AVES Reality

AVES Reality develops AVES Launcher, a software platform for automated generation of georeferenced 3D maps intended for simulation, visualization and related workflows. The company describes a 3D digital twin world as a virtual replication of a specific place on earth that is physically simulatable, semantically labelled and georeferenced, and that is composed of three synchronized layers: a topographic terrain layer built from georeferenced terrain information and measured elevation data sourced from satellite data providers; an HD road map layer describing the full road network, road logic and roadside objects, delivered in the ASAM OpenDRIVE industry standard; and a 3D environment model layer consisting of an interactive 3D mesh of landscapes, vegetation, buildings, roads and water bodies for real-time rendering.

The platform covers the workflow from data collection through export to real-time engines. It automatically sources geospatial inputs such as optical base imagery and terrain elevation maps for supported regions, uses an AI-powered geospatial pipeline to extract geospatial insights and vectorized maps (buildings, vegetation, water bodies and multi-lane road networks), and applies a procedural 3D mesh core to create the twin layers with geotypic style attributes without third-party modeling tools. Outputs include optimized data exports and native integration plug-ins for 3D real-time engines such as Unreal Engine 5.

Business model

AVES Reality offers AVES Launcher as a software platform used by customer organizations to generate 3D digital twin worlds, positioned as a one-stop-shop from data collection to real-time-engine export.