Cartesi和Eigenlayer合作伙伴，以加速Web3采用

Cartesi和Eigenlayer正在联合起来，以更重要的是分散技术。他们将将Cartesi的基于Linux的汇总与Eigenlayer的以太坊重新制作协议相结合。

Cartesi and EigenLayer Join Forces to Accelerate Web3 Adoption

Cartesi和Eigenlayer联手加速了Web3采用

Cartesi and EigenLayer, two decentralized technology powerhouses, are joining forces to create more significant inroads with the technology. They will combine Cartesi’s Linux-based rollups with EigenLayer’s Ethereum restaking protocol. This alliance will provide developers with better tools for building next-level decentralized applications (dApps). These tools will support scale, security, and seamless coexistence with traditional software.

Cartesi和Eigenlayer，两个分散的技术强国，正在携手携带，以对该技术产生更大的重要性。他们将将Cartesi的基于Linux的汇总与Eigenlayer的以太坊重新制作协议相结合。该联盟将为开发人员提供更好的工具，用于构建下一级分散应用程序（DAPPS）。这些工具将支持与传统软件的规模，安全性和无缝共存。

Together, Cartesi and EigenLayer are setting the stage for a new era of Web3 innovation, where decentralized applications can reach their full potential and drive mainstream adoption.

Cartesi和Eigenlayer共同为Web3创新的新时代奠定了基础，在那里，分散的应用程序可以发挥其全部潜力并推动主流采用。

About Cartesi and EigenLayer

关于Cartesi和Eigenlayer

Cartesi is a decentralized computing network that aims to bring Web2-like capabilities to Web3. Its Linux Coprocessor allows developers to use familiar languages and tools to build scalable and secure dApps.

Cartesi是一个分散的计算网络，旨在将类似Web2的功能带到Web3。它的Linux协处理器允许开发人员使用熟悉的语言和工具来构建可扩展和安全的DAPP。

EigenLayer, on the other hand, is a decentralized restaking protocol that enables Ethereum validators to extend their security guarantees into new networks and services. It is designed on top of existing staking infrastructure, avoiding the need for separate developer-specific validator networks.

另一方面，Eigenlayer是一种分散的重新构造协议，使以太坊验证者可以将其安全保证扩展到新的网络和服务中。它是在现有的Staking Infrastructure之上设计的，避免了需要独立的开发人员特定验证器网络的需求。

Collaboration Details

协作细节

As part of the collaboration, Cartesi and EigenLayer will host an internal hackathon called Experiment Week #3 from February 10-17, exclusively. This will allow the core protocol developers to prototype dApps focused on real-world applications for mainstream adoption.

作为合作的一部分，Cartesi和Eigenlayer将独家（2月10日至17日）举办一个名为第3周的内部黑客马拉松。这将使核心协议开发人员能够原型DAPP专注于现实世界中的应用程序，以进行主流采用。

The first two Experiment Weeks were dedicated to exploring the possibilities of Cartesi’s technology. With EigenLayer joining the initiative, the teams will now be able to integrate both protocols and showcase use cases that span multiple decentralized networks.

前两个实验周致力于探索Cartesi技术的可能性。随着Eigenlayer加入该计划，团队现在将能够集成跨越多个分散网络的协议和展示用例。

“I was thrilled by this edition,” said Felipe Argento, Co-founder and Advisor at Cartesi. “Previous editions were already a success, but this one is going to be more powerful, with EigenLayer on board.”

“我对这个版本感到很兴奋，” Cartesi联合创始人兼顾问Felipe Argento说。 “以前的版本已经取得了成功，但是随着特征者的身份，这一版本将变得更加强大。”

According to Nader Dabit, Director of Developer Advocacy at EigenLayer, the Cartesi Linux-powered rollups enable way more complex applications on-chain.

根据Eigenlayer开发人员倡导总监Nader Dabit的说法，Cartesi Linux-Proper滚动使链上更复杂的应用程序。

“EigenLayer’s restaking abilities will enable Web3 builders to participate in a marketplace for trust, making new applications less friction to get into. No longer must individual developers secure their networks but can instead use EigenLayer’s Cryptoeconomic Security as a Service to speedily launch and secure blockchain-based solutions.”

“ Eigenlayer的重新生产能力将使Web3构建者能够参与市场以获得信任的市场，从而使新的应用程序少了摩擦。不再需要单个开发人员确保其网络，而可以使用Eigenlayer的加密经济安全性作为快速启动和确保基于区块链解决方案的服务。”

Promising Applications

有希望的申请

This collaboration promises to advance several key applications in the Web3 domain.

这种合作有望在Web3域中推进几个关键应用程序。

One promising application is scaling decentralized AI. Both Cartesi and EigenLayer have expressed interest in exploring this use case. The Coprocessor of Cartesi can be used to execute AI models off-chain, while EigenLayer can provide the necessary security guarantees for multiple decentralized networks.

一个有希望的应用程序是扩展分散的AI。 Cartesi和Eigenlayer都对探索此用例都表示兴趣。 CARTESI的处理器可用于执行AI模型外链，而Eigenlayer可以为多个分散的网络提供必要的安全保证。

Together, they can enable developers to build AI-powered dApps that are scalable, secure, and fully decentralized.

他们可以一起使开发人员能够构建可扩展，安全和完全分散的AI驱动的DAPP。

Another application that could benefit from this collaboration is decentralized social networks. EigenLayer can be used to secure blockchain-based social networks, while Cartesi can enable the execution of complex decentralized social logic off-chain.

可以从这种合作中受益的另一个应用程序是分散的社交网络。 Eigenlayer可用于确保基于区块链的社交网络，而Cartesi可以实现复杂的分散社会逻辑离链的执行。

This combination could lead to the creation of decentralized social networks that are scalable, user-friendly, and fully Web3-native.

这种组合可能会导致创建分散的社交网络，这些社交网络可扩展，用户友好且完全Web3本地。

Overall, this collaboration is a significant step forward in the effort to make decentralized applications more accessible and practical for developers and users. Combined, Cartesi and EigenLayer are defining how infrastructure protocols should operate together to advance Web3 innovation and adoption.

总体而言，这项合作是使开发人员和用户更容易访问和实用的努力迈出的重要一步。合并，Cartesi和Eigenlayer正在定义基础架构协议应如何共同运行以推进Web3创新和采用。