Secure, production-ready smart contracts built by Web3-native engineers.
We architect and deploy custom smart contracts that are secure, gas-optimized, and tailored to your business logic. Our development process ensures robustness from day one, reducing post-launch vulnerabilities and costly re-audits.
Deliver a secure, auditable foundation for your token, DeFi protocol, or NFT project.
Our development stack and process:
Solidity 0.8+, Hardhat, Foundry with OpenZeppelin libraries.Typical engagements include:
ERC-20, ERC-721, or ERC-1155 with minting, vesting, and governance modules.We design your ZK circuits with hardware acceleration as a first-class constraint, not an afterthought. This ensures maximum performance, cost efficiency, and scalability from the first line of code to production deployment.
We structure your ZK circuits (e.g., Plonk, Halo2) to maximize parallelization and minimize memory bottlenecks, directly translating to faster proving times on FPGAs and GPUs.
We deliver concrete performance data for your specific circuit on target hardware (AWS EC2 F1, NVIDIA GPUs), providing predictable cost models and scaling forecasts.
Your circuit logic is architected to be portable across proving backends (Gnark, Halo2, Plonky2), protecting your investment against hardware ecosystem shifts.
Our architecture optimizes the entire pipeline—from witness generation to proof aggregation—eliminating serial bottlenecks that negate hardware gains.
Our hardware-accelerated ZK circuit solutions translate directly into measurable business advantages. We focus on delivering concrete improvements to your bottom line and competitive edge.
Accelerate your application's throughput with our FPGA/ASIC-optimized ZK circuits. Achieve near-instant proof generation for high-frequency DeFi, gaming, and trading use cases.
Key Benefit: Eliminate user wait times and unlock real-time on-chain interactions.
Our optimized circuits produce smaller, more efficient proofs, dramatically lowering on-chain verification costs. Pass significant savings directly to your users or improve your protocol's profit margins.
Key Benefit: Cut L1 verification gas costs by up to 90% compared to standard implementations.
Designed for high-volume production environments. Our infrastructure scales horizontally to handle millions of daily proofs, ensuring consistent performance as your user base grows.
Key Benefit: Support mass adoption without performance degradation or cost spikes.
Leverage our battle-tested ZK circuit libraries and development frameworks. We provide production-ready components for common primitives (Merkle trees, signatures, hashes) to accelerate your build.
Key Benefit: Deploy complex ZK-powered features in weeks, not months.
Our managed proving service handles infrastructure, maintenance, and upgrades. Eliminate the complexity of managing GPU/FPGA clusters, proof batching, and node orchestration in-house.
Key Benefit: Focus your engineering resources on core product innovation, not infrastructure.
A detailed comparison of the time, cost, and risk involved in developing hardware-accelerated ZK circuits in-house versus leveraging Chainscore's production-ready solution.
| Key Factor | Build In-House | Chainscore Accelerated Solution |
|---|---|---|
Time to Production | 6-18 months | 4-8 weeks |
Initial Development Cost | $300K - $1M+ | $50K - $200K |
Core Expertise Required | ZK Cryptographers, FPGA/ASIC Engineers, Solidity Devs | Your Application Logic |
Security Posture | High Risk (Custom, Unaudited Circuits) | Low Risk (Audited, Battle-Tested Circuits) |
Hardware Optimization | Your R&D (NVIDIA, AWS, Custom Silicon) | Pre-optimized for AWS EC2 F1 & G5 Instances |
Ongoing Maintenance | Full-time team for updates & optimizations | Included with optional SLA |
Performance (Proving Time) | Variable (6-24 months to optimize) | Sub-Second for Common Operations |
Supported Protocols | Custom Implementation Only | Plonk, Groth16, Halo2, Custom Circuits |
Total Cost of Ownership (Year 1) | $500K - $1.5M+ | $75K - $250K |
Best For | Large Enterprises with Dedicated ZK Research Labs | Startups & Scale-ups Needing Market Speed |
We design ZK circuits with the end hardware in mind, ensuring optimal performance and cost-efficiency from day one. This methodology eliminates costly re-architecture and delivers production-ready solutions faster.
We evaluate your zero-knowledge proof requirements against target hardware (GPU, FPGA, ASIC) to define the optimal circuit architecture, constraints, and performance envelope before a single line of code is written.
Our engineers write custom ZK circuits (Circom, Halo2) with hardware constraints as first-class citizens, minimizing prover overhead and maximizing parallelization for your specific deployment target.
We integrate with and optimize for leading hardware acceleration platforms (e.g., Ulvetanna, Cysic, Ingonyama) to achieve the lowest proving times and operational costs for your application.
Every circuit undergoes formal verification, automated testing, and peer review using industry-standard tools (ECne, Picus) to ensure correctness and resilience against cryptographic attacks.
We manage the full deployment pipeline, from circuit compilation and trusted setup to prover server orchestration, with ongoing monitoring and optimization based on real-world usage.
Our hardware-accelerated ZK circuits unlock new product categories by delivering proof generation in under one second. These are the applications where speed is a non-negotiable feature.
Enable sub-second proof generation for DEX limit orders and automated market makers (AMMs). Achieve finality faster than block times for competitive arbitrage and liquidation strategies.
Power instant in-game asset minting, provable fair randomness, and live leaderboard updates. Move game logic on-chain without compromising user experience.
Process thousands of private transactions per second with instant settlement proofs. Built for fintechs and enterprises requiring Visa/Mastercard-level throughput with blockchain security.
Issue and verify ZK-based credentials (like passports or KYC) in real-time. Enable instant, privacy-preserving access control for DeFi, DAOs, and enterprise portals.
Secure asset transfers and message passing between heterogeneous chains (EVM, Cosmos, Move) with near-instant cryptographic guarantees, eliminating long withdrawal delays.
Provide verifiable proofs for off-chain AI model inferences in under a second. Essential for decentralized AI networks, prediction markets, and authenticated content generation.
Get clear answers on how our hardware-accelerated ZK solutions deliver performance, security, and cost advantages for your protocol.
A standard implementation from circuit design to production-ready deployment takes 4-8 weeks. This includes a 1-week discovery & scoping phase, 2-4 weeks for circuit development and optimization on FPGA/GPU, 1 week for integration testing, and a final week for security review and deployment. Complex, novel circuits (e.g., custom recursive proofs) can extend to 12+ weeks.
Our experts will offer a free quote and a 30min call to discuss your project.