The fragmentation of liquidity and state remains a structural barrier for confidential DeFi. Fluton addresses this by decoupling encrypted computation from the base layer, functioning as a Universal Confidentiality Engine rather than an isolated network.
By utilizing a Confidentiality Adapter, existing smart contracts on networks like Ethereum, Arbitrum, or Solana can route specific logic through Fluton's FHE coprocessor. This architecture enables:
🔹Cross-chain Ciphertext Processing: Executing encrypted logic across chains without requiring the underlying assets to be bridged to a separate privacy silo.
🔹Unified Private State: Managing hidden states seamlessly across disparate Layer 1 and Layer 2 networks.
🔹Trustless Execution: Achieving verifiable encrypted operations purely through cryptography, eliminating the vulnerabilities associated with Trusted Execution Environments (TEEs).
Confidentiality is no longer an isolated destination. It is a modular, cryptographic execution layer integrated directly into the current multi-chain stack.