ZK-Rollup Proof Gas Optimization

overview

CORE SERVICES

Smart Contract Development

Secure, production-ready smart contracts built for scale and compliance.

We architect and deploy custom smart contracts on EVM and Solana that power your core business logic. Our development process includes formal verification and comprehensive audit trails to mitigate risk and ensure reliability.

Token Standards: ERC-20, ERC-721, ERC-1155, SPL for fungible and NFT assets.
DeFi Protocols: Custom DEXs, lending/borrowing pools, yield aggregators, and staking mechanisms.
Enterprise Logic: Multi-signature wallets, governance systems, and automated compliance checks.
Security First: Built with OpenZeppelin libraries and hardened against reentrancy, overflow, and oracle manipulation.

Deliver a fully audited, gas-optimized contract suite in as little as 4 weeks, from spec to mainnet deployment.

key-features-cards

PRODUCTION-READY SOLUTIONS

Our ZK Proof Optimization Capabilities

We architect and implement gas-efficient ZK-Rollup systems that reduce on-chain verification costs by up to 90%, directly lowering your mainnet settlement fees and improving user experience.

Custom Circuit Design & Optimization

We design and implement zero-knowledge circuits (Plonk, STARKs) tailored to your application logic, minimizing constraints and optimizing for the lowest possible proof generation gas cost on Ethereum L1.

50-90%

Gas Cost Reduction

Circom, Halo2

Proven Frameworks

Proof Aggregation & Batching

Implement multi-proof aggregation strategies to batch hundreds of transactions into a single on-chain verification, dramatically amortizing gas costs per user operation.

> 100x

Batch Efficiency

Sub-1¢

Cost Per Tx Target

Recursive Proof Systems

Deploy recursive proof architectures (e.g., Nova, Plonky2) to incrementally verify long-running state transitions, enabling scalable L2s without proportional gas cost increases.

Unbounded

State Updates

O(log n)

Gas Complexity

Hardware Acceleration Integration

Leverage GPU/FPGA acceleration for proof generation (Groth16, PLONK) to reduce prover time and operational costs, ensuring high throughput for your rollup.

10-100x

Prover Speedup

CUDA, Metal

Supported Platforms

Gas Cost Simulation & Forecasting

Provide detailed gas analytics and simulation tools to model verification costs under different network conditions, enabling precise fee market strategies for your rollup.

95%

Cost Prediction Accuracy

Real-time

Gas Analytics

Security-First Verification Contracts

Develop and audit optimized Solidity verifier contracts with formal verification considerations, ensuring security is never compromised for gas efficiency.

OpenZeppelin

Security Standards

Formal Methods

Verification Applied

benefits

MEASURABLE IMPACT

Business Outcomes: Lower Costs, Higher Performance

Our ZK-Rollup Proof Gas Optimization service delivers quantifiable improvements to your L2's operational efficiency and user economics. See the concrete results you can expect.

Up to 90% Reduction in Proof Generation Costs

We implement advanced circuit optimization and proof batching techniques to drastically lower the computational overhead and associated gas fees for generating ZK-SNARK/STARK proofs on your rollup.

70-90%

Cost Reduction

Plonk / Halo2

Proven Circuits

Sub-Second Proof Generation Times

Optimize your proof system's performance for near-instant finality. We architect and tune your proving pipeline to minimize latency, enabling faster block confirmation and a smoother user experience.

< 1 sec

Proof Time

Rust / C++

High-Perf Provers

Enhanced L1 Settlement Efficiency

Reduce the frequency and cost of posting verification data to Ethereum Mainnet. Our optimization strategies maximize data compression and calldata efficiency for each batch settlement.

60%+

Calldata Savings

EIP-4844 Ready

Blob Compatibility

Scalable Infrastructure with Predictable OPEX

Move from unpredictable, volatile proving costs to a stable, scalable operational model. Our solutions are designed for linear cost growth as your transaction volume scales.

Predictable

Cost Model

Auto-scaling

Prover Fleet

Security-First Optimization Audits

Every gas optimization is rigorously reviewed to ensure it does not introduce cryptographic vulnerabilities. We follow formal verification practices and security review checklists.

Zero Trust

Security Model

Formal Methods

Verification

Faster Time-to-Market for New Features

Accelerate your development cycle. With an optimized, efficient proof stack, your team can iterate on core protocol upgrades and new primitives without being bottlenecked by proving constraints.

Weeks, Not Months

Deployment Speed

Modular

Architecture

Strategic Decision Analysis

Build vs. Buy: In-House vs. Chainscore Optimization

A detailed comparison of the time, cost, and risk involved in developing and maintaining a ZK-Rollup proof gas optimization system internally versus partnering with Chainscore's specialized service.

Optimization Factor	Build In-House	Buy with Chainscore
Time to Initial Optimization	6-12 months	4-8 weeks
Upfront Development Cost	$250K - $500K+	$0 (Service Model)
Core Team Required	3-5 Senior ZK Engineers	Your Existing Team
Proof System Expertise	Must hire/build	Included (Proven Team)
Security & Audit Overhead	High (Your Responsibility)	Low (Our Guarantee)
Ongoing R&D & Updates	Your team's time & budget	Included in Service
Gas Savings Realization	Delayed by 6+ months	Immediate upon integration
Total Year 1 Cost (Est.)	$300K - $600K+	$60K - $180K
Performance SLA	None (Internal Goal)	99.9% Uptime & Support
Focus Shift	Infrastructure R&D	Core Product & Growth

how-we-deliver

PROVEN METHODOLOGY

Our ZK-Rollup Optimization Engagement Process

A systematic, four-phase approach to identify, analyze, and implement gas optimizations that directly reduce your L2 operational costs and improve user experience.

Phase 1: Architecture & Baseline Audit

We conduct a deep-dive analysis of your current ZK-Rollup stack (e.g., zkSync, Starknet, Polygon zkEVM) to establish a performance baseline. This includes profiling gas costs per transaction type, identifying inefficient circuit logic, and mapping data availability bottlenecks.

7-10 days

Initial Audit

Full Stack

Coverage

Phase 2: Circuit & Proof Optimization

Our cryptography engineers refactor your zero-knowledge circuits and proof generation logic. We implement techniques like custom gate design, lookup argument optimization, and parallel proof generation to slash prover costs and verification time.

40-70%

Avg. Prover Cost Reduction

Solidity, Cairo, Noir

Circuit Languages

Phase 3: Data Availability & Calldata Strategy

We optimize how data is posted to L1, implementing EIP-4844 blob transactions, efficient calldata compression, and strategic batch sizing. This directly reduces the most expensive line item in your rollup's cost structure.

Up to 90%

L1 Calldata Savings

EIP-4844 Ready

Implementation

Phase 4: Integration & Continuous Monitoring

We deploy optimized contracts and circuits to your testnet, provide comprehensive benchmarking reports, and set up monitoring dashboards for real-time gas cost tracking. Includes knowledge transfer to your engineering team.

2-3 weeks

Deployment & Handoff

Ongoing Support

Post-Engagement

Technical & Commercial Insights