Large dataset & Multi-formats
3dverse is built to handle large-scale 3D environments without significant performance loss.
Multi-Format Compatibility: combine IFC files, OBJ, and other formats in the same scene,
High-Performance Geospatial Streaming: Render large-scale geospatial datasets without performance loss, maintaining visual fidelity. 400 million polygons & hundreds of GB of textures.
Real-Time Collaboration
Natively multi-user - all rendered from a single GPU session in the cloud.
Multi-User: Multiple users can join the same 3D environment in real-time, each with independent camera controls.
Synchronized Interaction: Edits and actions are instantly visible to all participants, maintaining a persistent environment.
Real-Time Simulation
Simulate complex environments in real-time, powered by live data and synchronized IoT API feeds.
Integrated IoT and Data Feeds: Connect live data sources, including IoT sensors (OPC UA, MQTT, REST APIs), for accurate, real-world simulations.
Dynamic Simulation Logic: Run real-time physics, animation, and interaction logic in a cloud-native environment.
Scalable Simulation Infrastructure: Simulate complex environments with synchronized behaviors and data-driven interactions.
High Quality Textures
3dverse delivers cloud-based texture rendering and is optimized to maintain performance across devices. It can handle scenes with millions of triangles, ensuring detailed geometry is displayed without requiring local GPU processing.
Cloud-Native Texture Streaming: High-resolution textures are dynamically streamed from the cloud, ensuring sharp, detailed visuals without local processing.
Triangle-Based Geometry Optimization: Complex surfaces are rendered efficiently using high-density triangle meshes, preserving intricate details.
Cross-Device Compatibility: Experience consistent texture quality on any device, from desktop to mobile, without performance degradation.
DICOM & Voxel Rendering
3dverse supports the ingestion and visualization of volumetric medical imaging data, including DICOM files.
Multi-Layer Visualization: Load and visualize DICOM files alongside voxel representations for accurate medical imaging.
Mesh Generation from Voxel Data: Convert volumetric data into accurate 3D meshes, maintaining precision and detail.
Parallel Representation: Simultaneously display original voxel data and reconstructed meshes, ensuring complete visualization control.
Features
3dverse is a next-generation, cloud-native OS built for real-time 3D experiences. Unlike traditional monolithic engines, it runs entirely in the browser and works on any device- no heavy installs or high-end hardware needed. Whether you're building a simulation, managing a facility, or creating a digital twin, 3dverse gives you the tools to do it collaboratively, efficiently, and at scale.
Discover more technical features
More featuresExplore Use Cases
What you’ve seen here is the foundation. 3dverse enables not just the rendering of 3D scenes, but the deployment of fully interactive, data-driven applications at scale. Whether you're powering large-scale digital twins, simulating complex environments, or building collaborative workflows across disciplines, 3dverse adapts to your application's needs, no matter the size or complexity of the scene.
→ Explore real-world applications and discover how teams are building next-generation 3D solutions with 3dverse.
Twinvision - Digital Twin Platform
Twinvision is a web-based digital twin platform that uses real-time IoT and API data in a persistent spatial environment to optimize decision-making and lower costs.
Festo Metaverse Experience
Festo partnered with 3dverse to create the "Festo Metaverse Experience," an immersive virtual showroom featuring the digital twin of the MPS 403, one of its flagship products.
Digital Twins for Smart City Emergency Response
The City of Monaco is leveraging real-time 3D digital twins to enhance emergency response capabilities. Their objective: develop a secure, collaborative 3D application to optimize fire brigade efficiency and safety during operations inside complex buildings. The digital twin also had to integrate advanced IoT technology to locate firefighters in real-time.