Zero-Knowledge Proof of Solvency Systems

Demonstrate real-time solvency without exposing portfolio details. Reduce the need for over-collateralization and free up capital for lending and yield generation.

Provide cryptographic, on-chain verification of assets and liabilities. Replace opaque balance sheets with transparent, auditable proofs to attract sophisticated institutional partners.

Meet and exceed emerging regulatory standards for proof of reserves (PoR) with a system designed for auditability. Simplify reporting to financial authorities and auditors.

Enable lenders to continuously verify a borrower's solvency position. Drastically reduce default risk and enable more competitive, risk-based lending terms.

Differentiate your protocol with a transparent solvency guarantee. Attract higher-value users and liquidity by offering a verifiably safer environment than opaque competitors.

Deploy a modular ZK system built on Circom and Halo2. Easily integrate new asset types and adapt to evolving regulatory requirements without platform overhauls.

We design custom ZK circuits and system architecture tailored to your asset mix and compliance requirements, selecting optimal proving systems (e.g., Plonk, Groth16) for your performance needs.

Our engineers write and rigorously optimize zero-knowledge circuits for efficiency and security, implementing Merkle tree inclusions, range proofs, and balance commitments with minimal proving overhead.

Every component undergoes multi-layered review: internal audits, external review by firms like Spearbit, and formal verification of critical circuit logic to eliminate vulnerabilities.

We deploy the verifier contracts (Solidity, Cairo) to your chain of choice, integrate with your existing custody/ledger systems, and establish the proof generation backend infrastructure.

Post-launch, we optimize proof generation times and verifier gas costs, and implement real-time monitoring dashboards for proof status, system health, and audit trail integrity.