BounceClub Platform A layer similar to an 'On-chain App Store' ecosystem that supports creating DeFi applications, trading, mobilizing AI agents, issuing meme tokens, engaging in derivatives trading, etc., without the need for programming. The V2 version has significantly simplified the operational process, integrated rewards and gamification mechanisms, and enhanced user interaction and stickiness. • CeDeFi Portal V2 This is the core asset management platform of the project, which now supports cross-chain multi-assets (including BTC, BNB, ETH, SOL, etc.), multiple strategies (automation, structured products, self-selected asset management institutions, etc.), simplifies the redemption process and improves user experience. • Collaborative Ecosystem Partners The project is collaborating with protocols such as Restake Finance, Ethena, Solv, Aperture Finance, LayerZero, etc., to build BTC re-staking protocols, fixed income vaults, cross-chain solutions, and asset combination functions.#BounceBitPrme $BB @BounceBit
@BounceBit #Bouncebit $BB BounceClub Platform A layer of ecology similar to "On-chain App Store", supporting the creation of DeFi applications without programming, trading, mobilizing AI agents, issuing meme tokens, conducting derivative trading, etc. The V2 version has significantly simplified the operation process, integrating rewards and gamification mechanisms to enhance user interaction and stickiness. • CeDeFi Portal V2 This is the core asset management platform of the project, now supporting cross-chain multi-assets (including BTC, BNB, ETH, SOL, etc.), multiple strategies (automation, structured products, self-selected asset management institutions, etc.), simplifying the redemption process, and improving user experience. • Cooperative Ecosystem Partners The project is collaborating with protocols such as Restake Finance, Ethena, Solv, Aperture Finance, LayerZero, etc., to build BTC re-staking protocols, fixed-income vaults, cross-chain solutions, and asset portfolio features.
Lagrange's core innovation lies in its **modular design** and **efficient ZK proof system**, which mainly includes the following components:
### **(1) ZK State Proofs** - Utilizes **recursive zero-knowledge proofs (such as Plonky2, STARKs)** to transfer the computational burden of cross-chain state verification off-chain, submitting the final proof only on the target chain. - Supports **historical state queries**, for example: Ethereum smart contracts can verify transactions that occurred at a certain time on Arbitrum.
### **(2) Lagrange State Committees (LSCs)** - Composed of a decentralized network of nodes, responsible for **monitoring source chain data** and generating ZK proofs. - Nodes are required to stake tokens (which may be introduced in the future) to ensure security #lagrange $LA @Lagrange Official