Our survey flights produce photorealistic 3D scenes for the browser, for events and for room projections. We prepare them so that they run smoothly on your platform.
We turn real places into interactive, georeferenced 3D experiences for web platforms, immersive exhibitions and digital communication campaigns.
High-resolution 3D meshes allow whole destinations or sites to be explored smoothly in a web browser, without additional software. Buildings, squares and labels are shown photorealistically and invite residents and investors on a virtual tour.
For multi-projection systems and CAVE installations we prepare high-performance 3D city and terrain models with stable frame rates. We match tiling, levels of detail and texture resolution exactly to the interfaces of your media and projection technology.
3D Gaussian splatting captures complex structures such as vegetation, reflective glass facades or water with outstanding fidelity. The method delivers spectacular visual results for architectural competitions, trade fairs and high-quality media productions.
We optimise geodata for direct import into real-time engines such as Unreal Engine and Unity and into GIS environments. The handover is standardised, as Cesium 3D Tiles, ArcGIS Scene Layer Package or a 3D format for Blender.
On the basis of our dense 3D meshes and Gaussian splats we create tailored scenes for virtual reality (VR) and Unreal Engine for photorealistic virtual flights. Users control the flight interactively with a VR headset, or the scenes serve to generate cinematic camera moves for presentations fully automatically.
From high-resolution orthophotos, oblique aerial images and rendered 3D models we generate true-to-scale images for brochures, websites and reporting. The detailed perspectives convey complex spatial situations immediately and give publications a high-quality look.
We optimise 3D meshes and Gaussian splats for the highest frame rates with large datasets. The display stays smooth and sharp in the web browser and in spatial projections.
We deliver data that fit browser viewers, game engines and projection systems exactly. All models are placed correctly in the coordinate system you require.
Our 3D scenes are created directly from precisely surveyed aerial images. They can be overlaid exactly with official plans and GIS data.
From the flight to the finished data model, everything is done in house. You speak directly with the engineers who do the work, without anyone in between.
Photorealistic 3D scenes for presentations, participation and location marketing.
Textured 3D meshes of buildings, neighbourhoods and entire cities.
As-built models of buildings and sites for conversion, renovation and operation, inside and out.
True-to-scale aerial images as true orthophotos, in natural colour and colour infrared.
High-performance 3D mesh powering the 3D viewer of the WiVo* location development initiative in Volketswil.
3D mesh for urban planning in Liestal. Thanks to a custom LoD workflow, the model runs live at 60 fps in the icRoom projection.
Aerial data for urban development in Opfikon, flown by helicopter just 700 m from the runway at Zurich Airport, closely coordinated with Skyguide.
We deliver native data structures for Cesium 3D Tiles, Esri ArcGIS (SLPK), LUUCY and for presentation systems such as the icRoom by Inside Reality or Birdly. For game engines and visualisation software such as Unreal Engine, Unity, Blender or Cinema 4D we hand over optimised vector and exchange formats such as FBX, OBJ or glTF.
3D meshes provide exact, measurable polygon geometry and can be used universally in CAD, BIM and GIS. Gaussian splats stand out through outstanding photorealism with complex vegetation or fine reflections, but they require specialised viewers. We often create both from the same flight.
Yes, all models are referenced in the Swiss coordinate system LV95 and match official geodata exactly. This allows designed buildings, location information and interactive tours to be integrated directly into the scene of the existing situation.
Through hierarchical levels of detail (LoD) and spatial tiling, even large areas can be shown without loss of performance. Even models of entire cities can be navigated smoothly in a web browser.
Yes. A survey flight by drone or helicopter produces photorealistic 3D meshes or Gaussian splats of slopes, lifts and surroundings that can be rotated in the browser, for example for the website, for presentations or for planning new installations. From the same images we also produce orthophotos and terrain models for slope construction and planning on request.
Tell us about your project. We will show you what is possible.