通过加密签名实现的可信 URL

通过加密签名实现的可信 URL
Trusted URLs via Cryptographic Signatures

原始链接: https://blog.certisfy.com/2026/04/trusted-urls-via-cryptographic.html

Certisfy 的贴纸功能支持用户将网址转换为可信且经加密验证的声明。通过在这些已签名的声明中嵌入链接，创作者和新闻工作者能够在充斥着人工智能内容的数字环境中彰显真实性。为确保安全，这些链接可被限定于特定的来源引用（Referrer），从而防止欺诈性转载。当用户点击这些链接时，可以即时验证提供者的身份，进而对信息的可靠性做出明智判断。通过将可验证声明与网页导航相结合，Certisfy 推动构建了一个“已验证的网络”，使信任变得透明、可迁移且易于分享。

Hacker News 上的这篇帖子讨论了 **Certisfy**，这是一个专注于通过加密签名验证 URL 的项目。该工具由 Edmond 开发，旨在建立信任链并验证数字资产，其应用范围涵盖从去中心化的“信任网络”到执行排他性协议等。讨论期间，开发者分享了包括 SDK 在内的多项资源，并展示了如何利用 Keybase 进行身份验证。其他社区成员也参与了讨论，其中一位开发者指出该项目与他们利用可验证凭证（Verifiable Credentials）和基于 OIDC 的身份钱包所做的工作有相似之处。当被问及该项目的主要挑战时，Edmond 表示，该开发过程是一个长期的、迭代式的持续解决问题的过程，而非单一的技术障碍。对话还探讨了 Certisfy 如何区别于 S3 预签名 URL 等标准基础设施工具。目前，人们正在探索该项目，将其作为在网络上建立身份和来源证明的一种替代方法。

With Certisfy sticker functionality, ie the ability to publish cryptographic signatures as claims, users can share trusted URLs by leveraging the verification tied to trustworthy claims.

URLs can be included in trustworthy claims and posted for anything for which a user wants to project trust. They can also be restricted to sources(ie referrer) so that the link can't be fraudulently reposted elsewhere.

When you include links in a claim that you want to associate trust with, users will first be able to verify the link provider via the claim and then decide whether the link and associated information is trustworthy.

In an AI saturated online space, there is significant value in a link/url being able to provide a strong signal of authenticity or trust.

A trusted creator or a journalist can post links tied to a Certisfy verification as a means to project trust and expand reach.

With verification links backed by high quality trust projection, we can have in essence a verified web.

Here's a demo of this feature in action:

通过加密签名实现的可信 URL Trusted URLs via Cryptographic Signatures

通过加密签名实现的可信 URL
Trusted URLs via Cryptographic Signatures