Zero-Knowledge Oracle Circuit Design

We design and implement bespoke ZK circuits for your specific oracle logic, supporting complex computations like TWAPs, volatility metrics, and custom aggregations directly in the proof.

Optimized circuits for sub-second price updates and event verification. Achieve low-latency, high-throughput data attestation for DeFi, gaming, and prediction markets.

Securely aggregate and prove data integrity from multiple off-chain sources (APIs, nodes, keepers) within a single ZK proof, eliminating single points of failure.

Our circuits are meticulously optimized for minimal on-chain verification cost, reducing the gas overhead of data finality by up to 70% compared to naive implementations.

Every circuit undergoes rigorous formal verification and third-party security audits (e.g., by Trail of Bits, ZK security specialists) to ensure mathematical correctness and resilience.

Design oracle proofs that are verifiable across multiple L1s and L2s (Ethereum, Polygon zkEVM, zkSync, Starknet) from a single attestation, enabling seamless interoperability.

Enable privacy-preserving DeFi products, confidential RWA tokenization, and compliant institutional trading. Move sensitive financial logic on-chain without exposing proprietary data.

Reduce reliance on expensive, centralized data feeds and manual verification. Our optimized circuits minimize on-chain verification gas costs by up to 60% compared to generic implementations.

Leverage our battle-tested circuit libraries and modular design patterns. Go from concept to production-grade ZK oracle in 6-8 weeks, not quarters.

Design with regulatory requirements in mind from day one. Our circuits provide cryptographic proof of compliance (e.g., KYC/AML checks, transaction limits) without exposing user identities.

Move beyond simple consensus models. Our ZK proofs cryptographically verify the correctness and provenance of off-chain computations, making data tampering economically infeasible.

We begin with a deep technical dive to define your zero-knowledge proof requirements, data source schemas, and circuit architecture. This phase establishes the formal security guarantees and performance targets for your oracle system.

Our engineers write, test, and optimize the core ZK circuits (using Circom, Halo2, or Noir) for your specific data attestation logic. We focus on constraint efficiency, proof size, and verifier gas costs.

We deploy and configure high-availability prover infrastructure with load balancing, monitoring, and automatic scaling. Integration packages for EVM, Starknet, or Solana are provided.

We deliver comprehensive SDKs, API documentation, and integration support for your engineering team. Includes testnet deployment, example dApps, and maintenance handoff.

Post-launch, we offer SLA-backed maintenance plans covering prover infrastructure, security monitoring, and circuit upgrades for new data sources or proof system improvements.