Seamlessify vs Tilefy

Seamlessify turns images into repeating patterns, with PNG, JPG, and batch ZIP exports. The web tool accepts PNG, JPG, and WEBP files, with batches of up to 100 images or 500 MB. For direct stitching, supported images are processed in the browser rather than uploaded to the maker’s image-processing servers. The tool blends opposite edges to soften seams and abrupt color changes, and lets you set the number of rows and columns independently. A 3 × 3 preview helps inspect a repeat; output options include seamless tiles, horizontal rolls, and vertical panels. Downloads are rendered from the original image. AI generation can use a text prompt or derive a prompt from a reference image, but requires an account and credits. The listed models are Z-Image Turbo and Ideogram V4 Tiling, delivered through fal.ai; DeepSeek V4 Flash Vision Experimental analyzes reduced reference images. AI generations and related records are kept privately for up to 30 days before scheduled deletion. The free plan includes two one-time AI credits after email verification and unlimited direct stitching; paid plans start at $8.25/mo (annual).

Tilefy is a web-based AI pattern studio for creating seamless patterns and large-scale murals for wallpaper, textiles, apparel, and home décor. Its tools include pattern inpainting, pattern-to-pattern variation, style transfer, and high-resolution upscaling, alongside AI image generation and editing. Users can make tiling patterns for wallpaper and textiles or seamless mural designs for wall coverings. The product also lists a generation feed and asset collections. Mood boards and public sharing are available on Starter and Pro. The homepage advertises commercial use and an included commercial license. Tilefy offers a Free Beta plan at free, with 1K monthly tokens, 40 daily free tokens, four Explore downloads per month, and no rollover. Pro costs $150 a month, with 30K monthly tokens, unlimited Explore downloads, and private generations. Tokens are credits for pattern and mural generation, and usage varies by operation complexity and size.