MORE THAN MODELS. INTERACTION INSPIRES!

Interaction creates understanding. Our applications place visitors directly inside the project area in a first-person perspective, controlled by touchscreen, mouse or gamepad. Technical planning becomes an environment that can be explored intuitively, with no prior knowledge required.

From a bird's-eye overview down to eye level: hotspots direct attention to the essential points — from structural elements to route alignments and junctions — and give viewers orientation.

Spaces can be planned, described and rendered — but they can also be entered. Virtual reality applications make it possible to experience buildings and infrastructure projects at true scale before ground is ever broken.

VR is used wherever spatial understanding is decisive: in quality assurance of complex designs, in involving user groups and stakeholders, in milestone presentations and in public project communication.

Photorealistic panoramic views are generated from the design model and linked into a navigable tour. Everything runs in the browser — no plugin, no installation, no prior knowledge required.

At every viewpoint, viewers pan freely in all directions and move between locations. Hotspots enrich the view with project information or media content.

Suitable for visualizing the finished project or communicating construction progress — on touchscreens on site or online as an embeddable web application.

An ordinary model viewer shows the BIM model in a technical, isolated way. Our applications go further: we merge the model with its real surroundings, photorealistically and in full detail, and make it accessible directly in the browser without specialist software.

The focus is not on extracting attributes of individual components, but on structuring the built work by function and preparing the information relevant to each particular viewer. Contextual data such as mapping and labels can be embedded just as readily as technical processes and operating data. The goal is to explain the building as a whole and make it understandable for everyone involved.

Construction phasing simulations translate the construction sequence into a clear visual narrative: which areas are closed when, what is built in which order, how the surroundings change. The basis is BIM models linked with scheduling information and enriched with terrain and context data.

The simulation is delivered as an animation or embedded in an interactive application, making the construction sequence easy to follow for approval procedures, public participation and coordination between project partners.

Aerial imagery delivers what no plan can fully capture: the real state of a project area from a bird's-eye view, high-resolution and georeferenced, as a basis for documentation, visualization and planning.

The real value emerges in post-processing. The captured data is turned into imagery, terrain models or point clouds and merged with the digital model — for animations, interactive applications and ongoing construction documentation. This creates a direct link between the design and real construction progress in every project phase.

Using Gaussian splatting, photo and video footage becomes a photorealistic, freely navigable 3D scene — directly in the browser, with no plugin or installation. Real places and terrain become freely walkable.

Unlike classic point clouds, the technique delivers soft surfaces, natural lighting and fluid movement through the scene. And unlike typical 360° tours, you are not tied to fixed viewpoints — you move freely throughout.

Combined with hotspots, planning data and overlays, it becomes a precise tool for as-built documentation, target-actual comparisons and virtual site walks.

Our viewer simulates solar irradiation and cast shadows over the course of the day and year — with real vegetation based on Gaussian splatting and derived meshes instead of abstract volumes.

Because real terrain and environment data is included, even more distant buildings and landforms are part of the calculation. The result is a shading study that reflects the actual situation, not a simplified model world.