At CES in Las Vegas (January 9-12), Exwayz, a provider of 3D positioning and navigation software, has unveiled Exwayz 3D Mapping – an all-in-one software capable of creating city-scale 3D point clouds of outdoor areas in world coordinates.
The software, which the company claims is plug and play and versatile, can work with any LiDAR and GNSS system on the market and creates centimetre-accurate georeferenced maps of cities, industrial sites, ports, and any other outdoor areas.
By harnessing raw data from LiDAR and GNSS sources in post processing, Exwayz 3DM employs algorithms to automatically generate 1cm precise point clouds, both locally and globally. Moreover, as an agnostic solution, the software integrates with GNSS and LiDAR of any brand, effectively overcoming the limitations previously encountered in creating accurate 3D point clouds.
The integration of LiDAR and GNSS into robotics systems has become the norm. To meet the evolving demands of today’s automation landscape, Exwayz equips robotics systems with advanced capabilities by providing a comprehensive 3D map of the operational zone and accompanying navigation software, enabling real-time LiDAR-based positioning.
Its 3D mapping software finds applications across a wide spectrum of industries and use cases. From the autonomous transport of swap bodies within logistics centres to the optimization of last-mile delivery systems, Exwayz’s technology is a reliable solution in various ever-changing environments where the mapping itself is the first challenge to overcome.
It can also enhance the efficiency of autonomous shuttles and the positioning accuracy for autonomous trains, the company noted. Exwayz’s city-scale mapping capability can revolutionize transportation systems globally, it claimed.
Hassan Bouchiba, CEO of Exwayz, said, “Exwayz is committed to revolutionizing the robotics landscape by providing state-of-the-art 3D mapping and navigation solutions. Our technology serves as a catalyst, empowering robotics systems across various industries, ensuring precise positioning and unlocking new realms of efficiency and automation.”
