EVM dApp ZK Proof Acceleration

overview

CORE SERVICE

Smart Contract Development

Secure, audited smart contracts built for production and scale.

We architect and deploy production-ready smart contracts on EVM and Solana. Our development process is built on OpenZeppelin standards and includes comprehensive unit and integration testing before any code is deployed.

Custom Logic: Build ERC-20, ERC-721, ERC-1155, and bespoke contracts for DeFi, NFTs, and DAOs.
Security-First: Every contract undergoes manual review and automated analysis with Slither/MythX.
Gas Optimization: We reduce transaction costs by 20-40% through efficient code patterns and storage strategies.

Deliver a secure, audited MVP in as little as 2 weeks, with full documentation and deployment scripts included.

key-features-cards

PRODUCTION-READY INFRASTRUCTURE

Our ZK Proof Acceleration Capabilities

We deliver the specialized tooling and infrastructure required to integrate zero-knowledge proofs into your EVM dApp, moving from concept to production with measurable performance gains.

Custom ZK Circuit Design

We design and implement custom ZK circuits (Circom, Halo2) for your specific dApp logic, focusing on proof size and verification cost optimization on-chain.

Prover Infrastructure & Orchestration

Deploy and manage high-availability prover clusters with automated job queuing, load balancing, and horizontal scaling to handle proof generation at scale.

On-Chain Verifier Optimization

Develop and audit gas-optimized Solidity verifier contracts, leveraging precompiles and custom assembly to minimize the cost of proof verification for end-users.

End-to-End Integration SDK

Receive a client-side SDK (TypeScript/JavaScript) that abstracts the complexity of proof generation, submission, and state management, accelerating your frontend development.

benefits

DELIVERING TANGIBLE ROI

Business Outcomes of Optimized ZK Proofs

Our ZK proof acceleration service for EVM dApps translates technical performance into measurable business advantages, from cost reduction to market leadership.

Radical Cost Reduction

We optimize proof generation and verification to cut your on-chain gas fees by up to 90%. This directly lowers the operational cost per transaction, making your dApp economically viable at scale.

Up to 90%

Gas Cost Reduction

> 50%

Lower OpEx

Sub-Second User Experience

Accelerate proof generation to under 500ms, enabling near-instant transaction finality. This eliminates user wait times, a critical factor for mainstream adoption in DeFi and gaming applications.

< 500ms

Proof Generation

~0s

User Perceived Delay

Enhanced Security & Compliance

Implement ZK proofs with battle-tested circuits (Plonk, Groth16) and undergo formal verification. This provides cryptographic privacy guarantees and simplifies regulatory compliance for sensitive financial data.

Formal Verification

Security Standard

ZK-SNARK/STARK

Proven Protocols

Faster Time-to-Market

Leverage our pre-optimized ZK libraries and templates for common EVM operations. Deploy a production-ready, accelerated privacy layer in weeks, not months, and capture first-mover advantage.

2-4 weeks

Production Deployment

Pre-audited

Circuit Libraries

Scalable Infrastructure

Our horizontally scalable prover infrastructure handles spikes from 100 to 10,000+ TPS without degradation. This future-proofs your dApp for viral growth and high-volume use cases.

10,000+ TPS

Peak Capacity

99.9% SLA

Prover Uptime

Competitive Differentiation

Offer features competitors can't match: private on-chain voting, confidential DeFi positions, or verifiable gaming logic. Use ZK acceleration as a core product differentiator to win market share.

Unique Features

Market Edge

Higher TVL

Trust Driver

how-we-deliver

PROVEN FRAMEWORK

Our Methodology for ZK Proof Optimization

A systematic, four-phase approach that transforms complex ZK circuit design into a reliable, production-ready asset, delivering predictable performance and security for your dApp.

Architecture & Circuit Design

We architect your zero-knowledge circuits for optimal performance and cost. Our team designs with Circom and Noir, focusing on constraint minimization and efficient gadget selection to reduce proof generation time and verification gas costs from day one.

Implementation & Optimization

Our engineers implement the designed circuits with a focus on parallelization and hardware acceleration where applicable. We apply advanced techniques like custom gate design and lookup argument optimization to achieve sub-second proving times for standard operations.

Security Audits & Formal Verification

Every circuit undergoes rigorous security review. We conduct manual audits for logical soundness and utilize formal verification tools to mathematically prove correctness, ensuring your application's privacy guarantees are unbreakable.

Integration & Production Deployment

We seamlessly integrate the optimized ZK prover and verifier into your EVM dApp. Our deployment package includes gas-optimized Solidity verifiers, comprehensive monitoring hooks, and documentation for your engineering team.

Infrastructure Decision Matrix

Build vs. Buy: In-House vs. Chainscore ZK Acceleration

A technical and financial comparison of developing and maintaining a custom ZK proof acceleration system versus leveraging Chainscore's managed service for EVM dApps.

Critical Factor	Build In-House	Chainscore Managed Service
Time to Production	6-12+ months	4-8 weeks
Initial Development Cost	$250K - $750K+	$0 (Service Model)
Annual Maintenance & Ops Cost	$150K - $300K	$60K - $180K
Core Team Required	3-5 Senior ZK Engineers	Your Existing Dev Team
Security & Audit Burden	High (Your Responsibility)	Low (Our Responsibility, Audited)
Proof Generation Speed	Variable (Your Implementation)	< 2 seconds (Guaranteed SLA)
System Uptime SLA	Self-Managed (No SLA)	99.95%
Protocol & Hardware Updates	Manual, Lagging	Automatic, Leading-Edge
Integration Complexity	High (Custom R&D)	Low (Standardized API/SDK)
Total Cost of Ownership (3 Years)	$700K - $1.65M+	$180K - $540K

Infrastructure Comparison