A dependency-free JavaScript library for robust file uploads with drag-and-drop, progress bars, and cloud storage support.
Fine Uploader is a client-side JavaScript library for handling file uploads in web applications. It provides a feature-rich interface with drag-and-drop, progress bars, image previews, and direct integration with cloud services like Amazon S3 and Azure, solving the complexity of building robust upload systems from scratch.
Web developers and teams needing a reliable, customizable file upload solution without external dependencies, particularly those integrating with cloud storage or requiring advanced upload features.
Developers choose Fine Uploader for its comprehensive feature set, dependency-free design, and cross-browser compatibility, offering an all-in-one solution that reduces development time and ensures consistent upload experiences.
Multiple file upload plugin with image previews, drag and drop, progress bars. S3 and Azure support, image scaling, form support, chunking, resume, pause, and tons of other features.
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Out-of-the-box support for drag-and-drop, progress tracking, chunking, image previews, and direct cloud uploads to Amazon S3 and Azure, reducing development time for complex upload systems.
Built as 100% JavaScript with no external dependencies, allowing simple integration with just one JavaScript file, as highlighted in the philosophy and README.
Ensures reliable upload experiences across all browsers, a core focus stated in the project's description to prioritize developer experience.
Enables direct uploads to Amazon S3 and Microsoft Azure without server proxying, reducing server load and simplifying architecture for cloud-based applications.
The project is officially no longer maintained, meaning no bug fixes, security updates, or new features, as stated in the README announcement.
Lacks modern framework integrations and may not work seamlessly with current build tools or libraries, since community development has stalled.
Without active maintenance, potential vulnerabilities in file handling or cloud integrations remain unpatched, posing risks for production use.
Official documentation and support channels are inactive, making troubleshooting difficult and relying on archived resources.