FHE
Fully Homomorphic Encryption allows computation on encrypted data without first revealing the plaintext. That makes it useful for private financial logic, governance, identity and other sensitive applications.
Fhenix is focused on confidential computation for EVM-compatible blockchains using Fully Homomorphic Encryption (FHE). The idea is simple: applications can compute over encrypted values instead of exposing the underlying plaintext to every observer.
The current architecture is centred on CoFHE, Fhenix’s FHE coprocessor. CoFHE handles intensive encrypted computation off-chain while keeping the application compatible with standard EVM development patterns.
Fully Homomorphic Encryption allows computation on encrypted data without first revealing the plaintext. That makes it useful for private financial logic, governance, identity and other sensitive applications.
CoFHE is Fhenix’s coprocessor for encrypted computation on EVM-compatible chains. Fhenix currently lists public testnet deployments on Ethereum Sepolia, Arbitrum Sepolia and Base Sepolia.
The broader goal is to make privacy usable inside composable EVM applications — from private balances and lending to confidential auctions, governance and other on-chain workflows.
You can think of the ecosystem in layers: Ethereum-compatible execution stays familiar, sensitive values can remain encrypted, and CoFHE handles the heavy FHE computation away from the main execution path.