SendShield Files @SendShieldFiles

Test the in-browser encryption yourself, experience the frictionless UI, and let me know your thoughts! Every upvote and feedback means the world to me today. 👇🔗 producthunt.com/products/sends… 2/2 #privacy #E2EE

🚨 WE ARE LIVE ON PRODUCT HUNT! 🚨 SendShield Files is officially out in the wild. True Zero-Knowledge privacy, client-side E2EE, and a web without tracking. 👇 1/2 #ProductHunt #Launch #indiehackers

Quick update! ⏰ We decided to schedule our @ProductHunt launch to perfectly align with the start of their PST 24-hour cycle. Doing some final server checks tonight. The official launch is happening tomorrow! Get your upvote fingers ready. 🛡️🚀 #buildinpublic

I’ve poured everything into making the security bulletproof (Grade A+ Headers, strict CSP, WebCrypto API) while keeping the UI beautiful and frictionless. I can't wait to share this with the world. See you all tomorrow! 🛡️ 2/2 #buildinpublic #TechStartup

Tomorrow is the day! 🚀 SendShield Files officially goes live on Product Hunt. It’s been an incredible journey building a 100% Zero-Knowledge file-sharing platform from scratch. 👇 1/2 #ProductHunt #LaunchDay

Enter SendShield’s "File Request" feature. Generate a secure link, send it to your client, and they can upload files directly to your encrypted vault—no account required for them. 100% Zero-Knowledge inbound routing. 🔒 Just 2 days to Product Hunt! 🗓️ 2/2 #E2EE #indiehackers

Sending files securely is only half the battle for professionals. Collecting sensitive documents from clients is usually a nightmare. Client portals are clunky, and emails aren't secure. I wanted to make inbound transfers as frictionless as outbound ones. 👇 1/2 #buildinpublic

Need maximum paranoia? Enable "Burn-after-read" 🔥. The ciphertext self-destructs from the storage bucket the precise millisecond it is successfully downloaded. It is permanently destroyed and impossible to recover. Just 3 days until Product Hunt! 🗓️ 2/2 #E2EE

Most cloud drives want to hoard your data forever. But a secure file transfer should be a temporary transit layer, not a permanent archive. So, I built strict time-to-live policies into SendShield Files. 👇 1/2 #privacyfirst #indiehackers

Meet the URL hash #key=... 🔑 Browsers NEVER send fragments to the backend. When you encrypt a file, the AES-256 key stays in that fragment. Our server only receives unreadable ciphertext. Zero-knowledge by architecture. 🔒 Dropping Oct 9! 2/2 #E2EE #infosec

How do you share a decryption key without the server ever seeing it? 🧐 Most file-sharing apps claim E2EE, but their backend still processes your keys. I wanted pure math, not just "trust us." Here is how SendShield Files solves this. 👇 1/2 #CyberSecurity #buildinpublic

With SendShield Files, the friction is gone. You encrypt and send from your secure dashboard. The recipient just clicks a link and decrypts it instantly in their browser. No apps. No forced sign-ups. Pure web magic. ✨ Launching Oct 9! 2/2 #E2EE #indiehackers

Secure file sharing shouldn't mean friction. Forcing recipients to download native apps or sign up just to receive a file completely kills the experience. I wanted to build something better. 👇 1/2 #buildinpublic #privacy

I'm officially launching SendShield Files on October 9th! 🚀 Leading up to the launch, I’ll be sharing deep dives into the security architecture, how I handled the Web Worker key isolation, and the UI/UX decisions. Stay tuned! #buildinpublic #indiehackers #privacy #E2EE

Meet SendShield Files. Your files are encrypted inside your browser (AES-256-GCM) before leaving your device. The server only receives unreadable ciphertext, and the decryption key never touches the backend. True Client-Side E2EE. 🔒

Most file-sharing sites claim to be "secure," but if you look closely, the server can still read your files. I wasn't comfortable trusting my data to a black box, so I decided to build a True Zero-Knowledge file-sharing platform from scratch. 👇