Gaussian Splat VR

A VR passthrough system for visualizing Gaussian Splat scenes.

Outcome: Real-time placement and inspection of Gaussian Splat scenes in mixed reality
Client: Gaussian Splat VR
Services: VR Development, Mixed Reality Visualization, Spatial Interaction
Technology: Unity3D, Gaussian Splatting, Passthrough MR, Spatial Anchors, C#
Platform: Passthrough VR Headsets

Overview

A focused look at the project, craft, and outcome.

The Brief

This project implements a VR-based visualization system for Gaussian Splatting renders, enabling real-time placement within a passthrough mixed reality environment. Users can import splat datasets and interactively manipulate transforms including position, rotation, and scale using VR controls. The system supports spatial anchoring, allowing accurate placement on real-world surfaces such as walls, floors, and furniture.

Compared to traditional 3D asset pipelines, Gaussian Splatting provides high-fidelity scene reconstruction with significantly reduced modeling time and resource overhead, making it suitable for rapid and realistic environment visualization.

Benefits

Review high-fidelity captured scenes inside a real environment
Reduce manual modeling effort compared with traditional asset pipelines
Place visualizations accurately against physical surfaces
Iterate quickly by importing and transforming splat datasets

Features

Gaussian Splat dataset import
Position, rotation, and scale manipulation
Passthrough mixed-reality placement
Spatial anchoring on walls, floors, and furniture

Gaussian Splat VR Real-time placement and inspection of Gaussian Splat scenes in mixed reality

Year: 2026
Industry: 3D Visualization
Outcome: Real-time placement and inspection of Gaussian Splat scenes in mixed reality

Quick answer

Need a VR developer?

Fareed Tahir designs and develops production-focused immersive experiences in Unity, AR, VR, WebAR and interactive 3D. Remote collaboration is available worldwide from Lahore, Pakistan.

Contact Fareed