Eclipse是一个模块化的第2层网络，合并了多个区块链生态系统的最佳功能

Eclipse是一个模块化的第2层网络，它合并了多个区块链生态系统的最佳功能，以提供高效，低成本和高通量执行。

Eclipse is a modular Layer 2 network that merges the best features of multiple blockchain ecosystems to provide efficient, low-cost, and high-throughput execution.

Eclipse是一个模块化的第2层网络，它合并了多个区块链生态系统的最佳功能，以提供高效，低成本和高通量执行。

By combining elements from Ethereum, Solana virtual machine (SVM), Celestia, and RISC Zero, it’s poised to tackle the classic blockchain trilemma of scalability, security, and decentralization. Designed with a developer-friendly approach, Eclipse can handle intensive workloads, such as high-volume DeFi transactions or complex dApps, without sacrificing performance or user experience.

通过结合以太坊，Solana Virtual Machine（SVM），Celestia和Risc Zero的元素，它有望解决经典的扩展​​性，安全性和权力下放的经典区块链三元素。 Eclipse采用开发人员友好的方法设计，可以处理大量的工作负载，例如高批量Defi交易或复杂的DAPP，而无需牺牲性能或用户体验。

This blog will dig into Eclipse’s core objectives, how it operates, and the tokens that power its growing ecosystem.

该博客将挖掘Eclipse的核心目标，其运作方式以及为其不断增长的生态系统提供动力的代币。

What is Eclipse?

什么是食物？

The Eclipse network is a modular blockchain architecture capable of every function, without having to create or test new networks, instead relying on proven crypto assets and networks. The main focus is to provide a platform that can easily adapt and scale to any potential demand of increasingly sophisticated applications.

Eclipse网络是一个模块化区块链体系结构，无需创建或测试新网络，而是依靠已验证的加密资产和网络。主要重点是提供一个可以轻松适应和扩展到日益复杂的应用程序需求的平台。

The design of Eclipse is created to facilitate anything from DeFi to far more complex gaming or enterprise solutions. By dividing various operations into dedicated modules that connect to each other, Eclipse makes it easier for platforms to upgrade or change out components without worrying about compatibility issues.

Eclipse的设计旨在促进从DEFI到更复杂的游戏或企业解决方案的任何事物。通过将各种操作分为相互连接的专用模块，Eclipse使平台更容易升级或更换组件，而不必担心兼容性问题。

What Is Eclipse Used for?

Eclipse是用什么？

With a modular architecture, Eclipse has a network separation that ensures each layer focuses on the specialization it was designed for. The result is a more efficient and flexible solution for developers as well as end users.

借助模块化体系结构，Eclipse具有网络分离，可确保每层专注于其设计的专业化。结果是开发人员和最终用户的更有效，更灵活的解决方案。

Under the hood, Ethereum serves as the settlement layer, anchoring the network’s final state for security. Meanwhile, execution tasks run on a Solana virtual machine, which allows ultra-fast parallel processing of multiple transactions with additional Ethereum gas fees.

在引擎盖下，以太坊充当定居层，锚定了网络的最终安全状态。同时，执行任务在索拉纳虚拟机上运行，​​该任务允许使用额外的以太坊气体费用对多个交易进行超快速处理。

Data availability, typically a bottleneck for performance, is offloaded to Celestia, ensuring that blocks are well-distributed and verifiable. To maintain correctness and protect privacy, Eclipse employs RISC Zero’s zero-knowledge proving system, adding an extra cryptographic shield to transaction confirmations.

数据可用性（通常是用于性能的瓶颈）被卸载到Celestia，以确保块分布良好且可验证。为了保持正确性和保护隐私，Eclipse采用Risc Zero的零知识证明系统，为交易确认添加了额外的加密盾牌。

What is $tETH and Unified Restaking Token (URT)?

什么是$ teth和统一的重新启动令牌（urt）？

Eclipse introduces tokens that facilitate cross-chain activity and strengthen network security. Two key tokens are $tETH and the Unified Restaking Token (URT), each playing a specialized role within the Eclipse ecosystem.

Eclipse引入了促进跨链活动并增强网络安全性的代币。两个关键令牌是$ teth和统一的重新生产令牌（URT），每个令牌都在Eclipse生态系统中扮演专业角色。

Turbo ETH ($tETH) is a fully synthetic token that is created to represent actual bridged ETH that is being used for gas fees and transactions. When you bridge ETH into the Eclipse network, you get $tETH in return.

Turbo eth（$ teth）是一个完全合成的令牌，是为代表实际桥接的ETH而创建的，用于用于汽油费和交易。当您将ETH桥接到Eclipse网络中时，您将获得$ TETH的回报。

The Unified Restaking Tokens, or URTs, are created to represent restaked assets from various protocols across networks, letting you earn even more staking rewards. By holding URTs, users are allowed to participate in multiple, simultaneous staking events.

创建了统一的重新生产令牌或URT，以代表跨网络各种协议的重新存储资产，使您获得更多的积分奖励。通过持有URT，允许用户参与多个同时进行的放入事件。

How Does Eclipse Work?

Eclipse如何工作？

$tETH is a representation of Ethereum’s native ETH token bridged into the Eclipse environment, allowing users to transact within Eclipse-based dApps without leaving the safety net of Ethereum’s security. This bridged asset ensures seamless cross-chain transactions, reducing friction for users who want to tap into Solana-like speeds or advanced DeFi applications without forfeiting Ethereum’s robust consensus.

$ teth是以太坊的原生ETH代币桥接到Eclipse环境中的代表，使用户可以在基于Eclipse的DAPP中进行交易，而无需离开以太坊安全的安全网。该桥接资产可确保无缝的跨链交易，从而减少想要利用类似于Solana的速度或高级DEFI应用程序的用户，而无需没收以太坊的强大共识。

Meanwhile, URT focuses on restaking, letting users “lock” or redelegate their tokens to support the network in more than one capacity. By linking staking rewards across different layers—settlement, execution, or data availability—URT encourages a harmonious system where each segment of Eclipse is well-secured.

同时，URT专注于重新生产，让用户“锁定”或重新启动其令牌以多种能力支持网络。通过链接不同层（塞特处，执行或数据可用性）的固定奖励，即可鼓励一个和谐的系统，在这种系统中，日食的每个部分都得到了很好的保护。

This multi-layer restaking model can optimize yield for participants and reduce fragmentation, ultimately reinforcing Eclipse’s mission of delivering a unified, efficient, and stable multi-chain ecosystem.

这个多层重新制作模型可以优化参与者的收率并减少分裂，最终增强了Eclipse的使命，即提供统一，高效且稳定的多链生态系统。

Eclipse Mainnet is the live, production-ready environment that implements Eclipse’s modular Layer 2 architecture. It harmonizes the four fundamental components – settlement, execution, data availability, and proving – to deliver a fully functional network with high throughput and low fees.

Eclipse Mainnet是实时实现Eclipse模块化第2层体系结构的实时，可实现生产的环境。它协调了四个基本组件 - 结算，执行，数据可用性和证明，以提供一个具有高吞吐量和低费用的功能性网络。

By distributing these responsibilities across specialized protocols, Eclipse Mainnet offers a flexible, upgradeable framework that developers can tailor for just about any use case imaginable.

通过在专用协议上分配这些职责，Eclipse Mainnet提供了一个灵活的，可升级的框架，开发人员可以为几乎所有可想象的用例都定制。

Settlement: Ethereum

定居：以太坊

Ethereum acts as the final layer for transaction settlement and security. By anchoring the network’s state on Ethereum, Eclipse can leverage the robust, battle-tested consensus of the Ethereum mainnet. Any disputes or confirmations ultimately refer back to Ethereum smart contracts, ensuring trustless finality and minimal counterparty risk for participants.

以太坊充当交易解决和安全性的最后一层。通过将网络的状态锚定在以太坊上，Eclipse可以利用以太坊主网的强大，战斗测试的共识。任何争议或确认最终都提到以太坊智能合约，确保对参与者的无信任终结性和最小的对手风险。

Execution: Solana Virtual Machine (SVM)

执行：Solana虚拟机（SVM）

For actual transaction processing, Eclipse employs the Solana Virtual Machine. Known for its parallel processing and high throughput, SVM enables multiple transactions to be executed simultaneously, mitigating congestion and high fees.

对于实际的交易处理，Eclipse采用了Solana Virtual Machine。 SVM以其并行处理和高吞吐量而闻名，可以同时执行多个交易，从而减轻拥塞和高费用。

Data Availability: Celestia

数据可用性：Celestia

Celestia is tasked with distributing and verifying block data across the network without the overhead of consensus on every transaction. Through Celestia’s specialized data availability layer, nodes can independently confirm that transaction data is published and accessible, improving reliability and preventing data-withholding attacks.

Celestia的任务是在整个网络上分发和验证块数据，而无需在每笔交易上达成共识的开销。通过Celestia的专业数据可用性层，节点可以独立地确认交易数据已发布并访问，从而提高了可靠性并防止数据持有攻击。

Proving: RISC Zero

证明：RISC零

To ensure correctness and protect privacy, Eclipse integrates RISC Zero’s zero-knowledge proving technology.

为了确保正确性和保护隐私，Eclipse集成了Risc Zero的零知识证明技术。