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Latest articles and analysis on counter-UAS technology and drone warfare
Belgium doubles down on drone defenses following mystery flights
Belgium is investing €50 million in counter-drone systems following a surge in illegal drone activity near sensitive sites. Key procurements include Saab's Giraffe 1X radar and DroneShield's handheld drone jammers, alongside plans to integrate advanced air defense systems by 2027.
France is two years from fielding drone swarms in its armed forces
France is set to deploy AI-enabled drone swarms in its military within two years, with widespread adoption expected within five years. These swarms will leverage autonomous capabilities to perform complex battlefield tasks, including suppression of enemy defenses, resupply missions, and deception maneuvers, while addressing challenges like access-denial strategies and hyper-lethality in combat zones.
Danish, UK firms rush counter-drone takeover amid airspace breaches
Danish aerospace firm Terma Group has acquired UK-based counter-drone company OSL to enhance its counter-UAS capabilities, focusing on faster detection and response to drone threats. The partnership aims to integrate advanced sensor fusion and effectors to address critical gaps in airspace security, particularly for airports and critical infrastructure.
Awash with defense cash, Poland rolls out red carpet for US tech firms
Poland is significantly expanding its defense capabilities by partnering with U.S. tech firms Palantir and Anduril to develop AI-driven unmanned systems and anti-drone technologies. These collaborations include local production of Anduril's Barracuda cruise missiles and the integration of Palantir's AI tools for military data analysis.
Dutch to cobble together mobile anti-drone system to plug C-UAS hole
The Netherlands is developing a mobile counter-UAS system using off-the-shelf components to address immediate drone threats ahead of the delivery of Rheinmetall's Skyranger 30 in 2028. The initiative is part of a broader investment in counter-drone technologies, including radars, interceptor drones, and maritime hard-kill systems, in response to lessons learned from the Ukraine conflict and increasing drone incursions in Europe.
Counter Uncrewed Aerial Systems Sandbox 2025 (Urban)
The 2025 Counter Uncrewed Aerial Systems Sandbox (Urban) event has selected several Canadian innovators to demonstrate advanced C-UAS technologies. These technologies focus on detecting and neutralizing micro and mini drones in urban environments through various innovative methods, including acoustic, electronic warfare, and sensor integration systems.
Anduril, UAE’s Edge unveil transformer drone for hovering, fast flight
Anduril and UAE's Edge Group have unveiled the Omen, a Group 3 UAS capable of both vertical takeoff and airplane-style flight, under their new joint venture. The UAE has already placed an order for 50 units, with full-rate production expected by 2028 and a focus on runway-independent operations.
The Impact of Drones on the Battlefield: Lessons of the Russia ...
The article discusses the impact of drones in the Russia-Ukraine conflict from a French military perspective, highlighting the strategic adaptations needed for high-intensity conflicts. It emphasizes the importance of integrating drones into military strategies and the lessons learned from recent warfare experiences.
How are Drones Changing War? The Future of the Battlefield - CEPA
The article discusses the transformative impact of drones on modern warfare, highlighting their role in reconnaissance and combat operations. It specifically mentions the use of Ukrainian-made Leleka drones by the National Guard of Ukraine in the ongoing conflict with Russia.
Counter-UAS Systems Market predicted to reach $20.31 billion by ...
The counter-UAS market is projected to grow from USD 6.64 billion in 2025 to USD 20.31 billion by 2030, driven by the integration of advanced detection and tracking technologies within C4ISR frameworks. The market's rapid expansion is fueled by global defense modernization efforts and the increasing need for resilient systems to counter asymmetric drone threats.