Meta has recently expanded its Expressive Media Universe (EMU) technology to include two new tools that focus on image editing and video generation. These new tools, EMU edit and EMU video, offer advanced capabilities for precise and controlled editing as well as efficient video generation from text descriptions.

The first tool, EMU edit, allows for precise image editing from text instructions. This generative AI technology follows instructions to modify pixels in the input image without affecting the entire image. It also incorporates computer vision tasks as instructions for image generation models, improving precision and control in the editing process.

The second tool, EMU video, facilitates the generation of videos from a text description through a unified architecture that responds to different types of inputs. It uses diffusion models to generate videos, providing a streamlined process for video generation tasks.

These new tools represent a significant step forward for Meta in image editing and video generation. They enhance the capabilities of its founding content generation model, EMU, by offering advanced features for precise and controlled editing as well as efficient video generation from text descriptions.

The recent expansion of EMU technology includes two new tools that focus on image editing and video generation. The first tool, EMU edit, allows for precise image editing from text instructions using generative AI technology that follows instructions to modify pixels in the input image without affecting the entire image. The second tool, EMU video, facilitates the generation of videos from a text description through a unified architecture that responds to different types of inputs using diffusion models to generate videos.

These new tools represent a significant step forward for Meta in enhancing its content creation capabilities. With these advanced features for precise and controlled editing as well as efficient video generation from text descriptions, Meta is taking its founding content generation model to the next level.