Eigenlayer在模块化区块链模型中的作用

特征莱勒的吸引力的核心是其独特的模块化论文，该论文主张将核心网络功能分解为独特的可更换层。

EigenLayer is a protocol that aims to enable modular, efficient, and scalable blockchain ecosystems. It introduces a new class of "service providers" who can offer specialized services like interoperability, programmability, and oracles to application-specific rollups (ASRs). This modular thesis stands in contrast to the complete-chain model, where a single chain handles all functions, leading to less efficiency and scalability.

Eigenlayer是一种旨在启用模块化，高效和可扩展区块链生态系统的协议。它介绍了一类新的“服务提供商”类，他们可以为特定于应用程序特定的汇总（ASRS）提供专业服务，例如互操作性，可编程性和牙齿。该模块化论文与完整的链模型形成鲜明对比，在该模型中，单个链可处理所有功能，从而降低了效率和可扩展性。

A Modular Vision for Specialized Service Providers

专业服务提供商的模块化愿景

The core of EigenLayer's appeal lies in its unique modular thesis. In contrast to the complete-chain model, where a chain like Solana performs all functions, EigenLayer's modular thesis breaks down core network functions into distinct, replaceable layers.

特征莱勒的吸引力的核心在于其独特的模块化论文。与完整的链模型相反，诸如Solana之类的链执行所有功能的完整链模型，Eigenlayer的模块化论文将核心网络函数分解为不同的，可更换的层。

This allows specialized players to fully dominate specific network functions, providing modular execution layers like rollups with tailored services. Consequently, applications relying on EigenLayer-powered providers can scale more efficiently by abstracting complex security needs from the application's development layer.

这使专业玩家可以完全主导特定的网络功能，从而提供模块化执行层，例如量身定制的服务。因此，依赖于特征者驱动的提供商的应用程序可以通过从应用程序开发层中抽象复杂的安全需求来更有效地扩展扩展。

Diverse Services Boosting App-Specific Rollups

各种服务促进特定应用程序的汇总

EigenLayer's service providers offer a diverse range of solutions, catering to the unique requirements of various applications. Developers can select and combine services like interoperability, ZK proofs, and oracles to construct app-specific rollups (ASRs) with ease.

Eigenlayer的服务提供商提供了各种各样的解决方案，可满足各种应用程序的独特要求。开发人员可以轻松地选择和组合互操作性，ZK证明和甲骨文等服务，以构建应用程序特定的汇总（ASRS）。

This modularity enables focused, cost-efficient development, where developers can integrate specialized services based on their application's demands. For instance, an application requiring cross-chain interoperability can seamlessly integrate service providers like Hyperlane, while another application needing ZK proofs can integrate Lagrange's services.

这种模块化使人可以集中，具有成本效益的开发，开发人员可以根据其应用程序的需求整合专业服务。例如，需要跨链互操作性的应用程序可以无缝整合诸如Hyperlane之类的服务提供商，而另一个需要ZK证明的应用程序可以集成Lagrange的服务。

Furthermore, integrating interoperability from Hyperlane, ZK proving from Lagrange, and oracles from eOracle Network ensures seamless micro-transactions, secure data sharing, and real-world data verification in their respective applications.

此外，从Hyperlane，Lagrange证明的ZK和Eoracle网络的Oracles集成了互操作性，可确保在其各自的应用程序中无缝的微传输，安全数据共享和现实世界数据验证。

In such a model, each component serves as a building block, abstracting much of the technical complexity and providing developers with a streamlined path to innovation. Moreover, this service-centric approach enhances scalability and fosters creativity, as developers concentrate solely on application logic rather than intricate security infrastructure. As applications can select and combine services based on their specific needs, they can be built and deployed more quickly and efficiently.

在这样的模型中，每个组件都充当一个构建基础，使许多技术复杂性抽象，并为开发人员提供了简化的创新途径。此外，由于开发人员仅专注于应用逻辑而不是复杂的安全基础架构，因此这种以服务为中心的方法可以增强可扩展性并促进创造力。由于应用程序可以根据其特定需求选择和组合服务，因此可以更快，更有效地构建和部署它们。