Untouchables is a mysterious, upcoming NFT project. untouchables GiveRep

After five years of work, the team is happy to announce the Zama Confidential Blockchain Protocol and the release of our Public Testnet. First things first, read the litepaper ⬇️

I have read the Boundless whitepaper. Here is proof:

Fully homomorphic encryption (FHE) lets systems compute on encrypted data without exposing it, and Zama makes this practical with lattice based schemes that manage noise efficiently, plus APIs for encrypted tensors or circuits to add privacy to ML or blockchain logic.

FHE technology powers Zama to provide full on chain privacy, keeping all data and smart contracts encrypted while users and builders stay in control, letting networks gain privacy without losing performance #ZamaCreatorProgram

Fully homomorphic encryption (FHE) lets data stay encrypted while processed, unlocking true on chain privacy. Zama leverages FHE to keep smart contracts and user data confidential, letting builders and networks gain privacy without sacrificing performance or composability

- Zama brings full privacy to blockchains by running smart contracts on encrypted data using FHE, MPC and zero knowledge proofs. It keeps inputs and state hidden while preserving verification and composability, creating a secure and scalable confidential compute layer

fhe finally makes privacy practical on chain, and Zama turns it into something builders can use at scale by letting encrypted data stay fully functional without breaking composability #zamacreatorprogram

"FHE isn’t just encryption it’s a permissionless superpower. with Zama, smart contracts stop leaking data and start behaving like trustless black boxes: fully verifiable, fully private, fully composable. Privacy isn’t the add on anymore; it’s the new default" #ZamaCreatorProgram

"Most chains scale transactions. Zama scales trust. By running logic on fully encrypted data with FHE, it flips the script: networks don’t guess user intent they compute it blindly yet verifiably. The future isn’t public or private, it’s both at once."

"Zama AI lets ML models compute directly on encrypted data, removing the trade off between privacy and accuracy. With fully homomorphic encryption, the model never sees the raw input yet still delivers real results. It’s a clean new path for secure AI."

"Fully Homomorphic Encryption lets you compute on hidden data, turning privacy into a feature instead of a limitation. It’s the mathematical backbone of truly secure AI." Zama #ZamaCreatorProgram

encrypted computing is finally becoming practical as fhe makes on chain privacy usable in real workflows, and projects like Zama are redefining how smart contracts handle sensitive logic without ever exposing data #ZamaCreatorProgram

fhe is turning privacy into a native feature for blockchain, and teams like Zama are proving that encrypted execution can be both fast and developer friendly

- Zama fhe stack shows how arithmetic over ciphertexts can be composed like normal ops, letting devs build smart contracts that keep state and logic encrypted end to end without leaking intermediate values

fhe in Zama’s stack turns encrypted integers into fully usable primitives, enabling onchain compute where addition, comparison, and control flow run over ciphertexts while keys and plaintexts never touch the chain

- Zama is pushing FHE from theory into production, turning encrypted computation into something developers can actually build with. Their FHEVM model shows how privacy preserving smart contracts can become practical, verifiable, and fully encrypted end to end

FHE is reshaping how we handle sensitive data, and Zama is turning it into something developers can actually use: encrypted computation at practical speed with real world tooling. Privacy stays end to end while apps keep full functionality

fhe pushes computation into a new era where data never needs to be exposed, and Zama is one of the few teams proving this can work at system scale by making encrypted logic fast, reliable, and ready for real applications #zamacreatorprogram

- Zama is turning fully homomorphic encryption from a theoretical promise into a practical compute layer where encrypted data becomes something you can actually work on rather than just hide