Thales has entered into an agreement to acquire the Gorgé family’s 35.5% stake in Exail before launching a tender offer for the remaining shares. The proposed acquisition would create one of Europe’s leading players in autonomous maritime systems, combining Thales’ expertise in defence electronics with Exail’s portfolio of inertial navigation systems, autonomous mine countermeasure solutions, underwater robotics and quantum technologies. Beyond expanding Thales’ product offering, the deal reinforces France’s position in strategic defence technologies that are increasingly central to naval modernisation and autonomous warfare.
💡 Drone Watcher Insight
The acquisition reflects a broader consolidation trend across the autonomous systems sector. As unmanned technologies become critical to future military operations, major defence groups are increasingly seeking to integrate key capabilities—including navigation, robotics and autonomous mission systems—rather than relying on external suppliers. Europe is entering a phase where industrial sovereignty in autonomous technologies is becoming as strategically important as traditional aerospace capabilities.
🔗 Source: EDR Magazine
NATO has approved a new initiative worth approximately $40 billion aimed at strengthening the Alliance’s ability to counter the growing threat posed by low-cost unmanned aerial systems. The programme will support the procurement of counter-UAS capabilities, improve interoperability among member states and accelerate investments in detection, interception and operator training. The announcement reflects lessons drawn from recent conflicts, where inexpensive drones have demonstrated their ability to challenge even the most advanced military forces.
💡 Drone Watcher Insight
Counter-UAS has evolved from a niche capability into a core defence priority. NATO’s investment signals that future force protection will increasingly depend on scalable and cost-effective counter-drone solutions, with greater emphasis on layered defence architectures combining sensors, electronic warfare and kinetic effectors.
🔗 Source: Army Recognition
The United States has conducted new operational trials of Boeing’s MQ-28 Ghost Bat alongside F-35 Lightning II and F-15EX fighter aircraft during an Indo-Pacific exercise. The demonstrations focused on validating manned-unmanned teaming concepts in realistic operational environments, further advancing the Collaborative Combat Aircraft (CCA) programme. Designed to operate as an autonomous “loyal wingman,” the MQ-28 is expected to support future air operations through reconnaissance, electronic warfare and strike missions while extending the survivability and effectiveness of crewed aircraft.
💡 Drone Watcher Insight
The significance of the MQ-28 lies less in the aircraft itself than in the operational concept it represents. Air forces are progressively shifting from platform-centric doctrines towards distributed combat networks where autonomous aircraft complement crewed fighters. Collaborative combat aircraft are likely to become a defining feature of next-generation air power.
🔗 Source: Army Recognition
The British Army intends to introduce autonomous armed drones capable of operating alongside AH-64E Apache attack helicopters by 2030. The concept aims to enhance reconnaissance, target acquisition and strike capabilities while reducing operational risks for helicopter crews. Operating as collaborative wingmen, these drones would extend the Apache’s sensor and weapons reach, allowing manned platforms to remain further from contested airspace during high-threat operations.
💡 Drone Watcher Insight
The UK’s programme highlights how manned-unmanned teaming is expanding beyond fixed-wing aviation into rotary-wing operations. Rather than replacing existing helicopters, autonomous wingmen are increasingly viewed as force multipliers capable of extending mission endurance, increasing battlefield awareness and improving survivability against modern air defence systems.
🔗 Source: Army Recognition
DARPA is supporting research into batteries powered by recycled nuclear waste that could potentially provide autonomous systems with operational lifespans measured in decades rather than hours or days. Although the technology remains at an early stage of development, the programme seeks to address one of the most significant limitations affecting unmanned systems: energy endurance. Future applications could include long-duration surveillance sensors, autonomous underwater vehicles and persistent unmanned platforms operating in remote or contested environments.
💡 Drone Watcher Insight
While unlikely to influence short-term battlefield drones, breakthroughs in long-endurance power generation could fundamentally reshape persistent intelligence, surveillance and reconnaissance missions. Energy storage remains one of the principal technological constraints on autonomous systems, making advances in this field potentially as transformative as improvements in artificial intelligence or propulsion.
🔗 Source: The Defense Post
Thales Moves to Acquire Exail
🔗 Source: EDR Magazine
Fincantieri Creates an International Underwater Champion
🔗 Source: EDR Magazine
Ukraine Launches Brave International Framework for Global Defence Innovation Partnerships
🔗 Source: Ukrinform
Ondas Acquires DZYNE Technologies
🔗 Source: Unmanned Airspace
Garuda Aerospace Partners with Micron Instruments to Develop Next-Generation Defence Drones
🔗 Source: IDRW
Rheinmetall Proposes Long-Term Strategic Industrial Partnership with Croatia
🔗 Source: EDR Magazine
Kraken Reaches a £1 Billion Valuation Following New Funding Round
🔗 Source: Defence Blog
Red Cat Introduces the Hellcat Tactical UAS
🔗 Source: UAS Vision
MQ-28 Ghost Bat Tested Alongside F-35 and F-15EX Fighters
🔗 Source: Army Recognition
NATO Plans Acquisition of MQ-4C Triton Maritime Surveillance UAVs
🔗 Source: Defense News
British Army to Pair Apache Helicopters with Armed Drone Wingmen
🔗 Source: Army Recognition
Swedish Company Unveils Radio-Silent Drone
🔗 Source: The Defense Post
Quantum Cyber Launches Phantom 950 Long-Range Autonomous UAS
🔗 Source: UAS Vision
U.S. Marines Test Helicopter-Launched FPV Drones
🔗 Source: Army Recognition
Australia Trials Reconnaissance Drone Based on Lessons from Ukraine
🔗 Source: Defence Blog
Axon Vision Integrates Edge ClearSky with RETIA Radar
🔗 Source: EDR Magazine
ORQA and Remote Robotic Systems Partner on AI and Counter-UAS
🔗 Source: Unmanned Airspace
JIATF-401 Selects AV Titan Multi-Sensor System for Domestic Shield
🔗 Source: Unmanned Airspace
Airbus Continues Bird of Prey Drone Hunter Trials
🔗 Source: Janes
SkyDefense Unveils CobraJet VTOL Interceptor
🔗 Source: UAS Vision
Nuburu Develops Laser-Based Drone Defence System
🔗 Source: The Defense Post
Lockheed Martin Awarded Contract for 500 kW Laser Weapon
🔗 Source: Defence Industry Europe
Russia Presents Multi-Projectile Anti-Drone Ammunition
🔗 Source: UAS Vision
Anti-Drone Warfare at Sea: Matching Sensors and Effectors to the Threat
🔗 Source: Naval News
DARPA Explores Nuclear Waste-Powered Drone Batteries
🔗 Source: The Defense Post
Ukraine Develops Universal Autonomous Targeting System for Drones
🔗 Source: Militarnyi
U.S. Army Tests Autonomous Mass Mine-Laying
🔗 Source: Defense News
Thermal Polarimetry AI Improves Drone Detection
🔗 Source: The Defense Post
Exail and KNDS Strengthen Cooperation on Autonomous Mine Countermeasures
🔗 Source: Naval News
U.S. Navy Demonstrates Undersea Hunter-Killer Concept at RIMPAC 2026
🔗 Source: Army Recognition
Singapore’s First Drone Frigate Reaches Major Construction Milestone
🔗 Source: Zona Militar
