Spatial AI for Video & Image Generation
Merge Gaussian splatting with video and image models to create spatially-grounded, temporally-consistent AI content. 4D scene reconstruction with real-time interactive playback.
3D Scene Reconstruction
Transform images and video into explicit 3D Gaussian representations with real-time playback
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4D Gaussian Splatting: Dynamic scene rendering with temporal consistency. Merge explicit 3D representations with video diffusion models for spatially-aware generation.
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Video-Splat Fusion: Integrate Gaussian splatting with state-of-the-art video generation models. Create AI videos grounded in 3D space with controllable camera trajectories.
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Spatial-Temporal Grounding: Anchor video diffusion models in explicit 3D space. Generate content with precise spatial control and temporal coherence across frames.
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Real-time Playback: View generated content at photorealistic quality and 100+ FPS. Interactive exploration of 3D Gaussian scenes with immediate visual feedback.
3D Scene Reconstruction
Transform images and video into explicit 3D Gaussian representations with real-time playback
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4D Gaussian Splatting: Dynamic scene rendering with temporal consistency. Merge explicit 3D representations with video diffusion models for spatially-aware generation.
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Video-Splat Fusion: Integrate Gaussian splatting with state-of-the-art video generation models. Create AI videos grounded in 3D space with controllable camera trajectories.
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Spatial-Temporal Grounding: Anchor video diffusion models in explicit 3D space. Generate content with precise spatial control and temporal coherence across frames.
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Real-time Playback: View generated content at photorealistic quality and 100+ FPS. Interactive exploration of 3D Gaussian scenes with immediate visual feedback.
Spatial AI meets generative video & image models
Cutting-edge Gaussian splatting technology integrated with video diffusion models for spatially-grounded, temporally-consistent content generation.
4D Gaussian Splatting
Dynamic scene rendering with temporal consistency. Explicit 3D representation of scenes that evolve naturally over time with real-time playback.
Scene Reconstruction
Transform 2D images and video into explicit 3D Gaussian representations. Multi-view synthesis from sparse inputs with photorealistic quality.
Video Diffusion Integration
Merge Gaussian splatting with latent video diffusion models (LVDMs) for spatially-aware generation with precise 3D control.
Spatial-Temporal Grounding
Anchor video generation models in explicit 3D space. Achieve consistent camera trajectories and spatial layout across generated frames.
Real-time Playback
View generated 3D scenes at 100+ FPS with differentiable Gaussian primitives. Interactive exploration and immediate visual feedback.
Camera Control
Full control over camera trajectories in generated video. Define precise paths through 3D space for cinematographic control.
Multi-view Consistency
Maintain geometric and photometric consistency across all viewing angles. Generate content that remains coherent from any perspective.
Temporal Coherence
Ensure smooth motion and consistency across time. Deformation fields model dynamic scene changes while preserving spatial structure.
Hybrid Representation
Combine explicit Gaussian primitives with implicit neural features for best-in-class quality and performance.
Production Pipeline
End-to-end workflow from 2D input to 4D spatially-grounded video generation with full export capabilities.
From research to production: Gaussian splatting for every workflow
Whether you're exploring 4D reconstruction or deploying spatial AI at scale, Dreamweave provides the tools to merge Gaussian splatting with generative models.
Push the boundaries of 4D Gaussian splatting
Experiment with cutting-edge techniques for merging Gaussian splatting with video diffusion models. Access powerful tools for spatial-temporal grounding, multi-view consistency, and 4D scene reconstruction with real-time playback.
4D Reconstruction
Dynamic scene modeling with temporal consistency. Deformation fields capture complex motions while maintaining spatial coherence.
Video Diffusion Grounding
Anchor generative video models in explicit 3D space. Experiment with spatial conditioning for latent diffusion models.
Real-time Visualization
Interactive exploration of 4D scenes at high frame rates. Validate spatial-temporal consistency across generated content.