谷歌使用 Duality 主导的完全同态开源加密库
FHE 完全同态加密
![](/data/attachment/album/202209/20/102125dwt5412mte8tts8v.jpg)



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> 合作伙伴关系的增长加速了 FHE 市场的采用。
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据 Duality 技术公司的新闻稿，谷歌已将其在 GitHub 上开源的使用 XLS SDK 开发的开源项目完全同态加密（FHE）转译器与领先的开源<ruby> 完全同态加密 <rt>  fully homomorphic encryption </rt></ruby>库 OpenFHE 合并。通过使加密知识更简单、更容易接近，开发者对 FHE 的采用将增加。


这类称为 FHE 的加密技术不同于更常见的加密技术，因为它可以直接对加密数据进行计算，而无需密钥。一个由知名密码学家组成的社区创建了 OpenFHE，这是一个根深于后量子开源晶格密码学的加密库。


该库旨在实现最佳可用性、增强的 API、模块化、跨平台可移植性，以及与硬件结合时的项目加速器。开发人员可以通过将 OpenFHE 与谷歌的转译器结合起来，使用高级代码来操作加密数据，例如经常用于未加密数据的 C++，而不需要学习密码学。


谷歌的转译器简化了使用 FHE 驱动的应用程序的过程，而无需目前从头开始构建 FHE 所需的广泛的软件开发专业知识。这填补了软件设计人员和开发人员偶尔遇到的空白，他们希望从 FHE 的功能中受益，而不必经历那具有挑战性的学习曲线。


Duality 公司的密码学研究高级主管兼首席科学家 Yuriy Polyakov 补充说：“我们的团队通过我们的 OpenFHE 库达成了重要的里程碑，它已迅速成为当今许多技术领导者的选择，例如谷歌。谷歌转译器为那些非 FHE 专家的应用开发者社区提供了 OpenFHE 同态加密的最新技术。”




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via: <https://www.opensourceforu.com/2022/09/google-uses-fully-homomorphic-open-source-duality-led-encryption-library/>


作者：[Laveesh Kocher](https://www.opensourceforu.com/author/laveesh-kocher/) 选题：[lkxed](https://github.com/lkxed) 译者：[littlebirdnest](https://github.com/littlebirdnest) 校对：[wxy](https://github.com/wxy)


本文由 [LCTT](https://github.com/LCTT/TranslateProject) 原创编译，[Linux中国](https://linux.cn/) 荣誉推出


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*Partnership Growth Speeds Up FHE Market Adoption*

In accordance with a news release from Duality Technologies, Google has merged its open source Completely Homomorphic Encryption (FHE) Transpiler, which was developed using the XLS SDK and is accessible on GitHub, with the leading open source fully homomorphic encryption library, OpenFHE. Developer adoption of FHE will increase as a result of making cryptographic knowledge simpler and more approachable.

A class of encryption techniques known as FHE differs from more common encryption techniques in that it enables computation to be done directly on encrypted data without the requirement for a secret key. A community of well-known cryptographers founded OpenFHE, a library with roots in post-quantum open source lattice cryptography.

The library was built for optimal usability, enhanced APIs, modularity, cross-platform portability, and, when combined with hardware, a project accelerator. Developers can operationalize encrypted data using high-level code, such as C++, which is frequently used on unencrypted data, by combining OpenFHE with Google’s Transpiler without having to learn cryptography.

The Google Transpiler simplifies the procedure for utilising FHE-powered applications without necessitating the extensive software development expertise currently required to construct FHE from scratch. This fills the gap occasionally encountered by software designers and developers who want to benefit from FHE’s capabilities without having to through a challenging learning curve.

Yuriy Polyakov, senior director of cryptography research and principal scientist at Duality added, “Our team has achieved significant milestones with our OpenFHE library, and it has quickly become the choice for many of today’s technology leaders, like Google. The Google Transpiler provides access to the latest features of OpenFHE for the community of application developers who are not FHE experts.”