Introducing Proofdrops
🚀 Proofdrops — a blockchain-based certificate verification system
I’ve been working on Proofdrops, built around a simple problem:
How do you prove a certificate is authentic without relying entirely on a PDF or manually contacting the issuing institution?
The idea is to give certificates a verifiable digital proof that can be checked independently.
🛠 The stack
Frontend: React, Next.js, Tailwind CSS
Storage: Browser LocalStorage
Blockchain: Smart contracts for recording and verifying certificate proofs
The flow is basically:
Certificate → Generate proof → Record proof → Verify
The certificate itself doesn't need to live on-chain. Instead, Proofdrops creates a cryptographic proof and uses the blockchain as the trust layer.
🎯 What could it solve?
* Fake or forged certificates
* Slow manual verification
* Institutions having to verify credentials individually
* Difficulty validating credentials across organizations
* Lost or damaged physical certificates
The bigger idea is simple:
Make credentials easier to verify without making trust depend entirely on a central authority. 🌐
🔗 Live Demo
💻 GitHub
Forwarded fromSAV's Log
2September 2, 2026 37
