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The European Innovation Council (EIC) supports only the top high-risk, high-impact innovations with the potential to transform entire industries. Each year, thousands of companies apply — but only a small percentage advance past the first stage. We are proud to announce that Schochman Aviation has achieved this milestone. Our AI-assisted

Modern drones, robotic autopilots, and advanced cockpit systems rely on an Attitude and Heading Reference System (AHRS) to know their 3D orientation. An AHRS typically combines three sensors inside an IMU: a gyroscope, an accelerometer, and a magnetometer. Each sees the world differently: gyros sense rotation, accelerometers feel forces (including

At Schochman, we design advanced Embedded Systems that form the backbone of modern avionics. From fast microcontroller code to AI inference on NVIDIA Jetson, our mission is to make flying and robotics safer, smarter, and easier to use. Real-Time Control Aviation and robotics require reliable and precise platforms. Much of

At Schochman, we are building a next-generation cockpit engine for 3D Airspace visualization. Instead of a flat map with colors and lines, pilots will see airspaces as volumes — textured, layered, and real. Our synthetic vision technology renders terrain, aircraft position, and airspaces in three dimensions, all in real time.

In aviation, one simple rule holds true: the more information a pilot has, the better decisions they can make. Modern technology brings two powerful tools that are transforming the way we fly – ADSB and Synthetic Vision, both fully integrated into the Schochman AI Glass Cockpit. ADSB, or Automatic Dependent

Step into the cockpit of an older aircraft and you’ll be greeted by the classic “six-pack”: six round analog gauges, each faithfully showing one piece of information. Altitude here, speed there, heading in another corner—it works, but it requires constant scanning and focus. Modern cockpits look very different: large digital

From childhood I knew one thing – airplanes would always be part of my life. My passion for aviation technology was evident from the beginning. First small models, later at FEI STU in Bratislava I founded a student team for autonomous drones, where we worked with accelerometers, gyroscopes, and Kalman

Early Memories: Look, an Airplane! How a curious child grew up to design a new generation of avionics, shaping what we imagine as the future of avionics. From childhood dreams to next-gen avionics, my journey began when I first looked up at the sky and shouted to my mom:“Look, an