Gaussian Splatting is a modern 3D rendering and reconstruction technique designed for realistic visualization and analysis of real-world environments. It is based on so-called “Gaussian splats,” which efficiently represent complex scenes with high detail. Compared to traditional approaches such as meshes or point clouds, it provides significantly higher visual quality while maintaining optimized performance.
Gaussian Splatting is extremely fast, visually close to reality, and capable of real-time rendering. In many cases, it is up to 100× faster than earlier AI-based methods, enabling smooth and interactive exploration of even large and complex environments.
We offer both high-quality scanning of real environments and seamless integration of the data into our software, CMC Viewer. This provides a complete end-to-end solution—from data capture to interactive visualization.
These capabilities unlock new possibilities such as virtual tours, digital twins, AR and VR experiences, and interactive 3D visualization. Users can explore environments intuitively, perform analyses, and simulate changes in real time.
The technology is especially valuable wherever speed and quality are critical. Whether in architecture, construction, industry, or urban planning, Gaussian Splatting enhances decision-making and improves how complex spatial information is communicated.
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Deutsche Messe AG
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