Hardware-Accelerated Proof Generation

Deploy on our isolated, multi-GPU (NVIDIA A100/H100) infrastructure for maximum throughput. Avoid noisy neighbor issues and achieve predictable proving times for your specific ZK-SNARK or ZK-STARK circuits.

Leverage our orchestrated proving pipeline supporting Groth16, Plonk, and Halo2. We manage prover selection, circuit optimization, and proof aggregation to minimize costs and latency for your application.

Our proving environments are built with security-first principles. Isolated execution, encrypted memory, and SOC 2 Type II compliant infrastructure protect your circuit IP and proof generation integrity.

Our toolchain analyzes your ZK circuits (Circom, Noir, etc.) to automatically suggest and apply hardware-aware optimizations, reducing constraint count and improving prover efficiency by up to 60%.

Gain full visibility into your proving pipeline with dashboards tracking proof generation time, success rates, GPU utilization, and cost per proof. Set alerts and optimize resource allocation.

Scale proving capacity instantly to handle transaction spikes or batch processing. Our infrastructure elastically provisions additional GPU instances, managed through a simple API, with no long-term commitments.

Our dedicated hardware infrastructure delivers proof generation costs that scale linearly with your transaction volume, eliminating the unpredictable gas fee spikes and congestion-based pricing of shared networks. Budget with confidence.

Built on redundant, geo-distributed FPGA/ASIC clusters with automated failover. We guarantee the infrastructure availability your high-value applications require, backed by a formal SLA.

Skip the 6-12 month lead time and multi-million dollar capex of building your own proving farm. Our fully managed service integrates in weeks, letting you launch new products and capture market opportunities faster.

Our architecture is designed for the next generation of proof systems (zkEVM, Nova, etc.). Avoid costly re-architecting as your tech stack evolves. We handle the hardware upgrades and protocol migrations.

We analyze your specific use case, data models, and performance requirements to design a tailored ZK architecture. This includes selecting the optimal proving system (Groth16, Plonk, Halo2) and defining the hardware acceleration strategy for your throughput targets.

Our team develops and rigorously optimizes the zero-knowledge circuits for your application logic. We implement best practices for constraint efficiency and leverage our proprietary tooling to minimize proof generation time and on-chain verification costs.

We deploy and configure the dedicated proving hardware (GPU/FPGA clusters) within your secure environment. We then conduct exhaustive benchmarking to validate performance against SLAs, ensuring sub-second proof times under your expected load.

We manage the full production rollout, including integration with your mainnet contracts and backend services. You receive a comprehensive dashboard for real-time monitoring of prover health, costs, and performance metrics, with 24/7 incident response.