Skydio & Globalstar Demo D2D Drone Connectivity with Private 5G

🚁 Behind every successful drone mission is a reliable wireless connection. In drone operations, wireless performance directly impacts mission success from real-time video transmission to sensor data delivery and precise flight control. That’s why UAV platforms need connectivity that is low-latency, stable, lightweight and built for mobility. Compex Wi-Fi solutions help industrial UAV systems achieve greater operational stability, faster deployment and long-term reliability even in harsh environments. Our modules are designed to meet these demands with: ✅ Low-latency communication for streaming, telemetry and real-time control ✅ Strong, stable wireless performance. ✅ Compact, lightweight form factors for airborne platforms ✅ Industrial-grade temperature reliability Smarter connectivity. Stronger performance. 🌐 Explore Compex Wi-Fi solution to power your UAV connectivity: https://lnkd.in/gwXz47r #CompexSystems #CompexWifi #Wifi #Wifi7 #WifiModule #innovation #technology #connectivity #Qualcomm #NXP #Intel #Marvell #wirelessnetworking #industrialWiFi #NextGenConnectivity #DroneTech #IndustrialIoT #edgeAI #drone

As drones become cheaper and more capable, the counter-UAS market is shifting from “spot a drone” to closing a fast response loop: Discover → Identify → Locate → Decide → Counter. That’s exactly the operational gap HDJS 3.0 targets—an all-in-one portable platform integrating passive detection (400MHz–6GHz), direction finding/positioning, and countermeasure options. Why it matters in the field: • Identification confidence (CRPC2.0) to validate threats faster. • RTK direction finding enabling centimeter-level positioning for precise targeting. • Customizable multi-band jamming + GNSS spoofing for flexible response. • Directional jamming coverage (H>40°, V>25°) for focused engagement. • Deployment-ready: handheld/tripod/vehicle + battery & AC 110–240V input. #CounterUAS #DroneDefense #CriticalInfrastructure #EventSecurity #LowAltitudeSecurity

Europe needs sovereign EW capability. We provide it. When FPV drones reach soft targets in minutes, human operators can’t classify and respond fast enough. Counter-drone systems must detect and jam automatically. This is exactly what M4K15 delivers. Effective at 3-5km, the critical engagement window proven in contested environments. Disrupts UxV control, telemetry, and GNSS signals without operator intervention.

Disaster Response Enhanced by AAV Systems Delivering Joint MEC and Data Collection Researchers have developed a system using collaborating drones and mobile edge computing to minimise delays and energy use while maximising data collection in areas with limited infrastructure. #quantum #quantumcomputing #technology https://lnkd.in/ey47msAa

Smart Drone Solution from Datwyler Middle East In urban areas, the need for intelligent and efficient infrastructure solutions is greater than ever. In response to this demand, Datwyler Middle East has developed an innovative Smart Drone Solution specifically designed for new applications in city and traffic management, public safety, critical infrastructure surveillance and advanced commercial and environmental monitoring. This solution combines a drone equipped with the latest technology and an extremely compact, fully functional outdoor data centre where the automatically collected data can be processed and evaluated immediately. 🚁 Discover more! https://fcld.ly/drone

Drones are transforming industries but they also introduce new safety & security challenges. So how do you build a multi-layered counter-UAS system that’s effective, scalable, and future-proof? 👉 Start with the right foundation: RF drone detection. In our latest blog, we explain why RF should be the first layer in any drone detection strategy and how it integrates with radar, optical, and acoustic sensors for comprehensive protection. 💡 Swipe through the LinkedIn carousel for a quick overview, or dive deeper in the full article https://lnkd.in/eY8VGkvA

Drone Test: AI Agent Host + Teltonika Module on Raspberry Pi 5 I’m testing the AI Agent Host embedded on a Raspberry Pi 5 (16 GB) with Claude Code, using the Teltonika Networks Calyx cellular module (cellular module starting from ~$30). This setup is evaluated as an onboard drone module, focusing on: - cellular connectivity in flight conditions - embedded AI agent autonomy for flight commands - stability on constrained edge hardware This configuration stands out, it represents a new application of embedded AI agents for drone systems, combining onboard intelligence and cellular connectivity. If anyone is interested, DM me. Github: https://lnkd.in/ejgTpDFy #Drone #Teltonika #RaspberryPi #UAV

Advancing Drone Sight in Harsh Weather Chinese drone maker GDU has developed an AI-powered drone designed to operate in poor visibility, including fog, dust, and darkness. The drone uses optical sensors and AI image processing to improve what it can see in real-time, allowing operators to capture clear images day or night using standard, thermal, and night-vision cameras. It can also navigate using its onboard cameras when GPS signals are weak or blocked. The drone is designed to be used for infrastructure inspections, search-and-rescue missions, disaster response, and security monitoring in hazardous environments. https://lnkd.in/dRDDSh8a