Sophon利用ZKTL将私有Web2凭据转换为可验证的链资产

Sophon使用ZKTL将私有Web2凭据转换为可验证的链上资产，而无需损害隐私，增强用户体验并启用有关应用程序的新观点。

Sophon, a platform designed to create engaging consumer experiences in Web3, today announced the integration of zkTLS (zero-knowledge Transport Layer Security) as the cornerstone for a new class of personalized and privacy-preserving blockchain applications.

Sophon是一个旨在在Web3中创造引人入胜的消费者体验的平台，今天宣布将ZKTLS（零知识传输层安全性）集成为新的个性化和隐私性区块链应用程序的基石。

At the heart of this effort lies the Social Oracle, a system that verifies off-chain personal data, such as achievements, credentials, and social influence, in a privacy-compliant manner. This capability is crucial for unlocking the full potential of blockchain to revolutionize how we interact with digital platforms.

这项努力的核心是社会甲骨文，该系统以符合隐私的方式验证了链链个人数据，例如成就，证书和社会影响力。该功能对于解锁区块链的全部潜力至关重要，以彻底改变我们与数字平台的互动方式。

While many blockchain apps focus on financial primitives or public data, such as token prices, Sophon is addressing a critical gap: securely and verifiably incorporating private Web2 data. Using zkTLS allows users to selectively authenticate data from platforms like Steam, Spotify, or eToro, unlocking custom experiences in Web3 while keeping sensitive details off-chain.

尽管许多区块链应用程序专注于财务基础或公共数据（例如代币价格），但Sophon正在解决一个关键的差距：牢固且可靠地纳入私人Web2数据。使用ZKTL允许用户从Steam，Spotify或Etoro等平台中选择性验证数据，从而在Web3中解锁自定义体验，同时将敏感的细节保持在链上。

What zkTLS Enables

ZKTL可以实现什么

zkTLS is a cryptographic enhancement of the widely used TLS protocol (the basis of HTTPS), enabling verifiable proof of private data exchanged between a client and a server. While standard TLS ensures transmission security like in a VPN, zkTLS makes it possible to further verify that e.g., a specific email is part of the communication without exposing the email content itself.

ZKTLS是对广泛使用的TLS协议（HTTPS的基础）的加密增强，可以在客户端和服务器之间交换的私人数据证明。尽管标准TLS确保像VPN一样确保传输安全性，但ZKTLS可以进一步验证EG，EG是通信的一部分，而无需公开电子邮件内容本身。

This minimal disclosure is crucial for privacy. E.g., an email header can be sufficient to authenticate an email round trip, or a small part of an image can be used for vivid authentication without revealing the whole image.

这种最小的披露对于隐私至关重要。例如，电子邮件标头足以验证电子邮件往返，或者可以将图像的一小部分用于生动的身份验证，而无需揭示整个图像。

In practical terms, zkTLS can be used to quickly and seamlessly integrate private data from various sources. For instance, a user could authenticate their Steam gaming time to gain early access to a new game release, their eToro investment income to unlock higher yield pools in DeFi, or their Spotify listening activity to join a music fan community.

实际上，ZKTL可用于快速而无缝地整合来自各种来源的私人数据。例如，用户可以验证他们的蒸汽游戏时间，以尽早获得新的游戏发行版，其Etoro投资收入以解锁DEFI中更高的收益池或Spotify听力活动以加入音乐迷社区。

Introducing the Social Oracle

介绍社会甲骨文

Built on zkTLS and integrating technologies like Proxy-TLS for scalability, Sophon’s Social Oracle acts as a trust layer for the emerging generation of consumer crypto.

Sophon的Social Oracle建立在ZKTL和集成技术（例如代理TLS）上，可作为新兴消费者加密货币的信任层。

With the user's consent, fragmented digital behaviors, such as gameplay stats, streaming activity, or e-commerce spending, can be converted into reusable credentials recognized across multiple apps. Rather than each app building redundant verification systems, developers on Sophon can tap into this shared infrastructure to access the signals they need. This ensures compliance with data protection regulations like GDPR and CCPA, which are paramount in today's digital landscape.

在用户的同意下，可以将数字行为（例如游戏统计数据，流媒体活动或电子商务支出）转换为可重复使用的凭据，这些凭据可以在多个应用程序中识别。 Sophon上的开发人员不是每个应用程序构建冗余验证系统，而是可以利用此共享基础架构来访问所需的信号。这样可以确保遵守当今数字景观中至关重要的GDPR和CCPA等数据保护法规。

For users, this translates to frictionless access to gated experiences, role-based rewards, and digital reputation systems that span multiple applications. They enjoy seamless transitions between platforms, engaging with the specific use cases that matter to them.

对于用户而言，这转化为跨越多个应用程序的摩擦访问封闭式体验，基于角色的奖励和数字声誉系统。他们享受平台之间的无缝过渡，与对他们重要的特定用例接触。

Crucially, users maintain complete control over what data they choose to share and for what purpose. They decide what signals from their daily activities are used to unlock unique benefits and become an active part of the broader Sophon ecosystem.

至关重要的是，用户可以完全控制他们选择共享的数据以及出于什么目的。他们决定使用哪些日常活动中的信号来解锁独特的好处，并成为更广泛的Sophon生态系统的积极组成部分。

Sophon supports multiple zkTLS architectures — including MPC-TLS for decentralization, TEE-TLS for hardware-based speed, and Proxy-TLS for scalability — giving developers flexibility in selecting the optimal technology stack to meet specific performance and security needs.

Sophon支持多个ZKTLS体系结构 - 包括用于权力下放的MPC-TL，用于硬件速度的TEE-TLS和用于可伸缩性的代理TLS - 使开发人员在选择最佳技术堆栈方面具有灵活性，以满足特定的性能和安全需求。

Sophon is designed to be infrastructure-agnostic and can integrate with various providers of zkTLS, such as Reclaim Protocol, to support a diverse range of use cases across social platforms, gaming, DeFi, and tokenized marketplaces. It's not about a single product but rather an ecosystem of apps that benefit from a common, privacy-first data layer.

Sophon旨在是基础架构 - 不合Stic，并且可以与诸如Reclaim协议等各种ZKTL的提供商集成，以支持社交平台，游戏，DEFI和标记市场的各种用例。这与单一产品无关，而是一个受益于普通隐私优先数据层的应用程序的生态系统。

Unlike isolated apps that bolt on zkTLS in narrow ways, Sophon merges modular cryptographic trust with cross-app interoperability, creating a more composable foundation for user-centric Web3.

与以狭窄的方式在ZKTL上螺栓固定的孤立应用不同，Sophon将模块化加密信任与交叉应用互操作性合并，为以用户为中心的Web3创造了更合并的基础。

Turning Data Momentum Into Network Value

将数据势头转换为网络价值

Sophon’s ecosystem is built on a virtuous cycle: users share verifiable Web2 data through zkTLS, becoming a secure network asset. Apps respond to this data by offering tailored rewards, exclusive access, or identity-based experiences, making the platform more appealing to new users, who bring in even more authenticated signals.

Sophon的生态系统建立在一个良性周期的基础上：用户通过ZKTL共享可验证的Web2数据，成为安全的网络资产。应用程序通过提供量身定制的奖励，独家访问或基于身份的体验来响应这些数据，从而使平台更具吸引力的新用户，这些新用户带来了更具身份验证的信号。

This network effect strengthens the Social Oracle with every new credential and integrates it deeper into the fabric of the ecosystem. Over time, the system evolves from a simple verification tool into a living, portable layer of user identity, recognized and respected across multiple apps.

这种网络效应可以通过每个新的证书加强社会甲骨文，并将其更深地整合到生态系统的结构中。随着时间的流逝，系统从一个简单的验证工具演变为在多个应用程序中识别和尊重的用户身份的生活层层。

It’s a model that moves away from temporary airdrops or mercenary incentives, instead generating lasting value from genuine engagement and shared experiences.

这是一个模型，它远离临时气流或雇佣军激励措施，而不是从真正的参与和共享经验中产生持久的价值。

This stands in contrast to many GameFi projects that prioritize token rewards over user experience and often fail to sustain engagement. Sophon flips this dynamic by rewarding meaningful activity, verified through zkTLS, not just with financial perks but access, recognition, and enjoyment.

这与许多GameFI项目相反，这些项目优先考虑令牌奖励而不是用户体验，并且通常无法维持参与度。 Sophon通过奖励有意义的活动，通过ZKTL验证，不仅具有财务特权，而且可以访问，认可和享受，从而消除了这种动态。

For instance, a user could unlock a limited-edition in-game item not through a lottery or snapshot but by showcasing consistent high-level gameplay on Steam, which is detected and credited by Sophon’s Social Oracle.

例如，用户可以通过彩票或快照来解锁游戏中的限量版，而是通过在Steam上展示一致的高级游戏玩法，这是由Sophon的Social Oracle检测到的。

Alternatively, a user who actively contributes to a community on a specific platform could gain early access to new features or exclusive content. Similarly

另外，在特定平台上为社区积极贡献的用户可以尽早访问新功能或独家内容。相似地