IGS, an international body that provides high-precision GNSS data, benefits various sectors, from scientific research to Earth observation. It plays a crucial role in creating real-time corrections by gathering data on orbits and clocks from multiple sources worldwide, including private companies, universities, and space agencies. These contributions are combined into a single solution that serves as a reference for precision and accuracy, with the accuracy of each contributor's data being evaluated.
Recently, GMV achieved a major technological milestone with its GMV GSharp system. Since an update in late August, GMV GSharp has consistently delivered the most precise GPS and Galileo corrections in real time, outperforming all other contributors to the IGS. This development places GMV at the cutting edge of GNSS orbit and clock corrections technology on a global scale.
GMV GSharp is a high-precision GNSS solution designed for applications that demand extreme accuracy, such as autonomous vehicles, precision farming, and maritime navigation. It integrates data from multiple GNSS constellations, including GPS, Glonass, Galileo, and BeiDou, as well as other sensors, to provide reliable real-time corrections for orbits, clocks, biases, and atmospheric disturbances.
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GMV GSharp
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