@dekompoza

we talk a lot about privacy in web3, but not all privacy tech works the same way. here’s a simple breakdown of how traditional encryption, zero-knowledge proofs, and zama’s fully homomorphic encryption (fhe) actually differ 👇 1️⃣ traditional encryption keeps data safe while stored or sent. it’s what protects your messages, wallets, and files. but once you need to use the data, it has to be decrypted. → great for storage and communication, not for computation. 2️⃣ zero-knowledge proofs (zkps) let you prove something is true without revealing the data itself. you can show you have enough funds or meet a condition even without exposing your info. → great for verification and compliance, not actual computation. 3️⃣ fully homomorphic encryption (fhe) this is where @zama changes the game. it lets you compute directly on encrypted data without any decryption needed. so a smart contract can process sensitive info without ever seeing it. → perfect for confidential defi, identity, and data-driven dapps. 🧩 these 3 are complementing each other. • encryption protects data • zk proofs verify truth • fhe enables private computation gZama

0 reply

16 recasts

33 reactions