Multi-Party Computation for Settlement

Deploy non-custodial, multi-signature wallets where no single party holds a complete private key. Keys are generated and managed using distributed key generation (DKG) and signing protocols, eliminating single points of failure.

Why it matters: Achieve institutional-grade security for treasury management and settlement without relying on a trusted third party.

Execute settlements across Ethereum, Polygon, Arbitrum, and other EVM-compatible chains with guaranteed atomicity. Our MPC coordinators manage complex, multi-step transactions to ensure funds move only when all conditions are met.

Why it matters: Enable seamless interoperability for your product, allowing users to settle assets across different ecosystems in a single, trust-minimized operation.

Integrate custom business rules directly into the settlement flow. Define conditions for release, time-locks, and multi-party approvals using our SDK, which interacts securely with the MPC network.

Why it matters: Automate complex financial agreements like escrow, recurring payments, or conditional releases without building and securing the underlying MPC layer.

Every component, from our MPC protocol implementation to the coordination layer, is built with verifiability in mind. We provide comprehensive logs, proof generation for settlements, and support for third-party security audits.

Why it matters: Simplify compliance and security reviews for your enterprise clients and auditors, providing cryptographic proof of correct protocol execution.

Our fault-tolerant coordinator network ensures settlement requests are processed 24/7 with guaranteed liveness. The system is designed with Byzantine Fault Tolerance (BFT) principles to maintain operation even if individual nodes fail.

Why it matters: Offer your users a reliable settlement service with a 99.9% uptime SLA, critical for time-sensitive financial operations and market-making activities.

Our settlement batching and transaction structuring reduce on-chain gas costs by up to 40% compared to naive implementations. We handle fee estimation, nonce management, and EIP-1559 optimization.

Why it matters: Dramatically lower the operational cost of your settlement layer, improving margins and enabling micro-transactions at scale.

Achieve deterministic settlement finality in under 500ms, enabling real-time payment processing and high-frequency trading capabilities. Our MPC protocol eliminates probabilistic finality risks inherent in public blockchains.

Deploy with confidence using our audited MPC architecture. Our implementation is built on proven cryptographic libraries, undergoes regular third-party audits (e.g., Trail of Bits), and enforces strict key management policies.

Reduce settlement costs by over 90% compared to traditional correspondent banking or on-chain gas fees. Our MPC network operates on a predictable SaaS model, eliminating variable transaction fees and cross-border charges.

Generate immutable, cryptographically verifiable proof for every transaction. Our system provides a complete audit trail compliant with financial regulations (AML, CFT), simplifying reporting for licensed VASPs and financial institutions.

Support millions of daily settlements with linear scaling. Our horizontally scalable MPC node architecture ensures consistent performance during peak loads, crucial for exchanges, payment processors, and market makers.

We design a secure MPC architecture tailored to your settlement logic, defining key generation, signing protocols, and threat models. This phase establishes the cryptographic foundation and security guarantees.

Deliverables: Technical Specification Document, Threat Model Report, Architecture Diagrams.

Our cryptography engineers implement the MPC protocols (GG18, GG20, or custom) in Rust/Go, integrating with your blockchain nodes and backend. We build the core signing service with fault tolerance and latency optimization.

Deliverables: Core MPC Service, Node Integration Layer, Initial Unit Test Suite.

Every MPC system undergoes rigorous internal review followed by an external audit from a firm like Trail of Bits or Quantstamp. We conduct penetration testing on the entire deployment surface.

Deliverables: Internal Audit Report, External Auditor's Final Report, Remediation Plan.

We deploy to your staging environment for integration testing, load testing, and dry runs. After final approval, we manage the production rollout, provide comprehensive documentation, and conduct knowledge transfer to your team.

Deliverables: Production-Ready System, Operations Manual, SLA Agreement, Support Handoff.