The UK Ministry of Defence Sense and Understand Science and Technology research Programme supported and participated in the NATO Allied Command Transformation (ACT) SHINE25 trial. Early results are very promising and a step towards AI enabled ISTAR delivering fully autonomous situational awareness, understanding and decision making at machine speed. #SenseAndUnderstand #Dstl #StrongerTogether #WeAreNATO

Drones are transforming defence operations. From real-time intelligence to convoy protection and mission analysis, these unmanned systems have become mission-critical. Discover how drone integration, loitering munitions, and counter-UAS tech are shaping the future of security. Read more: https://lnkd.in/dqh9NqjT #AIT #AdvancedIntegratedTechnology #DefenceTech #Drones #MilitaryInnovation #ISR #CounterUAS

Motorola to showcase expanding C-UAS role at AUSA 2025 Motorola Solutions is highlighting its expanding role in counter-drone and airspace awareness technology at this year’s Association of the United States Army (AUSA) exhibition in Washington, D.C. The company’s suite of systems is designed to help military and defense agencies detect, analyze and respond to unmanned aerial threats alongside other operational challenges. #CounterUAS #Drones #AUSA25 #DroneDetection #US #Motorola https://lnkd.in/eMGkyC-y

🚁🛡️ Air-Launched Interceptor Drone — Russia’s Expanding CUAS Envelope 📹 Footage shows a Russian airborne counter-drone system deploying a compact interceptor drone from a rotary-wing platform using a modified B-8V20A rocket pod with an internal APU-68-1D rail adaptor. 🔎 Key Details: 1️⃣ The launcher retains standard hardpoint fittings, enabling rapid swaps between rockets, recon UAVs, or interceptors. 2️⃣ The APU-68-1D rail mount provides both power and data linkage, allowing the drone to be pre-armed and guided via the aircraft’s onboard interface. 3️⃣ Telemetry uplinks indicate autonomous lock-on capabilities against loitering munitions or FPV threats. 4️⃣ The system extends the CUAS envelope beyond ground-based defenses, creating a mobile aerial counter-drone perimeter. 🧠 Tactical Takeaway: Layered air defense is no longer static. Airborne interceptors launched from standard rocket pods push the engagement zone outward — shielding aviation units, convoys, and forward positions before hostile drones close in. ⚠️ While technical specs remain limited, the footage highlights Russia’s growing emphasis on modular CUAS integration, merging UAV and helicopter-borne solutions through standardized rail architecture. #Russia #DroneWarfare #CUAS #EW #Security #AirDefense #MilitaryTechnology #OSINT #ModernWarfare

🚀 Drones are reshaping defense in Europe The war in Ukraine shows: affordable, scalable drones are changing the economics of warfare. Innovation cycles now run in weeks, not years – and Europe must scale fast to close capability gaps. 📖 In our latest article, we explore why “smart and affordable mass” is the new defense paradigm and what this means for Europe’s security. ➡️ https://okt.to/ZJEk8c #RolandBerger #Defense #Security #Innovation #Drones

Ukraine’s interceptor drones are rewriting modern air defense What began as a field improvisation, using small quadcopters to collide with Russian drones mid-air, has evolved into one of the most effective and scalable innovations of the war. Key facts • Ukraine now produces up to 1,000 interceptor drones per day • These drones have destroyed more than 150 Russian Shaheds in a single attack wave • Each unit costs only a few thousand dollars compared to 1 million per missile • NATO now describes interceptor drones as one of the most promising air defense solutions • The UK and allies are supporting large-scale production and testing Why this matters • The economics of air defense are being transformed • Low-cost, fast-evolving drones can neutralize mass attacks far cheaper than traditional systems • A new operational layer is emerging between radar surveillance and high-end missile defenses • Constant adaptation, short design cycles and distributed production have become key advantages Technology and momentum • The Sting by Wild Hornets reaches speeds over 200 mph with onboard guidance sensors • MaXon Systems is producing semi-autonomous models using computer vision at 186 mph • Ukraine’s government program Brave1 now coordinates more than 60 manufacturers and daily field testing • NATO has already run successful live-fire trials in Danish airspace The wider impact The lessons are spreading quickly across the defense industry. Companies advancing autonomous interception and counter-UAS capabilities such as Ondas Holdings, AV, Red Cat Holdings , Draganfly Inc. , Helsing and STARK are already aligning with this shift. Their work on AI-guided ISR, modular strike drones, and real-time data fusion fits directly into the doctrine of layered, adaptive defense now proven in Ukraine. The takeaway Air defense is moving toward a new model built on: • Swarming drones and autonomous interception • Machine-speed coordination through AI and sensors • Scalable, low-cost deterrence instead of slow, expensive reaction What started as necessity in Ukraine is now defining how future airspace will be protected.

🪖 Drones Redefining Army Operations: The Future Has Taken Flight In the last five years, over 40 nations have integrated autonomous drones into active defense systems. These eyes in the sky don’t just watch — they think, adapt, and act in real time. 📡 Precision with Purpose Modern military drones can detect, decide, and deploy within under 3 seconds, minimizing risk to soldiers while amplifying situational control. From high-altitude reconnaissance to stealth logistics drops, they’re reshaping command strategy at every level. ⚙️ Numbers That Speak Power In 2024 alone, drone-based surveillance missions increased by 62%, resulting in 35% fewer on-ground casualties across strategic zones. It’s not just innovation — it’s evolution in action. 🚁 The Human Element in a Digital Sky Behind every AI-driven drone is a team of engineers, pilots, and strategists ensuring ethical precision. Technology isn’t replacing bravery; it’s enhancing protection. 🌍 What’s Next? Fully autonomous swarms, hybrid solar drones, and quantum-secure communication channels are already in testing. The next battlefield isn’t about who has more power — it’s about who has smarter vision. 💬 Will the next generation of defense be defined by courage on the ground or intelligence in the air? #MilitaryInnovation #DroneTechnology #DefenceAI #FutureOfWarfare #AerialIntelligence #ArmyTech #SecurityInnovation

https://lnkd.in/gqKqGCEM Australia’s Department of Defence is moving to secure all its assets from drone incursions under a new Counter-small Uncrewed Aerial Systems (CsUAS) panel, highlighting the growing urgency of airspace protection. #drone #alarms #automation #cctv #monitoring #security #safety #electrical #protection #emergency #tech #securityelectronics

https://lnkd.in/gqKqGCEM Australia’s Department of Defence is moving to secure all its assets from drone incursions under a new Counter-small Uncrewed Aerial Systems (CsUAS) panel, highlighting the growing urgency of airspace protection. #drone #alarms #automation #cctv #monitoring #security #safety #electrical #protection #emergency #tech #securityelectronics

https://lnkd.in/gqKqGCEM Australia’s Department of Defence is moving to secure all its assets from drone incursions under a new Counter-small Uncrewed Aerial Systems (CsUAS) panel, highlighting the growing urgency of airspace protection. #drone #alarms #automation #cctv #monitoring #security #safety #electrical #protection #emergency #tech #securityelectronics