Learn how Fully Homomorphic Encryption (FHE) secures data by enabling encrypted computations, boosting privacy and security without decryption.

About two years ago, I switched teams at Google to focus on fully homomorphic encryption (abbreviated FHE, or sometimes HE). Since then I’ve got to work on a lot of interesting projects, learning along the way about post-quantum cryptography, compiler design…

Introduction to TFHE and Some Applications - Mariya Georgieva and Nicolas Gama

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This post introduces the Paillier cryptosystem, which is a partial homomorphic encryption scheme. In a subsequent post we’ll see how this can be used as the basis for a private set intersection protocol.

In this article, we briefly explain what FHE is and how it works, consider its use cases in and outside of blockchain, and cover open issues and constraints. Finally, we also mention some blockchain FHE projects and provide a list for further reading.

A curated list of amazing Fully Homomorphic Encryption (FHE) resources created by the team at Zama. - zama-ai/awesome-zama

Concrete: TFHE Compiler that converts python programs into FHE equivalent - zama-ai/concrete