We architect and deploy custom smart contracts that form the foundation of your Web3 product. Our development process is built on security-first principles, utilizing OpenZeppelin libraries and rigorous internal audits to mitigate risk before deployment.
LABS
Services
Solana Rust ZK Circuit Optimization
AI-driven optimization of ZK circuits written in Rust for Solana programs, enhancing proof generation speed and reducing computational overhead for high-frequency on-chain applications.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built to your exact specifications.
- Token Systems:
ERC-20,ERC-721,ERC-1155with custom minting, vesting, and governance logic. - DeFi Protocols: Automated Market Makers (AMMs), lending/borrowing pools, and staking contracts.
- Enterprise Logic: Multi-signature wallets, access control systems, and custom business logic on-chain.
- Gas Optimization: Code reviewed for efficiency, reducing user transaction costs by up to 40%.
We deliver fully documented, tested, and verified contracts ready for mainnet launch in as little as 2-4 weeks.
key-features-cards
PROPRIETARY TECHNOLOGY
Our AI-Powered Optimization Capabilities
We leverage custom machine learning models trained on millions of Solana transactions to automatically identify and resolve performance bottlenecks in your ZK circuits and Rust programs, delivering measurable speed and cost improvements.
01
Automated Constraint Reduction
Our AI analyzes your circuit's R1CS constraints to identify redundant or suboptimal logic, automatically refactoring code to reduce constraint count by 15-40% without altering functionality, directly lowering proving costs.
15-40%
Constraint Reduction
Lower Proving Cost
Primary Outcome
02
GPU Prover Optimization
We profile and optimize your ZK-SNARK/STARK proving pipeline for maximum GPU utilization. Includes custom CUDA/OpenCL kernel tuning for Groth16, Plonk, and other proving systems used on Solana.
3-8x
Proving Speedup
Optimized Kernels
Deliverable
03
On-Chain Fee Prediction & Minimization
ML models predict Solana compute unit (CU) consumption and priority fee markets. We optimize Rust program logic and circuit design to stay within budgeted CUs and minimize transaction fees under load.
Predict CU Usage
Core Feature
Minimize Fees
Client Benefit
04
Security-Preserving Refactoring
AI-driven code transformation that improves performance while maintaining formal verification guarantees. All optimizations are validated against your original security spec and audit findings.
Security Guarantee
Maintained
Formal Verification
Integrated
benefits
TANGIBLE RESULTS
Business Outcomes for Your Project
Our Solana Rust ZK circuit optimization service delivers measurable improvements to your application's performance, security, and scalability. Here's what you can expect.
01
Reduced Transaction Costs
We optimize your on-chain programs to slash compute unit consumption by 40-70%, directly lowering your users' transaction fees and improving adoption.
40-70%
Compute Unit Reduction
< 0.0001 SOL
Target TX Cost
02
Sub-Second Finality
Achieve deterministic, near-instant transaction confirmation by implementing zero-knowledge proofs for pre-execution state validation, bypassing network congestion delays.
< 400ms
Proof Generation
~0.4s
Total Finality
03
Enhanced Security & Audit Readiness
Our circuits are built with formal verification in mind, using the halo2 framework and plonky2 for audit-friendly, mathematically verifiable logic that satisfies institutional security requirements.
halo2/plonky2
Proven Frameworks
Formal Specs
Deliverable
04
Scalable Private State
Enable confidential on-chain operations—like private balances or hidden bids—without moving data off-chain, maintaining Solana's speed while adding privacy layers.
On-Chain
Data Privacy
No L2 Needed
Architecture
05
Faster Time-to-Market
Leverage our battle-tested ZK circuit libraries and Solana program templates to deploy a production-ready, optimized application in weeks, not months.
2-4 weeks
Prototype Delivery
Reusable IP
For Future Features
06
Future-Proof Architecture
Build with forward-compatible ZK constructs that integrate seamlessly with Solana's upcoming Firedancer upgrade and evolving ZK-VM landscapes, protecting your technical investment.
Firedancer-Ready
Compatibility
Modular Design
Upgrade Path
Service Tiers
Technical Specifications & Deliverables
Compare our structured service packages for Solana Rust ZK circuit optimization, designed to match your project's scale and security requirements.
| Optimization Feature | Starter Audit | Professional Build | Enterprise Suite |
|---|---|---|---|
Initial Code Review & Complexity Analysis | |||
Circuit-Specific Constraint Optimization | Basic | Advanced | Full Custom |
Parallelization & GPU Acceleration Strategy | |||
Memory & Storage Footprint Reduction | Advisory | Implementation | Full Refactor |
Prover Key Size & Generation Time Optimization | |||
Final Performance Benchmark Report | |||
Integration Support for Anchor/Seahorse | Limited | Full | Full + Custom Frameworks |
Post-Optimization Security Audit | Optional Add-on | ||
Dedicated Technical Lead & Weekly Syncs | 4 weeks | Ongoing SLA | |
Response Time for Critical Issues | 72h | 24h | 4h (SLA) |
Typical Project Timeline | 2-3 weeks | 4-8 weeks | 8+ weeks |
Estimated Investment | $15K - $30K | $50K - $120K | Custom Quote |
how-we-deliver
METHODOLOGY
Our 4-Phase Optimization Process
A structured, results-driven approach to maximize the performance and security of your Solana Rust ZK circuits. We deliver measurable improvements in throughput, cost, and reliability.
01
1. Architecture & Circuit Analysis
We conduct a deep technical audit of your existing ZK circuit architecture to identify bottlenecks in constraint systems, proof generation time, and on-chain verification costs. This phase establishes a quantifiable performance baseline.
> 40%
Typical initial cost reduction identified
3-5 days
Baseline analysis timeframe
02
2. Rust & Solana-Specific Optimization
We implement low-level optimizations in your Rust code, focusing on Solana's compute unit (CU) limits and memory constraints. This includes optimizing Poseidon hashes, elliptic curve operations, and serialization for the Solana VM.
60-80%
Avg. compute unit reduction
Solana 1.18+
Target runtime compatibility
03
3. Proof System Tuning
We fine-tune the ZK proof backend (Plonky2, Halo2, etc.) for Solana's environment. This involves optimizing proof size, verification key generation, and leveraging GPU/parallel processing to slash proof generation time.
< 2 sec
Target proof gen on GPU
~5 KB
Optimized avg. proof size
04
4. Integration & Security Validation
We rigorously integrate the optimized circuits into your Solana program, perform end-to-end testing, and conduct a final security review. Deliverables include integration guides, benchmark reports, and a verifiable audit trail.
100%
Test coverage mandate
Audit-ready
Final code output
The Infrastructure Decision for CTOs
Build vs. Buy: In-House vs. Chainscore Optimization
A technical and financial comparison of developing and maintaining a high-performance Solana ZK circuit optimization team versus leveraging Chainscore's specialized service.
| Key Factor | Build In-House Team | Chainscore Managed Service |
|---|---|---|
Time to Production | 6-12+ months | 4-8 weeks |
Initial Team Cost | $300K - $600K+ (3-5 Sr. Engineers) | $50K - $150K (Project-Based) |
Core Expertise Required | Rust, Solana, ZK Proofs (PLONK/Groth16), Circuit Design | Provided by Chainscore |
Security & Audit Overhead | High (Requires external audit + ongoing review) | Included (Pre-audited patterns + optional formal audit) |
Ongoing Maintenance | Dedicated 2-3 FTE for updates, tooling, protocol changes | Optional SLA with 24/7 monitoring & updates |
Performance Guarantee | Variable (Depends on team skill) | Contractual SLA for throughput & proof generation time |
Total Year 1 Cost (Est.) | $500K - $1M+ | $80K - $200K |
Risk Profile | High (Attrition, knowledge silo, security gaps) | Low (Managed risk, proven delivery, insurance-backed) |
Solana ZK Circuit Optimization
Frequently Asked Questions
Get clear answers on our process, timeline, and technical approach for accelerating your Solana programs with zero-knowledge proofs.
Project timelines are based on the scope of your existing program. A standard optimization for a single program module (e.g., a specific on-chain verification) typically takes 2-4 weeks. Complex, multi-circuit systems or those requiring novel proof systems can extend to 6-8 weeks. We provide a detailed project plan with milestones after our initial technical assessment.
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