fheintent.com & .eth | FHE Intent Identity

GSR’s confidential OTC trade demonstrated something institutional finance has needed since blockchain settlement began: the ability to submit a trading intent — a bid, an order, a price commitment — that remains fully encrypted until the moment of execution, with neither the amount nor the counterparty ever exposed in plaintext on a public ledger. The sealed-bid Dutch auction that executed the trade kept bid quantities end-to-end encrypted throughout, preventing any participant from seeing another’s position and eliminating front-running as a structural possibility rather than a policy commitment.

This is the precise function fheintent documents: the moment a trading or transaction intent is authorized and cryptographically sealed, before the underlying FHE computation executes and before any settlement record is created. OpenZeppelin’s own audit of confidential smart contract infrastructure confirms this distinction has become a live security concern — recommending that disclosure intent be explicitly separated from transfer authority, requiring holder authorization through a signature or role-based predicate before any encrypted value can be made publicly decryptable, rather than allowing transient access alone to satisfy that gate.

fheintent.com & .eth is the Convergence Identity for this pre-execution authorization standard — the institutional namespace connecting the encrypted intent layer that GSR and Zama demonstrated at production scale to the documented, examinable record every institution executing confidential FHE-based transactions must produce.

Why Encrypted Bid Authorization Required Its Own Documented Intent Standard

Traditional privacy tools offered only partial fixes to the institutional trading confidentiality problem: zero-knowledge proofs hide inputs but struggle with complex state updates, while trusted execution environments rely on hardware that can be compromised. FHE resolves this differently — keeping data encrypted throughout computation so smart contracts enforce rules without ever seeing plaintext values, enabling a decentralized exchange to match encrypted orders and settle trades while the order book itself stays invisible.

GSR’s sealed-bid Dutch auction is the clearest institutional demonstration of why this requires a dedicated intent layer: bid quantities had to remain encrypted not just during settlement, but from the moment each participant submitted their bid — otherwise the front-running risk the entire architecture was designed to eliminate would simply move earlier in the transaction lifecycle. The FHE settlement identity for the confidential atomic execution layer that authorized intents like GSR’s sealed bid ultimately trigger is documented at fhesettle.com & .eth.

OpenZeppelin’s confidential contracts audit identifies the precise technical risk fheintent addresses: gating sensitive disclosure operations on a stronger authorization signal than transient access alone, requiring an explicit holder authorization — a signature, a per-handle disclosure-request whitelist, or a role-based predicate — before any encrypted value can be made publicly decryptable, so that disclosure intent is clearly distinguished from transfer authority. The FHE interoperability identity for the cross-platform compatibility standard within which encrypted intent authorization must remain portable is documented at fheinterop.com & .eth.

How FHE Intent Documentation Bridges Encrypted Order Submission and Confidential Execution

Every institution submitting trading intent, bid commitments, or transaction mandates into an FHE-based system faces the same operational requirement GSR’s trade demonstrated: a verifiable, cryptographically sealed record of the encrypted intent itself, captured before the underlying computation executes.

fheintent.com is the institutional Web2 portal identity — the compliance interface and legal documentation anchor for any institution demonstrating that its encrypted order and bid submission process satisfies the disclosure-intent separation standard that confidential smart contract security audits now require. fheintent.eth is the on-chain complement — the ERC-7984-compatible, ENS-resolvable endpoint where the encrypted intent is cryptographically sealed at submission, before the FHE computation that matches, prices, or executes the underlying transaction begins.

This pre-execution sealing is what distinguishes fheintent from generic FHE transaction records: rather than documenting only the settled outcome, fheintent.eth captures the authorized intent that preceded it — exactly the distinction between disclosure intent and transfer authority that institutional-grade confidential contract architecture now requires. The FHE ledger identity for the confidential accounting layer where the resulting settled positions are recorded after intent-authorized execution is documented at fheledger.com & .eth.

The FHE Intent Ecosystem — From Encrypted Authorization to Settlement, Ledger, and Cross-Platform Interoperability

fheintent is the pre-execution authorization layer within the broader FHE infrastructure namespace. It connects directly to fhesettle.com & .eth as the confidential atomic execution identity that intent-authorized transactions trigger, and to fheledger.com & .eth as the confidential accounting layer where settled, intent-authorized positions are recorded.

Beyond this immediate cluster, fheintent integrates with fheinterop.com & .eth as the cross-platform compatibility standard within which encrypted intent must remain portable across different FHE providers, fheapi.com & .eth as the secure gateway through which legacy trading infrastructure submits intent into FHE-based systems, and dvpintent.com & .eth as the parallel non-encrypted pre-execution mandate standard for the broader DVP infrastructure namespace.