Brevis Thesis
Brevis acts as the verifiable compute layer for Web3 data coprocessor + zkVM + omnichain attestations turning heavy off-chain logic into succinct proofs you can verify on-chain without sacrificing L1 security
- zk coprocessor lets smart contracts query cross-chain history and run complex conditions
- Off-chain compute → on-chain proofs with 90-99% cost reduction
- Live use cases: MetaMask Card cashback proven on-chain, PancakeSwap VIP fee logic auto-applied from on-chain state, Linea’s time-weighted rewards at scale
- Speed layer amplified with Cysic’s hardware acceleration and Pico Prism real-time proving
What this unlocks next
- Continuous, provable incentives (CPI), agent passports, zkML inference that you can trust
- EigenLayer AVS + @brevis_zk coprocessor = shared security for verifiable rewards and AI services
TL;DR -> networks get scored by how much truth they can prove, and #ProvingGrounds Phase 2 is the field test for that promise
Prove once, verify everywhere with @brevis_zk #ZK #Web3
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