ZK Proof Batch Processor

Dynamically scale proof generation across a distributed cluster of specialized hardware. Automatically load-balance workloads to maintain sub-10-second proof times, even during traffic spikes.

Built-in redundancy and automatic failover ensure continuous operation. If a prover node fails, the system instantly reroutes work with zero data loss, guaranteeing service continuity.

Leverage our optimized proving circuits and batch aggregation to reduce computational costs by up to 70% compared to running individual proofs. Pay only for the proving power you consume.

Gain full visibility into your proof pipeline with dashboards tracking queue depth, proof times, error rates, and cost metrics. Set custom alerts for performance thresholds.

All proving operations run in isolated, audited environments. Our system is built with security patterns from financial infrastructure, ensuring the integrity of your cryptographic proofs.

Batch thousands of transactions into a single proof to slash on-chain verification costs by up to 95%. Achieve predictable, linear cost scaling as your user base grows.

Deploy a production-ready, audited batch processor in weeks, not months. Our battle-tested templates for privacy-preserving DEXs, gaming, and identity systems eliminate foundational R&D.

Built with 99.9% uptime SLAs and multi-cloud redundancy. Our systems undergo formal verification and audits by firms like Trail of Bits to ensure security and resilience under load.

Integrate with a simple REST API and comprehensive SDKs (TypeScript, Python, Go). Focus on your application logic while we handle proof generation, batching, and submission.

Process thousands of ZK-SNARK/STARK proofs per second with our optimized proving backends. Achieve sub-second latency for user transactions, enabling real-time DeFi and gaming applications.

Every circuit and prover implementation undergoes rigorous review by leading security firms like Trail of Bits and Spearbit. We ensure mathematical soundness and protect against front-running and other cryptographic attacks.

Seamlessly batch and verify proofs for Ethereum, Arbitrum, Optimism, zkSync, and Polygon. Our processor abstracts away chain-specific complexities, providing a unified interface for your application.

Reduce on-chain verification gas costs by up to 95% through intelligent proof batching and aggregation. Our algorithms dynamically optimize for the most cost-effective proving strategy.

We provide fully managed deployment with a 99.9% uptime SLA, backed by dedicated Site Reliability Engineering. Includes monitoring, alerting, and automatic failover for mission-critical systems.

Need a bespoke ZK circuit? Our team of cryptographers and engineers designs and implements custom circuits for private transactions, identity proofs, and complex business logic.