🧐@zama : The Confidentiality Layer for the EVM (Focus on Architecture) Zama is not building a new blockchain; instead, it operates as a 'Confidentiality Layer' that wraps encryption around smart contracts on existing chains (such as Ethereum, Arbitrum, and Polygon). 🌐 Operational Architecture: fhEVM (Fully Homomorphic EVM): A suite of tools allowing Solidity developers to create confidential smart contracts. Coprocessors: An off-chain network that executes the heavy FHE computations. This offloading prevents the main blockchain from getting clogged while maintaining verifiability. Multi-Layered Security: Gateway: The central traffic controller deployed on an Arbitrum rollup, managing data flow and verifying inputs. Key Management Service (KMS): Holds decryption keys, secured via Multi-Party Computation (MPC)—splitting keys among multiple parties to mitigate centralization risk. This integration allows applications to achieve confidential computation without forcing migration of liquidity or tooling to a new chain.

TriMai
@TriMaiMS
🧐@zama Prepares for Mainnet: Bringing FHE to Production Reality
Zama, the privacy protocol leveraging Fully Homomorphic Encryption (FHE), is gearing up for its Mainnet Beta launch later this year, following the release of Testnet v2 (which serves as the mainnet release x.com/TriMaiMS/statu…


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