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What makes SISNAVALT unique? A comprehensive approach to GPS-denied navigation.

What sets SISNAVALT apart is its ability to integrate multiple technological innovations into a robust and efficient system. 🔺 Advanced navigation: SLAM techniques that adapt to unknown environments. 🔺 Applied AI: Semantic segmentation that interprets images to improve positioning. 🔺 Robust communication: Systems designed to maintain connectivity even in adverse conditions. 🔺 All technologies are

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Game-Changing UAS

The recent Ukrainian offensive using drones to strike bombers within Russian territory shows just how unmanned platforms are reshaping warfare. Dozens of FPV drones, operating in coordination, penetrating long-range air defenses with high precision. At Aurea Avionics, we design UAS tailored for these exact challenges: GNSS-denied, AI-powered, swarm-capable, and 100% developed in Europe. Europe needs

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Aurea Avionics between Europe’s most influential and innovative AI defence techgnology companies

🇪🇺 We’re proud to contribute from Spain with our UAS solutions to the future of European defence — more autonomous, connected, and technologically advanced. 🔗 Check the map: https://lnkd.in/etQWKMM3 #AureaAvionics #DefenceTech #AI #EuropeanDefence #UAS #Autonomy #TechnologicalSovereignty

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One step further in the U-SCUAR project: real mission tests

At Aurea Avionics, we have successfully validated our collaborative flight system in a real mission. During the tests, two aircraft exchanged telemetry, commands, and video in real time, demonstrating their ability to operate autonomously, in coordination, and effectively within a collaborative environment. This milestone brings us closer to a new generation of operations where multiple

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SISNAVALT. Technological innovation for challenging environments

The SISNAVALT project is built on a set of disruptive technologies designed to reduce reliance on satellite navigation systems, especially in degraded, urban, or confined scenarios where signal availability is limited or nonexistent: 1️⃣ SLAM: Real-time mapping for reconstructing environments and calculating trajectories without prior maps. 2️⃣ Advanced sensors: Cutting-edge equipment such as high-precision LIDARs,

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