Live Portrait
Efficient and Controllable Video-Driven Portrait Animation
LaVie is a sophisticated integrated video generation framework based on cascaded latent diffusion models, developed by the V-Team. Architecturally, it utilizes a three-stage pipeline consisting of a Base T2V (Text-to-Video) model, a Temporal Interpolation model, and a Video Super-Resolution (SR) model. This modularity allows for the generation of high-definition, temporally coherent videos from text prompts. By 2026, LaVie has positioned itself as a critical open-source alternative to proprietary models like Sora and Kling, particularly for organizations requiring local deployment and data sovereignty. Its technical foundation leverages the Stable Diffusion pre-trained image models and adapts them for video through 3D-UNet structures, joint image-video fine-tuning, and RoPE (Rotary Positional Embeddings) for extended temporal sequences. The system is designed to handle high resolutions up to 1280x2048 and utilizes a T5-L11 text encoder for superior semantic understanding. It remains a cornerstone for developers seeking to build custom video-generation workflows without the constraints of centralized API costs or censorship filters typical of commercial SaaS platforms.
Uses three distinct diffusion stages (Base, Interpolation, SR) to separate semantic generation from upscaling.
Efficient and Controllable Video-Driven Portrait Animation
Turn 2D images and videos into immersive 3D spatial content with advanced depth-mapping AI.
The ultimate AI creative lab for audio-reactive video generation and motion storytelling.
A creative AI video generation engine designed for musicians, artists, and storytellers to produce audio-reactive visuals.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Incorporates temporal layers into the standard 2D-UNet to maintain consistency across frames.
Trained on both high-quality static images (LAION-5B) and video datasets (WebVid-10M).
Implementation of RoPE for the temporal dimension to handle variable sequence lengths.
Uses the large-scale T5 text encoder for deep linguistic processing of prompts.
A dedicated diffusion-based upscaler designed specifically for temporal data.
Open weights allow for Low-Rank Adaptation (LoRA) or ControlNet integration.
Storyboard artists need to see camera movement and character interaction before expensive shoots.
Registry Updated:2/7/2026
Lack of diverse video data for training computer vision models for autonomous vehicles.
High cost of video production for small product marketing.