➥ Why ZK Coprocessor is The Next Meta Currently, blockchains face challenges with heavy computations, leading to slow, costly, and limited applications.. @brevis_zk solves this by running computations off-chain and proving results on-chain with ZK proofs. All you need to know about Brevis in 30s 🧵 — — — ► What is Brevis? Brevis is a zero-knowledge coprocessor that lets smart contracts read historical blockchain data and run complex computations with proofs. Brevis operates in three steps: ❶ Computation is executed off-chain ❷ A zero-knowledge proof is returned on-chain for verification ❸ This enables blockchain computation to scale infinitely Key Features: ➤ Infinite compute layer: all results can be verified ➤ Privacy-first: prove activity without exposing wallets or balances ➤ Developer-friendly: one SDK supports both pure-ZK and coChain models ... ► Architecture Brevis is built on a glue-and-coprocessor model. ❶ zkVM (the glue): A general-purpose virtual machine for broad tasks with flexibility. ❷ Coprocessors: Specialized circuits for arithmetic, cryptography, machine learning, and historical on-chain data. ❸ Custom workflows: Developers can combine zkVM with coprocessors to build circuits tailored to their applications. This design enables advanced computations off-chain while keeping verification cheap and secure on-chain. ... ► Brevis coChain Brevis coChain is a Proof-of-Stake blockchain that complements the pure-ZK model, reducing costs and improving scalability while keeping security intact. Workflow: Submitting coprocessing requests → Generating results optimistically → Challenging results with ZK proofs → Slashing stakes on @ethereum if invalid Key Points: ➤ Optimistic execution reduces the need for costly ZK proofs on every request ➤ Slashing ensures accountability and trustless security ➤ Integrated with @eigenlayer, giving developers flexible security options ➤ One SDK supports both pure-ZK and coChain models with no extra effort ... ► Brevis zkVM Brevis zkVM is the engine of the coprocessor architecture, giving developers flexibility to run varied computations. Key Points: ➤ Supports multiple proving fields ➤ Works with different proving systems, offering flexibility in performance and design ➤ Rust-based SDK makes it simple to prototype circuits ➤ Customizable proving workflows let developers configure fields, systems, and chips for app-specific needs ... ► Wrap Up Blockchains cannot handle complex computations at scale without high costs. Brevis solves this with its zkVM and coChain model: computations run off-chain, results are verified on-chain, and applications scale securely. Impact so far: 70M+ proofs, $223M+ rewards, 1B tokens on @LineaBuild, $30M liquidity boost on @PancakeSwap, and the @KaitoAI Yapper Leaderboard using Brevis for privacy-preserving InfoFi. Off-chain computation makes blockchains faster and cheaper, while proofs maintain trust on-chain.

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