Research

Research-led confidential execution

Encrypt is built on original cryptographic work around RE-FHE and threshold-FHE network design.

RE-FHE

RE-FHE is a fully homomorphic encryption scheme designed for arithmetic and logical operations over large machine words, such as 64-bit values. Unlike earlier FHE approaches that operate on individual bits or small plaintext spaces, RE-FHE can perform comparisons, branching, and scoring operations efficiently. This makes it suitable for real application logic rather than toy encrypted math.

Threshold-FHE

Encrypt uses threshold FHE to distribute decryption authority across a network of participants. No single party holds a complete decryption key. The threshold design supports asynchronous deployment and scalable overhead in multi-party settings, making it practical for a real distributed network rather than a lab demonstration.

Coming soon

Benchmarks

Benchmarks will ship with methodology. The homepage should not carry isolated performance claims.

Security model

  • Encrypted state: application data remains encrypted at rest and during computation.
  • Reveal policy: outputs are only decrypted or exposed when explicit policy conditions are met.
  • Threshold decryption: no single party can decrypt — a threshold of network participants must cooperate.
  • Public settlement on Solana: final state transitions settle on Solana's public ledger, preserving composability and auditability.

Frequently asked questions