WebXR

Your users move freely through three-dimensional spaces – on smartphone, desktop, or with VR glasses. They grab objects, rotate machines, zoom details.
Drag & drop with realistic physics: Products have weight, materials behave authentically, collisions happen naturally. Active experience instead of passive watching.
Product Configurator: Colors change per click, materials swap in real-time, variants compare live. Customers configure your products themselves – in 3D, from all sides, in their own space via AR. What catalogs can’t do becomes interactive sales experience.
Making the invisible visible: Flows, forces, physical processes – visualized and comprehensible. Apprentices understand complex technology immediately. Customers experience your products as if standing before them. Three perspectives, one system: Fixed Camera for product shows, First Person for space exploration, Third Person for training and simulations.

Augmented Reality brings your products directly into your customers’ environment. Machines appear true-to-scale in the workshop, furniture in the office, exhibits in the classroom. Digital objects become part of the real world – tangible, experiential, convincing.
Depth Sensing ensures realistic occlusion: Virtual products disappear behind real furniture, as if they were actually there.
Virtual Reality goes further: Complete immersion. With VR headset, users dive fully into your virtual worlds – train on facilities that don’t exist yet, explore places that aren’t accessible, experience scenarios that would be too dangerous in reality.
Hand Tracking makes controllers unnecessary: Natural gesture control with your own hands – intuitive, barrier-free, convincing.
The system decides automatically: 3D in browser, AR on smartphone, VR with headset. One code, all display forms. Your application adapts to the device, not vice versa.

Multiple users meet simultaneously in virtual space – as avatars in VR or on desktop screen. Teams work together on 3D objects, sketch on virtual whiteboards, point to crucial details with pointers.
Voice Chat connects team members naturally via voice – directly in browser, without external tools.
Screen-Sharing brings presentations and documents into the 3D world.
Room Persistence saves room state on server: Colleagues continue working asynchronously, even when others have left the session. Changes remain, work isn’t lost.
The advantage: Cross-location training without travel costs. Experts explain worldwide on the same virtual objects. Spatial proximity emerges digitally – communication becomes tangible.

Predefined camera movements guide through your 3D scene and explain complex processes step by step – like a classic explainer video. Or users navigate themselves and decide which details they want to examine more closely.
The difference from video: Changes are done in minutes. Product swapped? Just change the 3D model, camera movement stays. No rendering, no reshoot, no editing. And: multilingual versions emerge through simple audio exchange.
Extremely lightweight: Few megabytes instead of several gigabytes. Fast download, instantly playable, even with weak internet connection.

Sounds are precisely positioned in virtual space – users hear whether a noise source is in front, behind, or beside them. In museum audio guides, explanations start automatically at the right exhibit. In product presentations, machine sound comes from the correct direction.
Crucial for training: Error diagnosis by sound. Technicians learn to recognize unbalanced motors, locate defective bearings, identify malfunction noises – before working on real machines.
Spatial hearing amplifies learning effect. The brain links visual and acoustic stimuli. What employees hear and see stays better in memory than pure visualization.

While scrolling, 3D objects and animations move synchronously – users control the story at their own pace. Traverse historical events chronologically, unlock product functions successively, disassemble and explain complex machines step by step.
Text, images, and 3D content merge seamlessly. On desktop via mouse wheel, on smartphone and tablet via swipe gesture. Display automatically adapts to every device.
Perfect for complex content: Users determine their learning pace themselves. Scroll back for repetitions. Skip ahead to interesting details. Interactive storytelling instead of linear bombardment.

The camera recognizes predefined images – logos, posters, product packaging – and automatically places 3D content, animations, or videos on them. A museum visitor points their smartphone at a painting and receives additional explanations. Product packaging displays instructions or additional information.
Every image becomes a trigger: Catalog pages, trade show walls, brochures – everything transforms into interactive surfaces. Customers scan your company logo and land directly in the 3D product world.
The difference from QR codes: No additional graphic elements needed. Existing designs remain untouched. Every motif functions as marker – elegantly and invisibly integrated.

Virtual content is tied to concrete geographic coordinates. Users reach a specific location and automatically receive the associated 3D objects, information, or stories on their device.
Applications: City tours with historical reconstructions at original locations. Scavenger hunts with GPS-controlled stations. Tourism apps enriching sights with additional information.
The technology connects digital content with real environment and motivates users to move actively. History becomes experiential where it happened. Products presented where they’re deployed.