Autonomous navigation

The use of GNSS positioning has always been one of the key elements in autonomous navigation applications. The technologies and solutions we study and develop aim to achieve accurate and precise positioning, even in complex conditions, using miniaturized and low-cost devices. We primarily focus on software solutions, both for real-time and post-processing, also integrating patented technologies. In this context, we support projects that develop solutions for the autonomous or semi-autonomous navigation of land vehicles, UAVs, and marine vessels.

grep

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One of the most significant open issues regarding GNSS positioning reliability is related to multipath effects: local disturbances that are difficult to detect and manage, especially with mass-market receivers. Gter has patented a software solution, which is integrated into its own and third-party software solutions.

Brevetti +

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Gter has developed an initial version of a device to support the autonomous driving of agricultural vehicles. The project has begun integrating systems to mitigate atmospheric and local interference effects. The primary goal is to develop a complete platform for high-precision autonomous driving in agricultural vehicles, especially in areas where atmospheric disturbances make GNSS-based precision navigation impractical.

Fair

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A project funded by ESA that aims to test, on a large scale and in operational environments, an infrastructure developed in prototype mode to enable the use of satellite receivers for 24/7 autonomous driving of agricultural vehicles. The system integrates patented signal interference mitigation techniques, ensuring high reliability.