Prom：一个 zkEVM 第 2 层多链平台桥接区块链孤岛

Prom 是一个基于 Polygon CDK 构建的直观区块链平台，利用 zkEVM 技术实现跨多个第 1 层网络的安全、快速且经济高效的交易。

Prom is a zkEVM Layer 2 multichain platform that enhances scalability, security and interoperability in the blockchain space. Here's an overview of its innovative technology, ecosystem and practical applications.

Prom 是一个 zkEVM 第 2 层多链平台，可增强区块链空间的可扩展性、安全性和互操作性。以下是其创新技术、生态系统和实际应用的概述。

Prom: A zkEVM Layer 2 Multichain Platform

Prom：zkEVM 第 2 层多链平台

Prom is a zkEVM Layer 2 network that aims to overcome the limitations of Ethereum's distributed ledger technology (DLT) trilemma by combining the best aspects of both worlds. By emulating the EVM, Prom duplicates all EVM opcodes, allowing for seamless integration of existing Ethereum smart contracts. Its zero-knowledge rollups (ZK-rollups) significantly enhance Ethereum's scalability, transaction speed and cost efficiency.

Prom 是一个 zkEVM 第 2 层网络，旨在通过结合两个世界的最佳方面来克服以太坊分布式账本技术 (DLT) 的三难困境。通过模拟 EVM，Prom 复制所有 EVM 操作码，从而实现现有以太坊智能合约的无缝集成。其零知识汇总（ZK-rollups）显着增强了以太坊的可扩展性、交易速度和成本效率。

Moreover, Prom bridges the gap between EVM and non-EVM compatible chains, breaking blockchain silos and fostering interoperability. Developers can effortlessly deploy their smart contracts, while users can securely transfer assets for off-chain operations. By verifying off-chain computations with ZKPs, Prom ensures transparency and the security of user funds, harmonizing scalability with Ethereum’s trusted security framework.

此外，Prom 弥合了 EVM 和非 EVM 兼容链之间的差距，打破了区块链孤岛并促进了互操作性。开发者可以轻松部署他们的智能合约，而用户可以安全地转移资产进行链下操作。通过使用 ZKP 验证链下计算，Prom 确保了用户资金的透明度和安全性，将可扩展性与以太坊的可信安全框架相协调。

The Team at Prom

舞会团队

Prom operates under a decentralized governance model via the Prom DAO, which is introduced after Prom’s mainnet launch. This innovative governance structure empowers PROM token holders to actively participate in decision-making, ranging from contract upgrades to performance enhancements.

Prom 通过 Prom DAO 在去中心化治理模式下运行，该模式是在 Prom 主网启动后引入的。这种创新的治理结构使 PROM 代币持有者能够积极参与从合约升级到性能增强的决策。

The role-based hierarchy within Prom DAO ensures efficiency and transparency. Token holders can assign voting power to delegates who represent their interests, while validators scrutinize and validate proposals. Economic incentives, such as sharing 32% of network fees, reward active participants and drive community engagement.

Prom DAO 中基于角色的层次结构确保了效率和透明度。代币持有者可以将投票权分配给代表其利益的代表，而验证者则负责审查和验证提案。经济激励措施，例如分享 32% 的网络费用，奖励积极的参与者并推动社区参与。

While the team behind Prom remains semi-anonymous, the platform’s governance-driven structure reflects a community-focused approach to development and network evolution, ensuring Prom’s adaptability and long-term success. Find more info on the team at Prom’s LinkedIn page.

虽然 Prom 背后的团队仍然是半匿名的，但该平台的治理驱动结构反映了以社区为中心的开发和网络演进方法，确保了 Prom 的适应性和长期成功。在 Prom 的 LinkedIn 页面上查找有关该团队的更多信息。

How Does Prom Work?

舞会如何运作？

Prom uses the following three key components to achieve its multichain solution.

Prom 使用以下三个关键组件来实现其多链解决方案。

zkEVM Layer 2

zkEVM 第 2 层

As stated above, Prom operates as a zkEVM Layer 2 network, leveraging ZKPs to enhance privacy, scalability and security. Transactions are batched off-chain and validated through ZKPs before being finalized on Ethereum Layer 1.

如上所述，Prom 作为 zkEVM 第 2 层网络运行，利用 ZKP 来增强隐私性、可扩展性和安全性。交易在链下进行批处理，并通过 ZKP 进行验证，然后在以太坊第 1 层上最终确定。

The zkNode is a core component that facilitates this process by managing transaction sequencing, state synchronization and proof aggregation while maintaining the integrity of the network’s state.

zkNode 是一个核心组件，它通过管理事务排序、状态同步和证明聚合来促进这一过程，同时保持网络状态的完整性。

Multichain Interoperability

多链互操作性

Prom is designed to be more than just an Ethereum-compatible Layer 2. Its multichain bridge connects both EVM and non-EVM chains, including networks like Bitcoin and Solana. This broad interoperability enables transfers of assets on multiple chains, fostering liquidity and utility across ecosystems.

Prom 的设计不仅仅是与以太坊兼容的第 2 层。它的多链桥连接 EVM 和非 EVM 链，包括比特币和 Solana 等网络。这种广泛的互操作性使得资产能够在多个链上转移，从而促进跨生态系统的流动性和实用性。

In addition, Prom supplies bridging technology for secure transfers and Hyperlane technology for optimized speed and efficiency, supporting a wide range of tokens, decentralized applications (DApps) and digital assets.

此外，Prom 还提供用于安全传输的桥接技术和用于优化速度和效率的 Hyperlane 技术，支持各种代币、去中心化应用程序 (DApp) 和数字资产。

Modular Design

模块化设计

Prom’s modular architecture is key to its adaptability. The network’s zkNode software allows trusted Sequencer, Aggregator and remote procedure call (RPC) nodes to operate independently or in tailored configurations. This modularity supports efficient resource allocation and ensures flexibility in connecting various blockchains.

Prom 的模块化架构是其适应性的关键。该网络的 zkNode 软件允许可信的排序器、聚合器和远程过程调用 (RPC) 节点独立运行或以定制配置运行。这种模块化支持高效的资源分配，并确保连接各种区块链的灵活性。

Moreover, Prom’s compatibility with standard Ethereum tools like MetaMask and Solidity means developers can migrate DApps or deploy smart contracts without any learning curve. This modularity also extends to its database layers, enabling the seamless synchronization of states and transactions across multiple chains.

此外，Prom 与 MetaMask 和 Solidity 等标准以太坊工具的兼容性意味着开发人员可以迁移 DApp 或部署智能合约，而无需任何学习曲线。这种模块化还扩展到其数据库层，从而实现跨多个链的状态和交易的无缝同步。

Prom's Ecosystem and Partnerships

Prom 的生态系统和合作伙伴

Prom’s network has strategically positioned itself as a scalable, multichain solution by leveraging partnerships and collaborations that enhance its ecosystem. One notable partnership is with DWF Labs, a significant contributor to Prom’s growth and adoption. DWF Labs also participated in a previous funding round and also gave advisory support, bolstering Prom's technical and community development. You can find all associated ventures, RWA and SocialFi protocols here.

Prom 的网络通过利用增强其生态系统的合作伙伴关系和协作，将自己战略性地定位为可扩展的多链解决方案。其中一项值得注意的合作伙伴关系是与 DWF Labs 的合作，它是 Prom 的发展和采用的重要贡献者。 DWF Labs 还参与了上一轮融资，并提供了咨询支持，支持 Prom 的技术和社区发展。您可以在此处找到所有相关企业、RWA 和 SocialFi 协议。

In addition, Prom actively pursues alliances with other blockchain projects and platforms. These partnerships aim to integrate Prom's zkEVM capabilities across ecosystems, creating a bridge between EVM compatible and non–EVM compatible chains. This multichain focus positions Prom as a unifying force in the blockchain space, fostering decentralization and interoperability.

此外，Prom 积极寻求与其他区块链项目和平台的联盟。这些合作伙伴关系旨在跨生态系统集成 Prom 的 zkEVM 功能，在 EVM 兼容链和非 EVM 兼容链之间架起一座桥梁。这种多链关注使 Prom 成为区块链领域的一股统一力量，促进去中心化和互操作性。

Prom’s Use Cases and Practical Applications

Prom 的用例和实际应用

The introduction of Prom's zkEVM is essential to achieving scalability and privacy. By enabling asset and data movement across chains without intermediaries, Prom reduces reliance on centralized bridges, thereby enhancing security and efficiency. Developers and users benefit from lower fees and faster transactions, creating an ideal environment for DeFi, GameFi and NFT applications.

Prom 的 zkEVM 的引入对于实现可扩展性和隐私性至关重要。通过在没有中介的情况下实现资产和数据跨链移动，Prom 减少了对中心化桥梁的依赖，从而提高了安全性和效率。开发者和用户受益于更低的费用和更快的交易，为 DeFi、GameFi 和 NFT 应用创造了理想的环境。

zkEVM’s ability to batch transactions reduces gas costs significantly, spreading Layer 1 fees across multiple operations. This makes it especially suitable for applications requiring frequent interactions, such as payments and real-time gaming.

zkEVM 批量交易的能力显着降低了 Gas 成本，将第 1 层费用分散到多个操作中。这使得它特别适合需要频繁交互的应用，例如支付和实时游戏。

Moreover, ZKPs ensure user privacy by verifying transaction validity without exposing sensitive data. This feature is vital for enterprise applications whose data confidentiality is paramount

此外，ZKP 通过验证交易有效性而不暴露敏感数据来确保用户隐私。此功能对于数据机密性至关重要的企业应用程序至关重要