Off-Chain Compute & On-Chain Settlement Framework

Execute complex business logic off-chain with sub-second latency using our optimized compute engine. Supports multi-language SDKs (Python, JS, Go) and integrates with existing cloud infrastructure.

Atomic settlement of final state to Ethereum, Polygon, or Arbitrum with cryptographic proof verification. Built-in fraud proofs and dispute resolution ensure finality without trust assumptions.

Incorporate zk-SNARKs and zk-STARKs for privacy-preserving computations and verifiable off-chain execution. Leverage our pre-built circuits for common operations or deploy custom logic.

Local development sandbox, CI/CD pipelines for compute modules, and comprehensive monitoring dashboards. Deploy and iterate on your application logic in days, not months.

Framework built with security-first principles. All core components undergo formal verification and third-party audits by firms like Trail of Bits. SOC 2 Type II compliant infrastructure.

Seamlessly manage state across off-chain compute nodes and on-chain storage. Our optimistic rollup-inspired architecture provides data availability guarantees and efficient state synchronization.

Deploy a production-ready DePIN data pipeline in under 4 weeks. We provide pre-built modules for sensor data ingestion, verifiable compute, and automated settlement, eliminating months of R&D.

End-to-end cryptographic attestation for off-chain data. We implement TLSNotary, TEEs (Trusted Execution Environments), or zero-knowledge proofs to guarantee data integrity from source to smart contract.

Reduce gas fees by up to 70% with our batch settlement and layer-2 aggregation logic. We architect for minimal on-chain footprint while maintaining cryptographic finality for payments and rewards.

Guaranteed 99.9% uptime SLA for oracle feeds and compute nodes. Our framework includes automated failover, multi-region deployment, and 24/7 monitoring specific to DePIN workloads.

Handle millions of micro-transactions daily with our optimized reward distribution system. Supports complex staking, slashing, and reputation models built on ERC-20 and ERC-1155 standards.

We begin with a collaborative 1-week sprint to define your compute logic, data sources, and on-chain settlement requirements. This phase establishes the technical blueprint and project roadmap.

Our engineers build your custom compute engine using battle-tested frameworks (e.g., Gelato, Chainlink Functions) or bespoke solutions, implementing rigorous security and data integrity checks.

We develop and audit the smart contracts that receive and settle compute results. This includes gas optimization, multi-chain deployment readiness, and integration with your existing dApp.

We manage the end-to-end deployment of your framework, establishing real-time monitoring, alerting, and maintenance protocols to ensure 24/7 operational integrity.