Hardware-Accelerated ZK Proof Development

Dedicated hardware optimized for specific proof systems (Groth16, Plonk, Halo2) to accelerate proof generation by 10-100x compared to CPU-only setups.

Automated deployment across AWS, GCP, and bare-metal providers for optimal cost, latency, and redundancy. Achieve sub-second proof generation with 99.9% uptime SLA.

Deep circuit-level optimization for your specific ZK-SNARK/STARK, reducing constraint count and memory footprint to minimize hardware runtime and cost.

Infrastructure secured with hardware security modules (HSMs), zero-trust networking, and regular audits. Protects your proving keys and sensitive data.

Drastically lower the compute cost of proof generation, turning a major expense into a competitive advantage. Achieve predictable, scalable infrastructure costs for high-volume applications.

Deploy production-ready, hardware-accelerated ZK circuits in weeks, not quarters. Our battle-tested frameworks and libraries eliminate months of R&D and integration work.

Enable near-instant transaction finality and sub-second proof generation for applications like private payments, gaming, and identity. Remove UX friction caused by proof latency.

Build on formally verified circuit designs and undergo rigorous third-party audits (e.g., Trail of Bits, Quantstamp). We ensure your ZK stack is secure by design from day one.

Horizontally scale proof generation to handle millions of daily transactions. Our architecture is designed for the throughput demands of mainstream consumer applications.

Leverage custom accelerators (FPGA/ASIC) and advanced proving systems (Plonk, STARKs) to build features competitors cannot easily replicate, creating a lasting moat.

We analyze your specific use case (e.g., private transactions, verifiable compute) to design the optimal ZK circuit architecture and hardware acceleration strategy. This phase defines the technical roadmap and success criteria.

Our team develops and optimizes the core ZK circuits (using Circom, Halo2, or custom R1CS) for your application, focusing on constraint efficiency and parallelization potential for hardware acceleration.

We implement the proof generation pipeline on GPU (CUDA/OpenCL) or FPGA platforms, leveraging parallel processing to achieve order-of-magnitude speed improvements over CPU-based provers.

Every circuit and integration undergoes rigorous internal review and can be prepared for external audits by firms like Trail of Bits or Quantstamp. We ensure cryptographic soundness and protocol compliance.

We deliver a production-ready SDK or API, complete with documentation, that seamlessly integrates with your existing blockchain stack (EVM, Solana, Cosmos, etc.) for on-chain verification.

We provide detailed performance benchmarks against your initial requirements and offer ongoing support for scaling, maintenance, and optimization as your application grows.