Just saw the collaboration announcement between @ brevis_zk and @ Aster_deX, ZK proves that technology is solving DEX's most fundamental issues of speed, security, and privacy. ————————————————————————— The core dilemma of traditional DEX Full on chain execution means that every transaction must wait for block confirmation, and TPS is severely restricted. To achieve a CEX level trading experience, one must sacrifice the guarantee of decentralization. To achieve complete transparency, the clearing price of large investors will be exposed to MEV robots. Aster has reached a daily trading volume of $27.7 billion in Q3, but still cannot solve these structural problems. ————————————————————————— Brevis' ZK infrastructure completely changes the game rules Transfer complex calculations to off chain execution and validate results on chain through ZK proof. Transactions can reach CEX speed, while cryptographic verification takes a few seconds to complete. The privacy layer protects position data while maintaining transparency of overall market indicators. Brevis Pico ZKVM has achieved proof generation for 99.6% of Ethereum blocks within 12 seconds. ————————————————————————— The most direct impact on traders Aster's hidden order function directly solves the problem of warehouse transparency. If the clearing price of a large player is fully visible, it is extremely vulnerable to market making attacks. Through ZK infrastructure, 77% of transactions can achieve privacy protection while maintaining the verifiability of market data. ————————————————————————— When DEX obtains institutional level performance and cryptographic guarantees, the moat of centralized exchanges is being redefined. @Brevis_zk's infinite computing layer enables any Dapp to gain unlimited computing power, and Aster is proving the next form of on chain transactions.