AniSora Anime Video

Launched May 21, 2025

The Ultimate Open-Source AI Anime Video Generator

Discover AniSora, Bilibili's revolutionary anime video generation model. Create stunning anime-style videos with cutting-edge AI technology.

- One-Click Anime Video Generation: Quickly create animated videos from a single image and text prompt.
- Wide Anime Style Support: Generates videos in various anime styles including Japanese series, Chinese originals, manga adaptations, and VTuber content.
- Superior Motion Control: Produces smooth, exaggerated, and expressive character movements true to anime aesthetics.
- High-Resolution Output: Supports HD video generation suitable for professional use and sharing.
- Frame Interpolation & Local Image Guidance: Enhances animation smoothness and allows detailed control over specific image ar

- Animating Manga Panels: Convert static manga frames into animated sequences with lip-syncing and character motion to create engaging digital comics.
- Creating Anime PVs: Produce promotional videos for anime series or original animation projects quickly using AI-generated animation.
- VTuber Content Production: Generate smooth, expressive animations from character images for VTuber streams or videos.
- Social Media Clips: Create short, visually appealing anime-style videos for sharing on platforms like TikTok, Instagram, or Twitter.
- Concept Art Animation: Bring concept art or character des

Open-source nature allows for customization and community-driven improvements.
Utilizes cutting-edge AI technology to generate high-quality anime-style videos.
Revolutionary tool affiliated with Bilibili, a reputable platform in the anime community.
User-friendly interface for creating stunning visual content easily.

Might require a powerful system or cloud resources to run efficiently due to high computational demands.
As it's a newer technology, there may be occasional bugs or performance issues.
Potential learning curve for users unfamiliar with AI or video editing tools.
Quality of output may vary depending on user input and AI model limitations.