When Blockchain meets fully homomorphic encryption (FHE), the boundaries of computation and security are completely shattered.

@zama Utilizing FHEVM allows on-chain smart contracts to operate directly on encrypted data without the need for decryption and without exposing the original data, ensuring complex computations are securely executed on the blockchain.

At the same time, it uses the Concrete ML framework, allowing machine learning models to be trained and inferred in an encryption state, enabling institutions to analyze data and optimize strategies without having to touch sensitive information.

This makes Web3 not only decentralized but also capable of achieving compliant confidential computing.

Zama's technology also involves Multi-Party Computation (MPC), ensuring that data cannot be leaked when different nodes collaborate.

Cross-chain interaction, on-chain asset computation, and compliance scenarios can all be securely implemented on this infrastructure.

This is an upgrade to the Blockchain infrastructure, which not only retains transparency but also achieves security, verifiability, and efficiency.

FHE, FHEVM, Concrete ML, MPC —— #Zama is reshaping the future of confidential computing with these technologies.
@zama #Zama $ZAMA #ZamaCreatorProgram