Photogrammetry vs Gaussian Splatting
Compare photogrammetry and Gaussian Splatting for realism, speed, cost and production workflows.
Learn
Explore tutorials, integrations and capture guides for Gaussian Splatting, 360 video workflows, photorealistic 3D scene creation, Unreal Engine, Blender, Unity and more.
Comparisons
Compare photogrammetry and Gaussian Splatting for realism, speed, cost and production workflows.
Integrations
Learn how to import and work with Gaussian Splatting scenes in Blender workflows.
Integrations
Import Gaussian Splatting PLY files into Unreal Engine 5 and render 3DGS scenes in real time.
Tutorials
Learn how to capture 360 footage and train photorealistic Gaussian Splatting scenes using Splatware.
Start in the workspace
Use the Splatware workspace to upload images or 360 video, train a photorealistic 3D model and manage your full Gaussian Splatting workflow in one place.
Browse practical guides on Gaussian Splatting, 360 video capture, Unreal Engine workflows, Blender integration and photogrammetry comparisons.
Compare photogrammetry and Gaussian Splatting for realism, speed, cost and production workflows.
Learn how to import and work with Gaussian Splatting scenes in Blender workflows.
Import Gaussian Splatting PLY files into Unreal Engine 5 and render 3DGS scenes in real time.
Learn how to capture 360 footage and train photorealistic Gaussian Splatting scenes using Splatware.
Learn what Gaussian Splatting is, how it works and why it is becoming one of the most important techniques for photorealistic 3D scene creation.
The Splatware Learn section is designed to help creators, developers and studios understand how Gaussian Splatting works and how to build high-quality photorealistic 3D scenes from images and 360 video. We publish practical tutorials, integration guides, camera capture workflows and comparisons for real-world production pipelines.
Our Learn content is organized into several categories. In Tutorials, we explain complete workflows such as training Gaussian Splatting scenes from 360 video. In Integrations, we show how to use Splatware output in tools like Unreal Engine and Blender. In Concepts, we explain foundational topics such as what Gaussian Splatting is and how it compares with photogrammetry or NeRF. In Capture Guides, we cover camera setup, recording workflows and best practices for capturing cleaner training data.
If you want to create photorealistic 3D scenes from Insta360 footage, panoramic video or standard image datasets, this is the best place to start. Browse our guides to learn more about Gaussian Splatting, creating Gaussian Splatting from 360 video, Unreal Engine workflows for Gaussian Splatting, Blender workflows for Gaussian Splatting, and photogrammetry vs Gaussian Splatting.
Splatware is built to make Gaussian Splatting workflows faster, cleaner and more accessible. If you are ready to start training your own 3D scene, open the Splatware workspace or create your first Gaussian Splatting model now.
Start building with Splatware
Upload images or 360 video, open the workspace and build a photorealistic 3D model with Splatware.