Abstract We introduce the concept of Fully Homomorphic Encryption (FHE) Rollups: a more scalable technique for executing arbitrary confidential smart contracts. Recent works [1, 16, 39] have shown that FHE is…
This article will provide a simplified overview of our technical whitepaper’s first iteration. Given that our work concerns cutting-edge technical research, we will be continuously updating it to incorporate our…
Fhenix leverages cutting-edge Fully Homomorphic Encryption (FHE) technology to introduce for the first time native encryption capabilities into EVM smart contracts, enabling computation over encrypted data. This enhances data security…
Fully Homomorphic Encryption, once considered impossible by leading cryptographic experts, is finally here. It is encryption’s unicorn technology, allowing for the arbitrary computation of encrypted data and in turn ushering…
Fhenix enables to build a Decentralized Identity platform by enabling securely storing and verifying encrypted user identity data. With Fhenix users could have control, privacy, and selective disclosure, reducing the…
Fhenix enables the creation and sustainability of on-chain casino gaming platforms by offering encrypted data storage and on-chain true randomness, making decentralized casino platforms viable in Web3.
Fhenix's confidential smart contracts power private auctions where users can bid on items or services without exposing their bids. Confidential bids are submitted to the blockchain, ensuring anonymity and data…
Confidential voting using Fhenix's allows users to cast their votes securely while keeping their choices confidential. This function ensures the integrity of the voting process, protects voters' privacy, and enhances…
Fhenix enables confidential transactions by computing on encrypted transaction data. This ensures users privacy and security, while allowing for transparency. With Fhenix, users can safeguard sensitive financial information in the…
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