Existing smart contracts are trapped by single block execution limits, only able to access the current state and unable to handle complex computations. @brevis_zk, through a ZK coprocessor, enables smart contracts to trustlessly access any historical data, execute computations of unlimited complexity, and then use ZK proofs to verify results on-chain.

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The core lies in the three-layer architecture design

zkFabric collects all block headers and generates ZK consensus proofs

zkQueryNet handles dApp data query requests

zkAggregatorRollup stores verified block headers

Modular design allows Brevis to handle completely different workloads such as AI inference, cross-chain verification, and historical data analysis simultaneously.

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Practical application process

In the Uniswap v4 prototype, Brevis calculates each trader’s 30-day trading volume off-chain, then verifies and applies dynamic fee tiers on-chain. Decentralized exchanges can finally offer "VIP" features that are fully transparent and verifiable.

Linea’s 1 billion token incentive plan achieves verifiable distribution through Brevis.

A fundamental shift from "trust but verify" to "trustless and verifiable."

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Anyone can contribute computing power, and any dApp can obtain unlimited computational capability.

@brevis_zk is redefining the concept of ZK.