image Upscaling

以下为收录时的原文，语言与页面不同，未做翻译。

AI‑powered image editor that runs entirely in the browser, offering smart crop, AI expand, format conversion, lossless compression, watermarking, color adjustment, filter, GIF creation, side‑by‑side comparison, and batch workflow design—all processed locally with WebAssembly for speed and privacy.

官网介绍

Professional online image processing tools with AI expansion, erasing, background removal, and image enhancement

官网要点

• Format Convert
• Format Detection
• GIF Creator

官方常见问题

What image formats are supported?

We support all mainstream image formats including JPEG, PNG, WebP, GIF, BMP, TIFF, and more. Both input and output support multiple format conversions to meet different usage scenarios.

Is image processing secure? Are images uploaded to servers?

Completely secure! All image processing is done locally in your browser, and image files are never uploaded to our servers. This ensures your privacy and data security while providing faster processing speeds.

Are there file size limitations?

We recommend individual files not exceed 50MB, and batch processing total size not exceed 500MB. These limits are mainly for browser performance and processing speed considerations. For oversized files, we recommend appropriate compression first.

When will AI features be available?

We are actively developing AI image processing features including AI expansion, smart erasing, background removal, image enhancement, and more. Expected to launch soon, stay tuned! You can follow our update notifications.

Does it support batch processing?

Yes! We provide a professional batch workflow designer that can process multiple images simultaneously with custom processing workflows, dramatically improving work efficiency. Especially suitable for users who need to batch process images.

How is the quality of processed images?

We use advanced image processing algorithms with 16-bit color depth support to ensure processed images maintain original quality. Our compression features use intelligent algorithms to minimize file size while maximizing visual quality preservation.