Aptos announced on October 12 that its Encrypted Mempool is now live on mainnet. Users can choose on a per-transaction basis: transaction functions and arguments are encrypted on the client before entering the mempool, allowing validators to order transactions without seeing their payloads. After the block is finalized, a validator-set threshold decrypts and executes them. Sender addresses and fees remain visible. The team says this is a protocol-native solution with the same trust assumptions as the chain itself, requiring no additional private builders, hardware enclaves, or external key committees.
The feature corresponds to AIP-144, adds about 20 milliseconds of latency per block (based on a 50-node benchmark), and has undergone an independent security audit by ZKSecurity. The Petra wallet now offers an encryption option in its signing flow; TypeScript SDK v7.0.0 and later can submit encrypted transactions, and existing Move contracts require no changes. Perpetuals exchange Decibel plans to use it to protect orders until they are filled.
#$APT #Aptos #链上 does not constitute investment advice.
The feature corresponds to AIP-144, adds about 20 milliseconds of latency per block (based on a 50-node benchmark), and has undergone an independent security audit by ZKSecurity. The Petra wallet now offers an encryption option in its signing flow; TypeScript SDK v7.0.0 and later can submit encrypted transactions, and existing Move contracts require no changes. Perpetuals exchange Decibel plans to use it to protect orders until they are filled.
#$APT #Aptos #链上 does not constitute investment advice.