Filestack

File Sharing Application Use Case with Filestack

🚀 Filestack React SDK v7.0.0 is here!

Most file-sharing apps look simple on the surface.   Upload a file. Copy a link. Share it. Behind that workflow, though, you're solving several different problems: 📤 Reliable uploads 🔗 Shareable links 🌍 Global file delivery 🖼️ Image previews and transformations 📊 Tracking views and metadata   Many teams end up stitching together storage, a CDN, an image processing library, and a database just to deliver what users expect as a basic feature. A different approach is to let one platform handle uploads, storage, CDN delivery, and image processing, while your application focuses on the sharing experience. In our latest tutorial, we build a complete file-sharing application using Next.js, Drizzle ORM, and Filestack.   Here's what you'll build: ✅ Drag-and-drop uploads with real-time progress ✅ Short, shareable links for every file ✅ Global CDN delivery ✅ On-the-fly image transformations (blur, crop, grayscale, rounded corners, and more) ✅ Metadata storage and view tracking ✅ Zero server-side image processing code   The guide walks through the complete implementation—from uploading files directly to Filestack, storing metadata, generating share links, and creating transformation URLs from a single file handle.   📖 Read the full tutorial: Build a File Sharing Application Use Case with Filestack   If you were building a file-sharing app today, would you build the upload and processing pipeline yourself or use a managed service?   #NextJS #TypeScript #WebDevelopment #FileUpload #DeveloperTools #ImageProcessing #CDN #CloudStorage #APIs #Filestack

If you're building with React, Next.js, Vite, or Remix, this release makes integrating file uploads smoother, faster, and more reliable than ever. Here's what's new: ✅ Full TypeScript rewrite with built-in type declarations ✅ Official support for React 19 ✅ New FilestackProvider to centralize configuration across your app ✅ Improved compatibility with Next.js App Router, Vite, and Remix ✅ Fixed the infinite re-render issue in usePicker ✅ Cleaner callback behavior and reduced console noise One of the biggest improvements is the new FilestackProvider, which lets you configure your API key, client options, and callbacks once—then share them across every picker component in your application. Less boilerplate, cleaner code, and an easier developer experience. If you're already using Filestack, upgrading to v7.0.0 is a great way to take advantage of stronger TypeScript support, React 19 compatibility, and a more modern development workflow. 📖 Read the full release notes: https://lnkd.in/gudnJa-7 Which feature are you most excited about in v7.0.0? Let us know in the comments! #React #TypeScript #React19 #NextJS #Vite #Remix #JavaScript #WebDevelopment #DeveloperTools #SDK #FileUpload #Filestack

Building with SolidStart? File uploads don't have to be complicated. Our latest tutorial shows how to integrate Filestack's JavaScript SDK into a SolidStart application—from your first upload to secure, production-ready file handling. Here's what you'll learn: ✅ Set up Filestack in a SolidStart project ✅ Upload files with just a few lines of code ✅ Secure uploads using signed policies and server-side credentials ✅ Keep your app secret protected while enabling client-side uploads ✅ Deliver optimized images with on-the-fly transformations Instead of managing storage infrastructure and CDN configurations yourself, you can focus on building your application while Filestack handles the upload and delivery pipeline. The guide walks through the complete implementation with practical code examples you can use in your own projects. 📖 Read the full tutorial: https://lnkd.in/guDfQ8c8 Have you built a project with SolidStart? What has your experience been with handling file uploads? #SolidStart #JavaScript #WebDevelopment #Frontend #DeveloperTools #FileUpload #SDK #APIs #CloudStorage #Developers #Filestack

Crop, resize, watermark, convert to WebP. Four operations. One API request. Most teams handle this as four separate steps: a designer exporting variants in Photoshop, or four sequential API calls each with their own latency and failure surface. An image editing API collapses that into a single transformation pipeline defined once, in code: 📐 Crop: center, face-aware, or exact pixel coordinates 📏 Resize: dimensions computed at request time, aspect ratio preserved automatically 💧 Watermark: text or logo overlay, applied to every image without exception 🔄 Format: automatic WebP/AVIF selection based on what the browser actually supports Change the watermark or the target dimensions once, and every future request reflects it. No re-export. No pipeline rebuild. Full breakdown of how the transformation pipeline works, plus the security controls (signed URLs, transformation allowlists) worth knowing before you ship it. Read here: https://lnkd.in/gSpyzd5e #ImageProcessing #API #DeveloperTools #WebPerformance

A simple upload endpoint and an S3 bucket works fine at 500 images. At 100,000, it doesn't. That's when teams realize an "image upload service" isn't one thing, it's five: ingestion, storage, transformation, optimization, and delivery. Most stacks bolt these together as separate tools. Each one is a maintenance surface. The better pattern: store the original once, generate every variant (thumbnail, banner crop, WebP for mobile) on demand from that source. No pre-generated copies. No re-export workflow when you need a new format six months from now. One API call handles the crop, resize, format conversion, and CDN delivery. No FFmpeg server. No conversion queue. No separate CDN config. Wrote up the full lifecycle, including the storage and delivery decisions that actually matter at scale. Read all about it here: https://lnkd.in/gNdkSSY8 #ImageProcessing #API #DeveloperTools #CDN