Brevis's zero-knowledge co-processor solution has recently attracted considerable attention. The highlight of this system is that it provides a groundbreaking "infinitely verifiable computing layer" for the smart contracts layer – in a sense, it breaks the ceiling of traditional Blockchain in terms of computing power.
They want to share how ZK proof technology is implemented in real scenarios, especially how zero-knowledge proofs can enhance the privacy protection capabilities of blockchain applications. If you are interested in privacy computing, Layer 2 solutions, or the computational scalability of smart contracts, these discussions are quite meaningful for reference. Brevis's approach—using cryptography rather than merely off-chain computing to solve the verifiability issue—is becoming an important direction in the exploration of DeFi and privacy applications.
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Brevis's zero-knowledge co-processor solution has recently attracted considerable attention. The highlight of this system is that it provides a groundbreaking "infinitely verifiable computing layer" for the smart contracts layer – in a sense, it breaks the ceiling of traditional Blockchain in terms of computing power.
They want to share how ZK proof technology is implemented in real scenarios, especially how zero-knowledge proofs can enhance the privacy protection capabilities of blockchain applications. If you are interested in privacy computing, Layer 2 solutions, or the computational scalability of smart contracts, these discussions are quite meaningful for reference. Brevis's approach—using cryptography rather than merely off-chain computing to solve the verifiability issue—is becoming an important direction in the exploration of DeFi and privacy applications.