Key Features

• •Native GPU training on Apple Silicon using Metal compute for fast 3D reconstruction directly on M1/M2/M3/M4 Macs without cloud uploads, keeping all data secure on your machine.
• •Dual interface with Simple Mode for guided step-by-step 3D scene creation and Expert Mode with three-panel layout for professional workflows including project navigation and training parameter inspection.
• •Six export formats including PLY, Compressed PLY, SPZ, glTF, .splat, and SOG plus orbit videos and self-contained interactive web viewers for easy sharing without additional software.
• •Interactive Gaussian Editor with brush tools for selecting and deleting regions in the 3D viewport to remove artifacts and unwanted scene elements with undo functionality for precision editing.
• •Complete local workflow from import to export without requiring separate tools, Python environments, or command-line interfaces, with automatic camera alignment using Apple Photogrammetry.
• •Support for multiple import formats including video files (.mp4, .mov, .m4v, .avi), photos (.jpg, .png, .heic, .tiff, .bmp), and existing splat files (.ply, .spz, .splat) for flexible workflow integration.
• •Real-time 3D preview allowing exploration of reconstructed scenes from any angle with photorealistic quality that loads quickly compared to traditional NeRF and photogrammetry methods.

Use Cases

• •3D scanning physical objects like flower bouquets or plush toys for digital preservation and archiving using ordinary photos or videos captured with standard cameras.
• •Creating interactive web viewers of cultural artifacts and historical objects for educational purposes, allowing virtual exploration without physical access to the original items.
• •Generating orbit videos for product presentations and e-commerce applications by transforming product photography into immersive 3D experiences that customers can rotate and examine.
• •Producing 3D assets for creative projects and digital art without requiring specialized 3D modeling skills or expensive equipment, using existing photo collections as source material.
• •Architectural and interior design visualization by converting room photographs into explorable 3D spaces that clients can navigate virtually from different perspectives.
• •Cultural heritage documentation and museum digitization projects that require high-fidelity 3D reconstructions of artifacts while maintaining data privacy through local processing.

Who is this for?

RadianceKit targets photographers, 3D artists, educators, product designers, and cultural heritage professionals who use Apple Silicon Macs (M1 or later) with macOS 26 Tahoe or later. These users need to create photorealistic 3D scenes from photos and videos for various applications including digital preservation, educational content, product visualization, and creative projects. They value data privacy, workflow efficiency, and accessible 3D reconstruction tools that don't require cloud services, complex setups, or specialized technical knowledge in 3D modeling or programming.