Confidential Asset Management Contracts

Deploy confidential vaults where asset holdings, allocations, and performance metrics are cryptographically shielded from public view, while maintaining verifiable proof of solvency for regulators and auditors.

Execute trades, transfers, and rebalancing with selective disclosure. Generate zero-knowledge proofs to satisfy AML/KYC requirements for specific counterparties without exposing the full transaction graph.

Manage assets across Ethereum, Polygon, and Arbitrum with privacy-preserving bridges. Our ZK proofs verify ownership and intent without revealing source/destination chain details on the public ledger.

Generate on-demand, verifiable proofs of fund performance, risk metrics, and fee calculations for limited partners and stakeholders, using zk-SNARKs to keep underlying strategies confidential.

Pre-built modules for regulatory reporting (MiCA, Travel Rule) and third-party audits. All privacy-preserving actions generate an immutable, verifiable audit trail without compromising user data.

Custom-built zk-SNARK/STARK circuits optimized for asset management logic, reducing proof generation costs by up to 40% compared to generic frameworks, with sub-2 second verification on L2s.

Implement zk-SNARKs (Circom/Groth16) and zk-STARKs for confidential transaction validation. Shield asset balances and transaction amounts while maintaining on-chain verifiability.

Threshold signature schemes (GG20/GG18) for decentralized key management. Eliminate single points of failure for asset custody with configurable approval policies.

Built on Solidity 0.8+ with OpenZeppelin security patterns and Foundry for testing. Includes formal verification templates and upgradeability via transparent proxies.

Integrate with Chainlink DECO or API3 dAPIs to fetch and use off-chain data within confidential computations without exposing sensitive inputs.

Built-in regulatory modules for transaction memos, authorized viewer lists, and encrypted event logs. Enables audits without breaking confidentiality.

Optimized for EVM and zkEVM environments (Polygon zkEVM, zkSync Era). Achieve sub-second finality with gas costs up to 40% lower than baseline implementations.