Cross-chain interoperability has always been a core challenge of Web3. Traditional methods rely on centralized bridges or intermediary oracles, but these solutions are vulnerable to attacks and malicious actions. Prove chooses to use the most extreme technological path—zero-knowledge proofs—to enable trustless, instant synchronization between chains.

The Prove protocol launched by Succinct Labs generates zk proofs of the states of various main chains and publishes them to the target chain, all without the need for oracle participation. As long as validator nodes run the verification logic, they can atomically acquire on-chain data. Developers can use the Prove API to achieve cross-chain asset information verification, Rollup state checks, and even high-frequency needs like BTC block header reading with just a few lines of code.

Prove's core competitive advantage lies in its "non-custodial, low computation, and strong compatibility." It eliminates the complexity of running validators, allowing direct on-chain verification, enabling developers to focus more on business logic; the ZK proof size is minimal, and gas costs are controllable; it also supports multiple chains and formats, flexibly embedding into ecosystems like Optimism, Arbitrum, and Polygon zkEVM.

Currently, Prove's development network has opened zk Ethereum, Celestia, Aptos, and other verification modules, with plans to further expand support for Cosmos SDK and Bitcoin UTXO architecture, becoming a hub for modular blockchain connections. Succinct Labs is also expanding the developer ecosystem through Builder Grants, joint hackathons, and other methods to promote the application of zero-knowledge cross-chain solutions. #SuccinctLabs @Succinct $PROVE