MOCA 3.0：构建互联网开放数字身份基础设施

碎片化的数字身份使用户和企业陷入效率困境。解决这个问题，构建开放的、以用户为中心的基础设施就显得尤为重要。

Digital identities are currently fragmented, which creates challenges for both users and businesses. To address this issue, Moca Network is building an open and user-centric digital identity infrastructure with MOCA 3.0.

目前数字身份是碎片化的，这给用户和企业都带来了挑战。为了解决这个问题，Moca Network 正在利用 MOCA 3.0 构建开放的、以用户为中心的数字身份基础设施。

The network's AIR Kit (Account, Identity, Reputation) provides a universal account system for Web2 and Web3, enabling users to easily unify and manage their digital identities.

该网络的AIR Kit（Account、Identity、Reputation）为Web2和Web3提供了通用的帐户系统，使用户能够轻松统一和管理他们的数字身份。

Moca Network also introduces a complete credential system, which provides infrastructure for user data sovereignty and enables users to manage their own credentials.

Moca Network还引入了完整的凭证系统，为用户数据主权提供基础设施，并使用户能够管理自己的凭证。

With AIR Kit, users can create Web3 wallets as easily as using social login and perform on-chain activities without having to manage complex blockchain addresses or private keys.

借助 AIR Kit，用户可以像使用社交登录一样轻松创建 Web3 钱包并执行链上活动，而无需管理复杂的区块链地址或私钥。

Features such as gas fee payment and cross-chain transactions further optimize the user experience.

Gas费支付、跨链交易等功能进一步优化用户体验。

In addition to an open and unified account system, Moca Network has also introduced a complete credential system. This system not only provides infrastructure, but also empowers users to manage their own data and create value from it. In this way, users can break through the limitations of traditional centralized platforms and achieve true data sovereignty.

除了开放统一的账户体系外，Moca Network还引入了完整的凭证体系。该系统不仅提供基础设施，还使用户能够管理自己的数据并从中创造价值。这样，用户就可以突破传统中心化平台的限制，实现真正的数据主权。

Moca Network supports the issuance, storage, and verification of credentials. It securely stores credential data in decentralized data storage, and users can directly set and manage access rights for their credentials.

Moca Network 支持凭证的发布、存储和验证。它将凭证数据安全地存储在去中心化数据存储中，用户可以直接设置和管理其凭证的访问权限。

Moca Network describes this feature as a "decentralized user-owned Google Drive."

Moca Network 将此功能描述为“分散的用户拥有的 Google Drive”。

Moca Network uses tamper-proof technology and zero-knowledge proof (ZKP) to protect data security. It allows users to transfer credentials between different systems through cross-chain messaging protocols such as LayerZero or Wormhole, enabling users to interact directly and securely with smart contracts on any chain.

Moca Network采用防篡改技术和零知识证明（ZKP）来保护数据安全。它允许用户通过 LayerZero 或 Wormhole 等跨链消息协议在不同系统之间传输凭证，使用户能够直接安全地与任何链上的智能合约进行交互。

This greatly enhances the ability of users to obtain value from their credentials.

这极大地增强了用户从其凭证中获取价值的能力。

Moca Network also plans to adopt zkTLS technology to achieve secure verification and use of Web2 data on the chain. By integrating Web2 and Web3 data, Moca Network is building a more comprehensive digital identity system. The system empowers users and effectively bridges the gap between Web2 and Web3. The ultimate goal is to create a user-centric, inclusive and symbiotic ecosystem.

Moca Network还计划采用zkTLS技术来实现链上Web2数据的安全验证和使用。通过整合Web2和Web3数据，Moca Network正在构建更全面的数字身份系统。该系统为用户赋能，有效弥合了Web2和Web3之间的差距。最终目标是打造一个以用户为中心、包容共生的生态系统。