The first confidential DeFi intelligence layer on Arbitrum. Prove your portfolio performance to anyone — without revealing a single number.
In traditional finance, managers must disclose performance. In DeFi, doing so exposes your entire wallet history to MEV bots and copy-traders. OPAQUE solves this by letting you generate a cryptographic hash that proves your PnL without revealing your balance.
Built on iExec Nox Intel SGX enclaves. When you compute your yield, it happens inside a hardware-isolated environment. Not even the node operator can see your numbers. The result is a hardware-backed attestation you can trust.
The protocol outputs a deterministic hash: sha256(wallet + initial + pnl). Anyone can independently verify this hash if you provide the inputs, but no one can reverse-engineer your balance from the proof ID alone.
OPAQUE integrates the ChainGPT Web3 LLM to provide real-time portfolio risk assessments. Audits run server-side to analyze your specific token composition and network exposure on Arbitrum.
// Shield assets — permissionless function shield(address token, uint256 amount, bytes calldata payload) external; // Unshield assets — only callable by TEE Oracle function unshield(address recipient, address token, uint256 amount, bytes32 proofId) external onlyTEE; // Events event AssetShielded(address indexed sender, address indexed token, uint256 amount, bytes encryptedPayload); event AssetUnshielded(address indexed recipient, address indexed token, uint256 amount, bytes32 proofId);
Generates a deterministic Alpha Proof from portfolio data.
// Request
{
"wallet": "0xYourWalletAddress",
"initialValue": 10000,
"finalValue": 14350
}
// Response
{
"pnl": 43.5,
"proofId": "0xA3F9...9C21",
"timestamp": 1714000000000,
"formula": "sha256(wallet + initial + pnl)"
}Routes risk assessments and chat to the ChainGPT Web3 LLM.
// Request (Chat Mode)
{ "question": "Is ETH safer in a TEE than cold storage?" }
// Response
{ "answer": "TEE provides hardware-level isolation which..." }