The core of the ANavS® positioning system is a modular and flexibly configurable sensor fusion of GNSS, inertial, odometry, camera and lidar measurements. The innovative positioning algorithms have been developed and patented by ANavS® and incorporate the latest RTK / PPP technologies (including compatibility with the latest Galileo High Accuracy Service (HAS)) and AI methods.  

ANavS® product lines are divided into three different systems, the A-ROX, V-ROX and G-ROX system:

• The A-ROX GNSS-INS tightly coupled positioning is the real-time ground truth measurement equipment for dynamic automotive, railway and maritime applications.
• The V-ROX system is based on the A-ROX system. It is extended with a powerful 128-channel LiDAR and a stereo camera, enabling e.g. SLAM-based localization for GNSS-denied environments or fully/ partially indoor environments.
• The G-ROX RTK reference station is a high-quality solution to ensure the best possible performance of your RTK positioning system without any service provider costs. It includes a cloud based RTCM service. 

The product lines A-ROX and V-ROX systems keep pace with the latest developments of the European Galileo satellite navigation system. ANavS® acts as a reliable R&D partner for ESA (European Space Agency) and EUSPA (European Union Agency for the Space Programme) for current and future technologies in the field of navigation. In particular, the integration and utilization of the new High Accuracy Service (HAS) enables a global positioning accuracy of less than 20 cm for the first time without the need for a correction data service – even in the air and on the oceans. In addition to the HAS, another important feature is the Open Service Navigation Message Authentication (OSNMA) and used to detect and mitigate the spoofing of Galileo satellites.