling its own and NATO air defenses to shoot down Russian drones that violated its airspace during Russia’s ongoing attack on Ukraine. This marks the first direct engagement of Russian assets by Warsaw. Prime Minister Donald Tusk described the drone incursions as an “act of aggression,” confirming that Polish forces used weapons against the hostile drones. The incident led to the temporary closure of multiple airports, including Warsaw’s Chopin Airport and key hubs in Lublin and Rzeszów, the latter being crucial for arms transfers to Ukraine. The U.S. Federal Aviation Administration linked these closures to unplanned military activity aimed at ensuring state security. The airspace violations have heightened regional tensions and elicited strong political reactions. U.S. lawmakers characterized the drone incursions as a test of NATO’s resolve and an “act of war,” calling for increased sanctions on Russia and more military support for Ukraine. Polish officials warned of the potential for Russia to expand its conflict beyond Ukraine, especially
dronesmilitary-technologydefense-systemsNATOairspace-securityunmanned-aerial-vehiclesPoland-defenseLife-saving drones tested to reach patients faster than ambulances
Researchers at the University of Warwick, in partnership with the Welsh Ambulance Services NHS Trust and drone company SkyBound, have developed and tested a drone delivery system to provide Automated External Defibrillators (AEDs) directly to cardiac arrest patients. In the UK, over 40,000 out-of-hospital cardiac arrests occur annually, with survival rates below 10%. Early use of CPR and AEDs can double survival chances, but bystanders often struggle to locate AEDs quickly, especially in remote or rural areas where ambulance response times are delayed. The tested system uses a DJI M300 drone to deliver an AED suspended by a winch in response to emergency calls, potentially reducing response times significantly. Emergency simulations in challenging rural locations demonstrated that drones could safely fly long distances, maintain communication with emergency services, and reach patients faster than ambulances. However, the study found that once the AED arrived, there was an average delay of over four minutes before a shock was delivered, partly due to bystanders
robotdronesemergency-responsehealthcare-technologyUAVlife-saving-technologyremote-medical-deliveryUS military backs wind-riding drone concept inspired by birds
The US military, through DARPA, is funding the Albatross project, a research initiative inspired by the soaring flight techniques of birds like the albatross, which can glide long distances using rising warm air and shifting wind patterns without flapping their wings. Researchers from The University of Texas at El Paso (UTEP), Mississippi State University, and Embry-Riddle Aeronautical University are developing autonomous drone technology that mimics these natural air patterns to significantly reduce energy consumption in uncrewed aircraft systems (UAS). The project aims to enable drones to exploit small, short-lived, and unpredictable air currents to extend flight duration and range beyond current battery limitations. The scientific principle behind the project involves drones detecting and utilizing rising thermal air currents—similar to how birds soar—to stay aloft with minimal power use. This approach could revolutionize drone operations by making them more energy-efficient and capable of longer missions, which is particularly valuable for applications such as environmental monitoring, disaster response, and military surveillance.
dronesautonomous-soaringenergy-efficiencyuncrewed-aircraft-systemsDARPAaerospace-engineeringrenewable-energyInside China’s biggest military parade ever: A glimpse of future war
China’s largest-ever military parade showcased a sweeping array of advanced weaponry, highlighting the country’s rapid modernization and push toward a networked, high-tech military. Key new systems unveiled include the QBZ-191 assault rifle, which replaces the older QBZ-95 and offers improved range, precision, and adaptability with advanced optics. On the ground, China introduced three new armored vehicles: the Type 99B main battle tank, the new Type 100 tank—potentially its first fourth-generation tank featuring active protection systems and battlefield data integration—and the Type 100 infantry fighting vehicle equipped with reconnaissance drones and augmented reality goggles for enhanced situational awareness. Additionally, China displayed the PHL-16 (PCL-191) multiple rocket launcher system, comparable to the U.S. HIMARS, capable of firing various guided rockets and tactical ballistic missiles with ranges exceeding 350 kilometers. The parade also marked the first public concentrated display of China’s nuclear triad, encompassing land-, sea-, and air-based
robotmilitary-technologynetworked-warfareadvanced-weaponrydronesaugmented-realitydefense-systemsAstro Teller, “Captain of Moonshots,” joins TechCrunch Disrupt 2025 this October
Astro Teller, known as the "Captain of Moonshots," will be a featured speaker at TechCrunch Disrupt 2025, taking place from October 27 to 29 at Moscone West in San Francisco. As the head of Alphabet’s X (the Moonshot Factory), Teller has led the organization for over a decade, overseeing groundbreaking projects such as Waymo (self-driving cars) and Wing (delivery drones). His leadership focuses on tackling ambitious, high-impact technological challenges, making him a prominent figure in innovation. Beyond his role at X, Teller is also a novelist, entrepreneur, investor, and academic, holding degrees from Stanford and Carnegie Mellon. His diverse background provides a unique perspective on the future of technology and innovation. With AI rapidly advancing and reshaping possibilities, his insights on thinking bigger, embracing failure, and building impactful solutions are particularly relevant. Attendees of Disrupt 2025 will have the opportunity to learn directly from Teller’s experience and vision, making the event a must
robotautonomous-vehiclesdronesinnovationAItechnologymoonshot-projectsNavy tests hydrogen balloon with drone for surveillance capability
The U.S. Navy and Marine Corps recently conducted a test in California demonstrating a hydrogen-powered high-altitude balloon (HAB) paired with hydrogen-fueled drones to enhance over-the-horizon surveillance, sensing, and communications capabilities. This demonstration, held from May 19–21, 2025, at Outlying Landing Field Seagle in Twentynine Palms, was the culmination of a four-year Department of Defense-funded program aimed at leveraging hydrogen as a sustainable energy source. The hydrogen-powered system offers persistent Intelligence, Surveillance, Reconnaissance, and Targeting (ISRT) operations with simplified logistics compared to helium-based balloons, enabling longer mission endurance and extended operational range. Officials highlighted that combining hydrogen balloons with drones allows signals to be bounced off the balloon to extend control ranges and reduce the number of drone sorties required, thereby expanding the area forces can monitor. The approach addresses critical challenges of energy supply and resilience in contested environments, particularly across remote and dispersed areas such as island chains
energyhydrogen-powerdronessurveillance-technologymilitary-technologyunmanned-aerial-vehiclesoperational-energy-innovationOwl-inspired drones aim for agility in cities and efficiency at sea
Researchers at the University of Surrey are developing owl-inspired fixed-wing drones that combine the endurance of traditional fixed-wing designs with the agility of rotary-wing drones. Their project, called ‘Learning2Fly,’ studies how birds of prey like owls navigate complex environments to enable drones to perch, pivot, and maneuver precisely through cluttered urban airspace or turbulent offshore wind conditions. By integrating experimental flight data with machine learning, the team aims to create drones that can predict and control their motion in real time, overcoming limitations of conventional aerodynamic simulations. The research involves real-world testing of lightweight drone prototypes in Surrey’s motion capture lab, where onboard sensors and high-speed cameras track three-dimensional flight behavior. This data trains machine learning models to anticipate drone responses to sudden air shifts and obstacles, improving reliability in unpredictable environments. Early results are promising, showing improved drone performance in complex conditions. The next phase will involve outdoor trials to validate adaptability to wind turbulence and moving obstacles, potentially enabling a new generation of drones capable of efficient,
robotdronesmachine-learningenergy-efficiencyurban-deliveryoffshore-inspectionfixed-wing-aircraftHow Project CETI uses drones to humanely tag sperm whales - The Robot Report
Project CETI (Cetacean Translation Initiative) has been developing innovative methods since 2020 to humanely tag sperm whales using robotics and AI, with the ultimate goal of decoding their vocalizations. Traditional tagging methods involve approaching whales by boat and using long poles, which is logistically difficult and invasive. Instead, Project CETI employs modified first-person view (FPV) racing drones that are waterproofed and equipped with custom interfaces to deploy biologically-inspired suction-cup tags on whales. These tags collect critical data such as bioacoustics, heart rate, dive depth, and body orientation. The drones’ maneuverability, speed, and relatively low cost make them well-suited for tagging whales during their brief surface intervals, which last only about eight to ten minutes. The project faces challenges in timing the drone deployment precisely due to the whales’ unpredictable surfacing and the dynamic ocean environment. Skilled operators remotely control the drones, achieving an average deployment time of about 1 minute and 15 seconds
roboticsdronesartificial-intelligencebioacousticswildlife-monitoringmarine-technologyrobotic-taggingDrones That Never Miss: Inside Ukraine’s Invisible Army
The article "Drones That Never Miss: Inside Ukraine’s Invisible Army" highlights the transformative role of drone warfare in the ongoing conflict between Ukraine and Russia. It explains how the battlefield has expanded beyond traditional tanks and artillery to include swarms of highly effective drones. Ukrainian forces utilize inexpensive first-person-view (FPV) drones to accurately target and destroy Russian armored vehicles, demonstrating a significant tactical advantage. Meanwhile, Russia counters with its own drone swarm tactics, leading to intense aerial confrontations that challenge Ukrainian defenses. The piece emphasizes that this drone warfare represents a new era of combat, driven by advanced technology and innovative strategies on both sides. The use of drone swarms is not only reshaping the dynamics of the current conflict but also signaling a broader shift in how future wars may be fought. The article suggests that control of the skies through these unmanned systems could ultimately determine the outcome of the ground war, making this invisible drone army a critical factor in Ukraine’s defense efforts.
robotdronesmilitary-technologyswarm-roboticsunmanned-aerial-vehiclesdefense-technologybattlefield-innovationOpinion: Why the EU needs to cut its reliance on Chinese drones
Dr. Robert Brüll, founder and CEO of FibreCoat, argues that Europe must reduce its heavy reliance on Chinese-made drones amid escalating geopolitical tensions and the increasing use of drones in modern warfare, particularly highlighted by the conflict in Ukraine. Chinese drones currently dominate the market due to China’s focused industrial policies and strong state-private partnerships. However, recent US tariffs and China’s tightened export controls on drone components have caused price surges and supply delays, exposing Europe’s vulnerability and underscoring the urgent need for strategic autonomy in drone technology. Brüll emphasizes that Europe possesses the necessary resources—world-class research institutions, a tradition of scientific inquiry, and growing political will—to build a sovereign drone ecosystem. To achieve this, he recommends prioritizing funding for dual-use research with both civilian and defense applications, streamlining bureaucratic hurdles for startups, and ensuring defense funds reach innovative companies. Additionally, he calls for the establishment of a unified EU drone platform to coordinate research, share best practices, and accelerate innovation
dronesroboticsdefense-technologyEuropean-Uniondrone-manufacturingstrategic-autonomysupply-chainAI, Drones, & Digital Twins Help Renewable Energy Persist In US
The article discusses how technological advancements in AI, drones, and digital twins are playing a crucial role in advancing renewable energy in the US despite political uncertainties. A recent study by Systemiq and the London School of Economics highlights that AI can significantly enhance renewable energy systems by improving grid management and increasing the efficiency of solar and wind power by up to 20%. AI also aids in better financial decision-making, especially in emerging markets, by predicting investment risks more accurately. Additionally, high-performance computing systems like the Department of Energy’s Kestrel are accelerating renewable energy research and efficiency improvements. Drones are another key technology transforming renewable energy by enabling efficient inspection, maintenance, and monitoring of solar, wind, and hydro infrastructure. Market research by DataM Intelligence forecasts strong growth in the renewable drone market through 2031, driven by increasing renewable installations and advancements in drone technology that improve data accuracy and operational safety. Regulatory progress by the FAA to expand commercial drone use beyond visual line of sight (BVLOS) is expected
renewable-energyAIdronesdigital-twinsenergy-efficiencysmart-gridclimate-technologyChina’s new electronic warfare tech disrupts enemy systems while protecting friendly signals
Chinese researchers have developed a novel electronic warfare (EW) system that can simultaneously jam enemy communications while preserving friendly signals within a designated “null zone,” akin to the calm “eye” of a storm amid electromagnetic chaos. This technology employs two coordinated drones emitting carefully controlled radio signals—adjusting waveform, amplitude, phase, and timing—to create a point where the jamming waves cancel each other out, allowing allied communications to operate uninterrupted. This approach leverages advanced beamforming and phase cancellation techniques, marking a significant evolution from traditional omnidirectional or directional jamming systems that typically disrupt all signals within range. In simulations, the system demonstrated the ability to nullify interference even when jamming signals were 100 times stronger than the target signals, effectively reducing electromagnetic interference at friendly receivers to zero. Such precise spatial control could enable selective jamming, providing a tactical advantage in contested environments like GPS-denied zones and transforming EW from a blunt instrument into a surgical tool. However, the technology remains at the simulation stage
robotdroneselectronic-warfaresignal-processingbeamformingphase-cancellationcommunications-technologyAlbatross’s dynamic soaring could help drones fly longer using winds
UC Assistant Professor Sameh Elsa and his team are developing drones inspired by the albatross, a large seabird known for its ability to fly long distances without flapping its wings. Funded by a $700K DARPA grant, the project leverages biomimicry to replicate the albatross’s dynamic soaring technique. This flight method involves the bird repeatedly turning into the wind to gain altitude, then gliding forward using gravity and wind currents near the water’s surface, allowing it to stay airborne for hours efficiently. Albatrosses can cover hundreds of miles weekly, cumulatively flying distances far exceeding that between the Earth and the moon over their lifetimes. The research highlights the albatross’s sophisticated real-time flight optimization, which even advanced computers struggle to replicate. The birds use sensitive sensory input, including their keen sense of smell, to make precise flight adjustments, solving complex optimization problems instinctively. To mimic this, drones must measure changing wind speeds and directions and adjust their flight
robotdronesbiomimicrydynamic-soaringunmanned-aerial-vehiclesenergy-efficiencyautonomous-flightThis founder left Silicon Valley to challenge U.S. defense supremacy from Athens, and investors are paying attention
Dimitrious Kottas, formerly of Apple’s Special Projects Group, left Silicon Valley in 2021 to found Delian, a Greek defense startup focused on autonomous systems and surveillance technology. Starting with solar-powered surveillance towers monitoring Greek borders and detecting wildfires, Delian has expanded its product line to include advanced autonomous aerial and sea drones, notably a patented low-cost, deployable “suicide vessel” designed to operate undetected on the seabed. Kottas leverages his expertise in perception technology—gained from academic research and work on autonomous systems at Apple—to drive innovation in defense autonomy, which he believes will be central to future weapon systems. Delian’s approach is pragmatic and disruptive, aiming to penetrate Europe’s fragmented defense market by offering scalable, cost-effective solutions. The company recently secured $14 million in funding from investors including Air Street Capital and Marathon Venture Capital, bringing its total funding to $22 million. Despite technological progress and operational success in Greece, Delian faces
robotenergyIoTautonomous-systemssurveillance-technologydefense-technologydronesChina owns the drone industry. Now America needs to usurp it
The article discusses the growing dominance of China, particularly companies like DJI and Autel Robotics, in the global drone industry, with DJI controlling over 90% of the US consumer drone market and more than 70% globally. This concentration has raised significant national security concerns in the United States, prompting the Trump administration to issue executive orders aimed at reducing reliance on Chinese-made drones. These orders restrict federal agencies from using foreign adversaries' drones, accelerate risk assessments, and prioritize domestically built platforms. The US government’s scrutiny of Chinese drone firms has been ongoing since 2017, including bans, warnings about data sharing, and placing DJI on the Department of Commerce’s Entity List, culminating in a 2024 law mandating a national security review and potential sales bans. In response to these challenges, US startups like Corvus Robotics and Zepher Flight Labs are innovating by designing and manufacturing drones entirely in-house, avoiding imports and aiming for technological breakthroughs such as full-stack autonomy and hydrogen propulsion. Cor
dronesroboticsautonomyhydrogen-propulsionUS-manufacturingsupply-chainnational-securityChinese engines labeled as ‘coolers’ fuel Russian kamikaze drone boom
The article reveals that Russia is significantly increasing its production and deployment of kamikaze drones, specifically the Garpiya-A1, which are powered by Chinese-made engines covertly shipped under the guise of “industrial refrigeration units” to circumvent Western sanctions. These drones, produced by the Russian state-owned manufacturer IEMZ Kupol, are based on Iran’s Shahed drone and are actively used to strike military and civilian targets in Ukraine. Kupol has a contract to deliver over 6,000 Garpiya drones in 2025, a sharp rise from 2,000 in 2024, with more than 1,500 already delivered by April. Ukrainian intelligence reports that about 500 Garpiya drones are launched monthly, with critical components such as engines, navigation, and control systems all sourced from China. To evade detection and sanctions, the Chinese engines (L550E) are routed through intermediaries like Beijing Xichao International Technology and Trade and labeled as cooling equipment in shipping
dronesmilitary-technologyChinese-enginessanctions-evasionunmanned-aerial-vehiclesdefense-industryRussia-Ukraine-conflictChina's cyborg battle suit gives soldiers drone-slinging superpower
China’s Kestrel Defense has unveiled a prototype powered exoskeleton battle suit designed to enhance soldiers’ endurance, mobility, and situational awareness, particularly for drone operators, artillery units, and reconnaissance teams. The suit features mechanical leg supports to reduce fatigue during prolonged crouching or kneeling, a modular backpack housing power and control systems, and articulated shoulder arms for upper-body support. A key innovation is an integrated compact drone-launching system that enables soldiers to deploy and control small quadcopter drones in the field for short-range surveillance and reconnaissance, especially in urban environments. The soldier’s helmet includes a head-mounted augmented reality visor that can display real-time drone feeds, maps, night and thermal vision, and potentially allow interaction via gesture, eye, or voice commands. Additional digital tools such as wrist-mounted screens, health monitors, navigation aids, and encrypted communications are also integrated. Although detailed technical specifications have not been released, the suit reflects a broader global military trend toward combining robotics, wearable computing,
robotexoskeletondronesmilitary-technologywearable-roboticsaugmented-realitydrone-control-systemsChina unveils new wind tunnel facility for low-altitude aircraft testing
China has inaugurated its first compounded wind tunnel dedicated to low-altitude aircraft testing in Guangzhou, developed by the Guangdong Aerospace Research Academy (GARA). This new 4.5-meter class facility is designed to simulate flight conditions for drones, air taxis, and other low-altitude vehicles, enabling engineers to study aerodynamics and optimize flight performance more efficiently. The wind tunnel integrates traditional aviation testing systems with innovative "windshaper" technology, creating a hybrid platform that accelerates testing cycles while reducing research costs. This advancement addresses previous bottlenecks, such as long waiting times at overbooked facilities like the one in Harbin, cutting testing processes from over a year to just three to four months. The facility is expected to play a crucial role in the Guangdong–Hong Kong–Macao Greater Bay Area, a national hub for high-tech innovation, by fostering collaboration through a planned data-sharing platform called "Bay Area No.1." This development supports China's broader economic and technological goals by bridging the gap
droneswind-tunnellow-altitude-aircraftaerospace-testingurban-air-mobilityflight-performanceGuangdong-Aerospace-Research-AcademyElectric Cars Plus Drones — 3 Stories - CleanTechnica
The article highlights a growing trend in 2025 of integrating drones with electric vehicles (EVs), showcasing three notable examples from major automakers. BYD has introduced the Tai 7, a Land Rover-style SUV featuring an optional roof-mounted drone system and a lidar sensor supporting its driver-assist technology. Priced around $42,000, the Tai 7 is a plug-in hybrid and part of BYD’s expanding lineup that includes models like the Bao 5, Bao 8, and Tai 3. Similarly, BYD’s Denza N9 plug-in hybrid offers an optional drone station co-developed with DJI, priced at an additional $2,230, targeting customers who may use the vehicle in remote areas. Hyundai, meanwhile, has launched the IONIQ 9 Seed Ball Drone Station in Korea, a specialized EV designed for environmental restoration rather than consumer use. This vehicle integrates a drone takeoff and landing platform and uses vehicle-to-load (V2L) technology to
electric-vehiclesdronesreforestation-technologyvehicle-to-load-(V2L)hybrid-drivetrainsmart-forest-restorationenvironmental-monitoringThe engineering behind Ukraine's most tactical drone tech startup
The article highlights the innovative work of Sine.Engineering, a Ukrainian startup that has developed GPS-independent navigation and communication systems for drones operating in warzones where satellite signals are frequently jammed or spoofed. Founded shortly after the full-scale invasion of Ukraine, the Lviv-based company employs 150 people and collaborates with over 70 drone manufacturers and defense contractors domestically and internationally. Their technology, including digital video transmitters and data links, enables drones to maintain connectivity and navigate without relying on vulnerable GPS signals, a critical advantage demonstrated in operations like the June 2025 “Spider’s Web” mission that significantly damaged Russian military assets. Sine.Engineering’s breakthrough approach revisits traditional aviation principles by creating a time-of-flight navigation system that is low-cost, scalable, and resistant to electronic interference. This system is actively used on the battlefield, benefiting from rapid iteration due to the company’s proximity to front-line operations and direct feedback from drone operators. The startup has grown organically without external funding but
dronesGPS-free-navigationdrone-technologycommunication-systemsdefense-technologyelectronic-warfareUAV-navigationUkrainian hackers claim to have destroyed servers of Russian drone maker
Ukrainian hacktivist group BO Team, in collaboration with the Ukrainian Cyber Alliance and Ukraine’s military intelligence, claimed to have successfully hacked into and disrupted the network of the Russian drone manufacturer Gaskar Group. According to their announcement, the cyberattack involved seizing the entire network and server infrastructure, collecting sensitive information on current and future unmanned aerial vehicles (UAVs), and subsequently destroying data and disabling the company’s systems. The group reported destroying over 250 systems, including 46 virtual servers and more than 200 workstations, while wiping 47 terabytes of company data and 10 terabytes of backups. Additionally, the hackers stated they stole personal data of Gaskar Group employees, such as home addresses and family information. This attack is significant given the extensive use of drones by both Ukrainian and Russian forces since the full-scale invasion of Ukraine in 2022, highlighting the strategic importance of drone technology in the conflict. Gaskar Group had not responded to requests for comment
robotdronescybersecurityunmanned-aerial-vehiclesmilitary-technologycyberattackhackingRainmaker partners with Atmo to squeeze more rain from clouds
The article discusses a partnership between two startups, Rainmaker and Atmo, which operate at different stages of weather modification and forecasting. Atmo uses deep learning models to analyze atmospheric patterns and forecast weather events, helping Rainmaker identify clouds suitable for cloud seeding. Rainmaker then deploys cloud seeding via small drones to enhance precipitation from these clouds. In return, Rainmaker provides data from its proprietary radar system to measure the additional rainfall generated. This collaboration aims to optimize cloud seeding efforts by combining advanced forecasting with targeted precipitation enhancement. Despite recent conspiracy theories in Texas blaming Rainmaker for floods, scientists consulted by TechCrunch emphasize that cloud seeding can only induce a relatively small increase in precipitation compared to the vast volume processed by large storms. Cloud seeding is commonly used in the Western U.S. to augment snowpack and reservoir water levels, with more modest results in regions like West Texas due to differences in cloud responsiveness. Experts note that rainstorms, already primed to release precipitation, are less
dronescloud-seedingweather-forecastingatmospheric-scienceenvironmental-technologyradar-systemsprecipitation-enhancementSolid polymer could power safer EVs, drones, and space probes
Researchers at Florida State University’s FAMU-FSU College of Engineering have developed a novel polymer blend that could lead to safer, longer-lasting solid-state batteries for smartphones, electric vehicles (EVs), drones, and space probes. By combining polyethylene oxide (PEO), a polymer commonly used in lithium-ion batteries for its ionic conductivity and mechanical strength, with a specially designed charged polymer called p5, the team demonstrated that even small amounts of charge significantly influence how polymers mix. Their experiments showed that low concentrations of p5 result in phase separation, while higher p5 content produces a stable, uniform blend. This finding validates theoretical models predicting polymer behavior and identifies key temperature thresholds for maintaining blend stability. The study’s insights into charge concentration and electrostatic interactions provide crucial levers for tuning polymer properties, enabling faster design and screening of advanced battery materials without extensive trial and error. This advancement is particularly promising for solid-state lithium metal batteries, which use solid electrolytes instead of flammable liquid ones, offering enhanced
solid-polymerenergy-storagelithium-ion-batteriespolymer-blendselectric-vehiclesdronesmaterials-scienceUkraine claims robot team captured Russian soldiers in a world-first
Ukraine’s elite 3rd Separate Assault Brigade, through its experimental “DEUS EX MACHINA” drone company, claims to have conducted the world’s first fully unmanned offensive operation, capturing Russian soldiers using only ground robots and aerial drones. The assault occurred in the Kharkiv region and involved a coordinated attack using FPV kamikaze drones and ground robotic complexes to destroy fortified Russian positions that had previously resisted human-led attacks. Following the destruction of a Russian bunker by a kamikaze ground robot, the remaining soldiers surrendered to an approaching robot and were remotely escorted back to Ukrainian lines by overhead drones providing live visual coordination. No Ukrainian troops were physically present during the assault, marking a significant milestone in robotic warfare. This operation represents a strategic breakthrough in the use of autonomous and semi-autonomous systems as primary assault elements rather than support tools like reconnaissance or logistics. Ukraine’s rapid expansion of drone and robotics programs amid its ongoing conflict with Russia has allowed it to leverage asymmetric advantages, compensating for conventional manpower
robotunmanned-systemsdronesmilitary-roboticsautonomous-vehiclesrobotic-warfaredefense-technology597 attack drones, 26 missiles: Russia's air strike on Ukraine kills six
Russia launched a massive air strike against Ukraine on July 12, 2025, deploying 597 attack drones—including over half identified as Iranian-designed "shahed" loitering munitions—and 26 cruise missiles. The attacks targeted multiple regions, including Kharkiv, Sumy, Lviv, Bukovyna, and Dnipropetrovsk, resulting in at least six deaths and dozens of injuries. Notably, two fatalities in the Chernivtsi region were caused by falling drone debris, while other casualties occurred from missile strikes in Dnipropetrovsk and Sumy. Despite the scale of the assault, Ukraine’s air defense forces successfully intercepted and destroyed 319 drones and 25 cruise missiles, mitigating further damage. Ukrainian President Volodymyr Zelensky praised the effectiveness of his country’s air defenses and called for tougher secondary sanctions against entities aiding Russia’s drone production and oil profiteering. He emphasized the need for more air defense systems and investments
dronesattack-dronesair-defensemilitary-technologymissile-interceptionkamikaze-dronesdrone-warfareIndian drone developer Raphe mPhibr raises $100M - The Robot Report
Raphe mPhibr Pvt. Ltd., an Indian drone manufacturer based in Noida, recently raised $100 million in a Series B funding round led by General Catalyst, bringing its total equity funding to $145 million. Founded in 2017 by siblings Vikash Mishra (chairman) and Vivek Mishra (CEO), the company specializes in producing drones made from light carbon-fiber composites with high strength-to-weight ratios. Raphe mPhibr offers nine drone models with payload capacities ranging from 4.4 to 441 pounds (1.9 to 200 kg), capable of covering distances between 12 and 124 miles (19.3 to 200 km) and operating swarms of up to 100 drones. The company manufactures most components domestically, including batteries, flight controllers, and materials, and plans to produce radars and high-end cameras in-house within 18 months. With around 600 employees—150 focused on research and over 250 on production—
robotdronesUAVcarbon-fiber-compositesautopilot-systemsaerospace-manufacturingIndian-drone-industryUS Air Force to fly F-22 Raptors with first 'loyal wingman' drones
The US Air Force is set to enhance its fleet of F-22 Raptor stealth fighters by integrating them with "loyal wingman" drones, marking a significant advancement in manned-unmanned teaming capabilities. Beginning in Fiscal Year 2026, the Crewed Platform Integration (CPI) program will retrofit up to 142 combat-ready F-22s with tablet-based control kits, enabling pilots to command Collaborative Combat Aircraft (CCA) drones in real time during missions. These control systems, likely utilizing the secure Inter-Flight Data Link (IFDL), will allow seamless communication between the F-22 and its drone wingmen, enhancing operational flexibility and lethality. Parallel to this, the Air Force is investing $870 million in FY26 to develop and procure an initial fleet of 100 to 150 CCA drones, with plans to expand to over 1,000 air vehicles in future increments. Prototype drones under development include General Atomics’ YFQ-42A and And
robotdronesmilitary-technologyautonomous-systemsunmanned-aerial-vehiclesdefense-technologycollaborative-combat-aircraftFlying squirrels' scaly tails inspire next-gen bionic robots, drones
Researchers at Empa in Switzerland, in collaboration with the Max Planck Institute in Germany, have studied the unique tail mechanics of African scaly-tailed squirrels to inspire the development of next-generation bionic robots and drones. These squirrels possess thorn-covered scales on the underside of their tails, which provide exceptional grip and stability when clinging to smooth or uneven tree bark. While biologists had long suspected the scales aid in climbing, this study is the first to scientifically test and confirm their role in preventing slipping and enhancing stability. The research team used a combination of analytical models and physical replicas, including 3D-printed artificial squirrels with scaled tails and claws, to experimentally validate how these tail spines contribute to secure perching. Moving forward, the team plans to incorporate dynamic movement into their models to better understand how the scaly tail absorbs impact and stabilizes the squirrels during rapid or emergency landings, such as when evading predators mid-glide. Ultimately, these insights into natural locomotion could inform
robotbionic-robotsdronesbiomimicryrobotics-researchsoft-roboticsenergy-efficient-roboticsStartups Weekly: Tech and the law
The latest edition of Startups Weekly highlights a busy week in the startup ecosystem, featuring notable lawsuit developments, mergers and acquisitions, and significant funding rounds. Key startup stories include Rubrik’s push to accelerate AI agent adoption with substantial but undisclosed funding, German fintech startup Kadmos’ $38 million raise linked to Japanese shipping expansion, and ongoing copyright lawsuits involving AI music startup Suno and Getty Images’ AI image generator Stable Diffusion. Despite challenges, Bill Gates-backed Airloom Energy continues its operations in Wyoming. On the venture capital front, several high-profile funding events stood out. Harvey AI, an AI-enabled legal tech startup, raised $300 million at a $5 billion valuation just months after a previous $300 million round at $3 billion. Abridge, an AI medical note automation startup, secured funding at a $5.3 billion valuation, while blockchain prediction market Kalshi and its rival Polymarket are also raising significant capital. Other notable raises include European challenger bank Finom, Indian
energystartupsAIfundingdronesblockchainmaterialsThales turns drones into electronic spies with 11-pound EW payload
Thales has developed a lightweight electronic warfare (EW) payload weighing under 11 pounds (5 kg) and consuming less than 40 watts, designed for integration with small drones, including tethered and free-flying unmanned aerial systems (UAS). Unveiled at the 2025 Paris Air Show, this compact sensor system enables frontline forces to autonomously detect, locate, and geolocate enemy radio-frequency (RF) emitters over tens of miles. It operates passively, collecting intelligence without emitting detectable signals, which is crucial for stealthy surveillance in contested electromagnetic environments. The system is user-friendly, requiring minimal training, and addresses a capability gap by extending EW tools to conventional maneuver units, supporting distributed operations, electronic order of battle generation, and battlefield spectrum management. The payload was developed under a proof-of-concept contract awarded by France’s Defence Innovation Agency (AID) after a competitive European selection process and has been successfully tested by multiple French defense units in land and sea scenarios
droneselectronic-warfareunmanned-aerial-systemsradio-frequency-detectionmilitary-technologyautonomous-sensorselectronic-surveillanceMandrakes drone's unique whine signals its multi-purpose capabilities
At the 55th Paris Air Show, Czech startup FlyinDiamonds showcased its innovative "Mandrakes" drones—small, glowing quadcopters named for their distinctive high-pitched whine upon landing, which aids operators in locating them in difficult terrains. Designed and manufactured entirely in the Czech Republic, these drones feature a 270 mm propeller diameter, 25-minute flight time, 450 g weight, and can withstand winds up to 7 m/s. They are powered by a 3600mAh Li-Ion 4S battery and support connectivity via Wi-Fi, micro USB, and UART interfaces, including a light show controller. Originally focused on entertainment through light shows, FlyinDiamonds has expanded into industrial uses such as millimeter-precision 3D scanning for construction and facade cleaning. FlyinDiamonds is also exploring emergency medical applications, aiming to use drones to deliver critical supplies like defibrillators and medication, potentially reducing response times in urgent situations.
dronesUAVroboticsIoTenergy-storagecarbon-compositesunmanned-aerial-vehiclesUS taps ‘struggling’ Boeing to turn dead F-16s into supersonic drones
Boeing has been awarded a $10.2 million contract modification, part of a $318.7 million effort, by the US Air Force to convert retired F-16 fighter jets into QF-16 full-scale aerial target drones. These supersonic drones will replace the aging QF-4 Phantoms, enhancing the realism of missile testing against modern fourth-generation aircraft. The work, conducted primarily at Boeing’s St. Louis avionics factory, involves installing telemetry, scoring systems, flight-termination safety gear, and uncrewed avionics. The Air Force plans to operate up to 210 QF-16s from Jacksonville, Florida, integrating them into the fleet by December 2026. This program continues a longstanding practice of converting manned fighters into uncrewed targets for live-fire exercises dating back to the 1960s. This contract win comes amid significant challenges for Boeing, which is facing scrutiny over recent safety incidents, including a fatal 2025 crash of
robotdronesaerospaceavionicsunmanned-systemsmilitary-technologyBoeingSpotify’s Daniel Ek just bet bigger on Helsing, Europe’s defense tech darling
Spotify CEO Daniel Ek has led a €600 million investment round in Helsing, a Munich-based defense technology company now valued at €3 billion, making it one of Europe’s most valuable private firms. Helsing, founded four years ago, specializes in AI-driven battlefield visualization software that integrates data from military sensors, radars, and weapons systems to provide real-time, intuitive situational awareness across various military units. The company has expanded beyond software to develop strike drones, aircraft, and unmanned mini submarines aimed at enhancing naval surveillance. This investment reflects a broader European push to build strategic autonomy in defense amid growing geopolitical tensions, particularly following Russia’s invasion of Ukraine and shifting U.S. defense policies under former President Trump. European governments are increasingly prioritizing digital and AI-driven military capabilities, moving away from traditional hardware like planes and tanks. Helsing’s funding round, backed by investors including Lightspeed Ventures, Accel, and Saab, is part of a larger defense tech boom in Europe, signaling a shift toward self
robotdefense-technologyAIdronesunmanned-vehiclesmilitary-technologysurveillance-systemsElephant trunk drone arm bends, grabs, and works in tight spaces
Researchers at the University of Hong Kong have developed the Aerial Elephant Trunk (AET), a flexible, shape-shifting robotic arm inspired by an elephant’s trunk, designed to enhance drone capabilities in complex manipulation tasks. Unlike traditional rigid drone arms with grippers, the AET uses a soft, continuum structure that can bend, twist, and wrap around objects of various sizes and shapes, enabling drones to operate effectively in tight spaces and awkward angles. This innovation addresses key limitations of existing aerial robots, such as weight constraints and limited range of motion, allowing drones to perform tasks that require both reach and finesse. The AET’s dexterity and adaptability make it particularly valuable for applications in disaster response, infrastructure maintenance, and inspections in hard-to-reach environments. It can navigate narrow pipelines, maneuver around obstacles, and handle delicate operations like clearing debris from collapsed buildings or repairing high-voltage lines and bridges. By expanding the functional roles of drones beyond observation to hands-on interaction, the AET represents a
roboticsdronesaerial-roboticsflexible-robotic-armsrobotic-manipulationdisaster-response-technologyinfrastructure-inspectionIran's nuclear, military sites hit by 200 Israeli jets, IDF claims
Israel launched a large-scale airstrike against Iran on Thursday night and Friday morning, deploying over 200 fighter jets to target more than 100 nuclear and military sites, including the Natanz nuclear facility. The Israel Defense Forces (IDF) claimed the strikes hit the "heart" of Iran’s nuclear program, aiming to disrupt Tehran’s production of enriched uranium, which Israel says is bringing Iran closer to developing nuclear weapons. Iranian state media reported significant casualties, including the deaths of Hossein Salami, chief of the Islamic Revolutionary Guards Corps, and six nuclear scientists, though these claims have not been independently verified. Iran denied any radiation increase at Natanz and stated that the Bushehr nuclear power plant was not targeted. The strikes occurred amid ongoing nuclear negotiations between the US and Iran, with the sixth round scheduled in Muscat, Oman. The International Atomic Energy Agency (IAEA) recently accused Iran of breaching its non-proliferation obligations by failing to disclose details about undeclared nuclear material
energynuclear-energymilitary-technologydronesdefense-systemsuranium-enrichmentMiddle-East-conflictMIT teaches drones to survive nature’s worst, from wind to rain
MIT researchers have developed a novel machine-learning-based adaptive control algorithm to improve the resilience of autonomous drones against unpredictable weather conditions such as sudden wind gusts. Unlike traditional aircraft, drones are more vulnerable to being pushed off course due to their smaller size, which poses challenges for critical applications like emergency response and deliveries. The new algorithm uses meta-learning to quickly adapt to varying weather by automatically selecting the most suitable optimization method based on real-time environmental disturbances. This approach enables the drone to achieve up to 50% less trajectory tracking error compared to baseline methods, even under wind conditions not encountered during training. The control system leverages a family of optimization algorithms known as mirror descent, automating the choice of the best algorithm for the current problem, which enhances the drone’s ability to adjust thrust dynamically to counteract wind effects. The researchers demonstrated the effectiveness of their method through simulations and real-world tests, showing significant improvements in flight stability. Ongoing work aims to extend the system’s capabilities to handle multiple disturbance sources, such as shifting payloads, and to incorporate continual learning so the drone can adapt to new challenges without needing retraining. This advancement promises to enhance the efficiency and reliability of autonomous drones in complex, real-world environments.
dronesautonomous-systemsmachine-learningadaptive-controlroboticsartificial-intelligencemeta-learningUS Air Force's new unit to test drone and fighter jet coordination
The U.S. Air Force has officially established the Experimental Operations Unit (EOU) within the 53rd Wing at Nellis Air Force Base, upgrading it from a detachment to a full squadron-equivalent unit. The EOU’s primary mission is to rapidly develop and operationalize next-generation air combat concepts, focusing on the integration of uncrewed systems like the Collaborative Combat Aircraft (CCA) with manned fighter jets. This initiative supports the Department of the Air Force’s goal to deploy the CCA under Increment 1 by the end of the decade, advancing manned-unmanned teaming to enhance airpower capabilities. The EOU leads efforts to simulate, test, and validate tactics that enable coordinated operations between crewed fighters (such as F-35s and F-22s) and autonomous drones, which leverage AI for missions including electronic warfare, surveillance, communications relay, and strike roles. The CCA concept allows a single pilot to control multiple drones, increasing combat power, survivability, and reducing pilot risk. This approach is critical for countering the growing drone capabilities of strategic competitors like China and Russia. The unit employs both virtual simulations and live-flight exercises, collaborating with centers at Nellis AFB to refine human-machine teamwork, inform training programs, and develop deployment strategies. The creation of the EOU represents a strategic shift from platform-centric warfare to a capability-focused, networked, and adaptive force structure. By emphasizing flexible integration of autonomous systems with human control, the Air Force aims to build a more resilient and responsive joint force capable of addressing evolving threats across diverse mission environments. The EOU’s work is foundational to operationalizing future air combat systems that are affordable, scalable, and tactically effective from the outset.
robotautonomous-systemsdronesmilitary-technologyAI-in-defenseunmanned-aerial-vehiclesmanned-unmanned-teamingTrump signs orders to encourage flying cars, counter drone threats
President Donald Trump signed a series of executive orders aimed at accelerating the development and deployment of advanced aviation technologies, including drones, flying taxis (electric vertical takeoff and landing vehicles or eVTOLs), and supersonic commercial jets. The orders direct the Federal Aviation Administration (FAA) to enable routine beyond-visual-line-of-sight drone operations, deploy AI tools to expedite waiver reviews, and update integration roadmaps for drones in national airspace. Additionally, the FAA is tasked with lifting the longstanding ban on supersonic flights over U.S. land, citing advancements in noise reduction and aerospace engineering that make such travel safe and commercially viable. Trump also initiated a pilot program for eVTOL projects focusing on medical response, cargo transport, and urban air mobility. To address national security concerns, the administration established a federal task force to monitor drone activity near sensitive locations like airports and large public events, aiming to enforce laws against misuse and mitigate risks posed by disruptive drone technology. The orders emphasize reducing reliance on foreign-made drones, particularly from China, by prioritizing U.S.-manufactured drones and promoting exports to allied countries. These initiatives build on prior efforts to integrate commercial drones and unmanned aircraft systems (UAS) into various sectors, with the broader goal of fostering high-skilled job growth, enhancing emergency response capabilities, and maintaining American leadership in global aviation.
dronesflying-carseVTOLsupersonic-jetsaerospace-engineeringartificial-intelligenceurban-air-mobilityCongratulations to the #AAMAS2025 best paper, best demo, and distinguished dissertation award winners - Robohub
The 24th International Conference on Autonomous Agents and Multiagent Systems (AAMAS 2025), held from May 19-23 in Detroit, recognized outstanding contributions in the field with awards for best paper, best demo, and distinguished dissertation. The Best Paper Award went to the team behind "Soft Condorcet Optimization for Ranking of General Agents," led by Marc Lanctot and colleagues. Several other papers were finalists, covering topics such as commitments in BDI agents, curiosity-driven partner selection, reinforcement learning for vehicle-to-building charging, and drone delivery systems. The Best Student Paper Award was given to works on decentralized planning using probabilistic hyperproperties and large language models for virtual human gesture selection. In addition, the Blue Sky Ideas Track honored François Olivier and Zied Bouraoui for their neurosymbolic approach to embodied cognition, while the Best Demo Award recognized a project on serious games for ethical preference elicitation by Jayati Deshmukh and team. The Victor Lesser Distinguished Dissertation Award, which highlights originality, impact, and quality in autonomous agents research, was awarded to Jannik Peters for his thesis on proportionality in selecting committees, budgets, and clusters. Lily Xu was the runner-up for her dissertation on AI decision-making for planetary health under conditions of low-quality data. These awards underscore the innovative research advancing autonomous agents and multiagent systems.
robotautonomous-agentsmultiagent-systemsdronesreinforcement-learningenergy-storageAIUS firms to develop high-tech tiny engines for next-gen combat drones
robotdronesunmanned-systemspropulsion-technologydefense-technologycombat-aircraftaerospaceRobot Talk Episode 122 – Bio-inspired flying robots, with Jane Pauline Ramos Ramirez - Robohub
robotdronesbio-inspiredaerospace-engineeringautonomous-machinesbionicstechnologyDrones could fly 30% farther with golf ball-style shape-shifting skin
robotIoTenergymaterialsdronesdrag-reductionmaneuverabilityChina's aerial mothership can launch 100 drones over 4,500 miles
robotdronesUAVmilitary-technologyaerial-warfareChinadefense-technology