In a multi-chain ecosystem, the governance of DAOs faces a core challenge: how to synchronize user voting rights across different chains. Traditional solutions often rely on centralized bridges or multi-signature verification, which are not only low in efficiency and high in cost but also pose trust risks. Lagrange's cross-chain data verification layer provides a brand new solution to this problem.
Through Lagrange's ZK Coprocessor technology, DAOs can directly verify the governance token balances of Arbitrum users on Ethereum without relying on relays or manual cross-chain synchronization. Developers only need to provide query instructions, and Lagrange will automatically fetch source chain data, generate verifiable zero-knowledge proofs (ZKP), and conduct low-cost verification on the target chain. The entire process is trustless, automated, and efficient, greatly improving the flexibility and transparency of cross-chain governance.
This method not only reduces the complexity of traditional cross-chain operations but also lowers costs while enhancing the security of governance. For DAOs looking to expand governance in a multi-chain environment, Lagrange offers a programmable, modular voting rights synchronization solution, enabling developers to quickly integrate and maintain consistency of on-chain data.
With the launch of the Lagrange mainnet and the initiation of early incentive programs, more DAOs have the opportunity to leverage this technology for cross-chain governance innovation, pushing the boundaries of decentralized governance.
