We architect, develop, and audit custom Solidity/Rust smart contracts that form the immutable backbone of your application. Our code is built for mainnet deployment from day one, utilizing OpenZeppelin standards and battle-tested security patterns.
LABS
Services
ZK-Proof Generation Hardware Optimization
We provide consulting and development services to optimize ZK proof generation for large-scale AI models, focusing on hardware acceleration (GPU/FPGA) and efficient circuit design for neural networks.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built by Web3-native engineers.
- End-to-End Development: From initial specification and
Foundry/Hardhatsetup to deployment scripts and on-chain verification. - Security-First Approach: Every contract undergoes internal review against common vulnerabilities (reentrancy, overflow) before external audit.
- Gas Optimization: We write efficient code to minimize transaction costs, a critical factor for user adoption and protocol sustainability.
Deliver a secure, auditable, and gas-efficient smart contract system in 4-6 weeks, ready for integration with your front-end and backend services.
key-features-cards
PRODUCTION-READY SOLUTIONS
Our Hardware-First ZK Optimization Services
We architect and deploy dedicated hardware infrastructure to accelerate your zero-knowledge proof generation, delivering predictable performance and cost efficiency at scale.
01
Custom FPGA & ASIC Acceleration
Design and deployment of application-specific hardware (FPGA/ASIC) for your ZK proving stack (Halo2, Plonky2, etc.). Achieve 10-100x faster proof times versus general-purpose CPUs.
10-100x
Faster Proof Generation
Custom RTL
Tailored Architecture
02
Dedicated Proving Infrastructure
Managed, on-premise or cloud-hosted proving clusters with high-performance GPUs and optimized orchestration. Includes 99.9% uptime SLA and 24/7 monitoring.
99.9%
Infrastructure Uptime SLA
< 24h
Hardware Provisioning
03
Circuit Optimization for Hardware
Co-design of your ZK circuits (Circom, Noir) alongside our hardware architecture. We optimize constraints and gate structures to maximize hardware utilization and minimize proving costs.
40-60%
Reduced Proving Cost
Audited
Security-First Design
benefits
DELIVERING PROVEN INFRASTRUCTURE
Business Outcomes: From Technical Feasibility to Production
We architect and deploy optimized ZK-proof generation systems that move your project from concept to high-performance production, delivering measurable improvements in speed, cost, and reliability.
01
Accelerated Proof Generation
Deploy hardware-optimized ZK circuits that reduce proof generation time by 40-70% compared to standard CPU/GPU setups, directly accelerating your application's transaction throughput.
40-70%
Faster Proofs
< 4 weeks
POC to MVP
02
Substantial Cost Reduction
Optimize your operational expenditure by leveraging our tailored FPGA/ASIC solutions, achieving up to 80% lower compute costs per proof versus cloud-based GPU instances.
Up to 80%
Lower OpEx
Predictable
Cost Model
03
Production-Grade Reliability
Implement systems with 99.9% uptime SLAs, built with redundancy, automated failover, and 24/7 monitoring to ensure your ZK infrastructure meets enterprise-grade reliability standards.
99.9%
Uptime SLA
24/7
Monitoring
04
Seamless Protocol Integration
Get production-ready integrations with leading ZK frameworks (zk-SNARKs, zk-STARKs, Plonk) and L2s (zkSync, StarkNet, Polygon zkEVM), eliminating months of R&D and compatibility testing.
Multi-Framework
Support
Weeks, Not Months
Integration Time
06
Scalable Architecture Design
Future-proof your infrastructure with horizontally scalable proof generation clusters designed to handle order-of-magnitude increases in transaction volume without service degradation.
Linear Scaling
Architecture
Zero-Downtime
Updates
The Infrastructure Decision for High-Performance Proving
Build vs. Buy: In-House vs. Chainscore ZK Hardware Optimization
A detailed comparison of the time, cost, and risk involved in developing and maintaining a custom ZK-proof generation hardware stack versus leveraging Chainscore's managed service.
| Key Factor | Build In-House | Chainscore Managed Service |
|---|---|---|
Time to Production | 9-18 months | 4-8 weeks |
Upfront Capital Expenditure | $300K - $1M+ | $0 |
Expertise Required | FPGA/ASIC Engineers, Cryptographers, DevOps | Your Application Team |
Security & Audit Overhead | High (Custom, unaudited code) | Low (Pre-audited, battle-tested infrastructure) |
Ongoing Maintenance & Updates | Full internal team required | Fully managed with 99.9% SLA |
Hardware Obsolescence Risk | Borne by you | Borne by Chainscore |
Prover Performance (SNARKs) | Variable (depends on team) | Guaranteed < 2 sec proof generation |
Total Cost of Ownership (Year 1) | $500K - $1.5M+ | Starting at $120K/year |
Scalability & Multi-Chain Support | Custom development per chain | Built-in (Ethereum, zkSync, Starknet, Polygon zkEVM) |
how-we-deliver
PROVEN PROCESS
Our Methodology: From Audit to Deployment
A systematic, security-first approach to ZK-proof hardware optimization that delivers predictable, high-performance results for production workloads.
01
Architecture & Feasibility Audit
We analyze your existing ZK circuits and proof generation pipeline to identify hardware bottlenecks. This includes profiling on FPGA/ASIC targets to establish a clear performance baseline and ROI projection.
2-4 weeks
Initial Assessment
Detailed ROI
Projection Delivered
02
Hardware-Specific Circuit Optimization
Our engineers refactor your ZK circuits (Plonk, STARK, Groth16) for optimal execution on target hardware (FPGAs, GPUs, or custom ASICs). We focus on parallelism, memory access patterns, and instruction-level efficiency.
10-100x
Speedup Target
Open Source
Verifiable Code
03
Secure Hardware Integration
We implement the optimized proof system with secure hardware enclaves (SGX, TPM) and side-channel resistant designs. All integrations follow hardware security best practices and are documented for your team.
Side-Channel
Resistant Design
Full Audit
Trail Provided
04
Benchmarking & Performance Validation
Rigorous testing against your production datasets to validate proof generation time, power consumption, and cost-per-proof metrics. We deliver a comparative report against your original software baseline.
Real-World Data
Benchmarked
Guaranteed SLA
Performance Met
05
Production Deployment & Monitoring
We manage the deployment of the optimized hardware stack into your cloud or on-premise environment. Includes setup of monitoring dashboards for proof latency, hardware health, and cost efficiency.
99.9%
Uptime SLA
24/7
Monitoring
06
Ongoing Support & Iteration
Post-deployment support includes performance tuning for new circuit updates and scaling consultations. We ensure your hardware investment continues to deliver value as your ZK workload evolves.
Dedicated
Technical Lead
Quarterly
Reviews
tech-stack
ENGINEERED FOR PRODUCTION
Proven Technologies and Protocols
We build on battle-tested, open-source foundations to deliver secure, scalable, and verifiable ZK-proof generation. Our hardware optimization integrates seamlessly with the industry's leading frameworks.
ZK-Proof Hardware
Frequently Asked Questions
Common questions about our specialized hardware optimization services for zero-knowledge proof generation.
Standard optimization engagements take 4-8 weeks from initial assessment to production-ready deployment. This includes a 1-week discovery phase, 2-4 weeks for core optimization and integration, and 1-2 weeks for testing and validation. Complex multi-protocol systems may extend to 12 weeks.
ENQUIRY
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.
NDA Protected
Confidentiality24h Response
Time to ValueDirectly to Engineering Team
No Sales Fluff10+
Protocols Shipped
$20M+
TVL Overall