LivePortrait is a model built for portrait animation, capable of transforming static images into lifelike videos. Unlike diffusion-based methods, LivePortrait uses an implicit-keypoint-driven system, delivering high-quality, expressive animations efficiently. This framework stands out for its computational efficiency and enhanced controllability, allowing precise adjustments for facial and eye movements. LivePortrait's design is optimized for various animation tasks with minimal processing overhead, making it a suitable choice for developers who prioritize speed and quality in generating animated portraits.

Top Use Cases for LivePortrait

Some top use cases for LivePortraits capability include:

• Character Animation for Media: Reenact famous scenes by animating still characters with voiceovers or driving videos.
• Interactive Applications: Enable interactive avatars for virtual reality or video games, reacting to real-time inputs.
• Synthetic Data Generation: Create controlled animations for training data in computer vision and machine learning tasks.
• Augmented Reality (AR) Filters: Enhance AR filters with realistic lip-syncing and eye movements using dynamic animations on static images.

Full Face Animation from Still Image

LivePortrait can animate an entire face from a single still image, bringing portraits to life with natural movements and expressions.

Targeted Video Manipulation

The model enables precise control over specific facial features while maintaining the natural appearance of the original video.

Eye Retargeting

LivePortrait can selectively animate eye movements while keeping other facial features static, allowing for natural eye animations.

Lip Retargeting

The model can precisely control lip movements for accurate lip-syncing while preserving the rest of the facial expression.

How to run LivePortrait as an API

Sieve makes it easy to run LivePortrait in production settings using our API. Not only does it expose many lower-level functionalities of the model, but it’s also been optimized to run faster than the original implementation. You can learn more about all the features here.