We architect and deploy custom DEXs that deliver sub-second finality and 0.1% or lower swap fees. Our solutions are built on battle-tested protocols like Uniswap V4, Curve, or Balancer, tailored to your specific tokenomics and market-making needs.
LABS
Services
ZK-Rollup Storage Cost Optimizer
A specialized analytics platform that models, forecasts, and identifies optimization opportunities for L1 data storage costs on ZK-rollup chains like StarkNet and zkSync, directly reducing your settlement fees.
Chainscore © 2026
overview
LIQUIDITY ENGINEERING
Custom DEX Development
Build high-performance decentralized exchanges with deep liquidity and institutional-grade security.
From automated market makers (AMMs) to hybrid order books, we design the optimal liquidity engine for your project's growth.
- Core Deliverables: Custom
Solidity 0.8+smart contracts, gas-optimized swap logic, multi-chain deployment (EVM & non-EVM), and comprehensive audit support. - Key Outcomes: Faster time-to-market with a production-ready DEX in 4-6 weeks, TVL growth through strategic liquidity bootstrapping, and regulatory-compliant architecture for institutional access.
key-features-cards
ENGINEERED FOR EFFICIENCY
Core Platform Capabilities
Our ZK-Rollup Storage Cost Optimizer is a purpose-built solution that directly reduces your L2 data availability expenses. We deliver measurable cost savings and enhanced performance through a suite of integrated, battle-tested technologies.
01
Advanced Data Compression Engine
Proprietary compression algorithms reduce on-chain calldata by up to 80%, slashing your primary L1 storage cost driver without compromising data integrity or security.
Up to 80%
Calldata Reduction
Zero Trust
Security Model
02
State Management & Pruning
Automated pruning of obsolete state data and intelligent caching strategies minimize the active state footprint, reducing long-term storage bloat and associated fees.
> 60%
State Size Reduction
Automated
Maintenance
03
Batch Optimization Scheduler
Intelligent batching logic aggregates transactions to maximize data efficiency per L1 submission, optimizing for gas price fluctuations and network congestion.
Dynamic
Gas Optimization
Real-time
Network Analysis
04
Security-First Architecture
Built with formal verification principles and audited cryptographic libraries. Every optimization preserves the underlying security guarantees of the ZK-Rollup.
Formal Verification
Methodology
Audited
Core Libraries
05
Multi-Chain & Custom L2 Integration
Seamlessly integrates with leading ZK-Rollup stacks (zkSync, StarkNet, Polygon zkEVM) and custom L2s. We adapt our optimizer to your specific virtual machine and proof system.
Protocol Agnostic
Design
< 2 Weeks
Integration Time
06
Real-Time Analytics Dashboard
Monitor cost savings, compression ratios, and gas expenditure with granular metrics. Provides actionable insights for further optimizing your rollup economics.
Real-time
Cost Tracking
Granular
Performance Metrics
benefits
PROVEN RESULTS
Business Outcomes: From Data to Savings
Our ZK-Rollup Storage Cost Optimizer delivers measurable financial and operational advantages, transforming raw blockchain data into direct cost savings and enhanced performance.
01
Substantial L1 Cost Reduction
We architect and deploy custom ZK-Rollup solutions that reduce your on-chain data footprint by 80-95%, directly translating to lower Ethereum gas fees and predictable operational costs.
80-95%
On-chain data reduction
Predictable
Gas cost model
02
Accelerated Transaction Throughput
Move from 15-30 TPS on mainnet to 2,000+ TPS with sub-second finality. Our optimized proving systems ensure your dApp scales without compromising security or user experience.
2,000+
Transactions per second
< 1 sec
Finality time
03
Enhanced Data Availability & Security
Implement robust Data Availability Committees (DACs) or validium modes with multi-signature security. We ensure your off-chain data remains verifiably secure and accessible, backed by formal verification practices.
Formal
Verification
Multi-sig
Security model
04
Faster Time-to-Market
Leverage our battle-tested ZK-Rollup frameworks and SDKs. We deliver production-ready, audited infrastructure in 6-8 weeks, not quarters, accelerating your product launch.
6-8 weeks
To production
Audited
Code delivery
05
Future-Proof Architecture
Build on modular, upgradeable rollup stacks (e.g., StarkEx, zkSync Era, Polygon zkEVM) that we tailor for your use case. Our designs integrate seamlessly with upcoming Ethereum upgrades like EIP-4844 (proto-danksharding).
Modular
Stack design
EIP-4844
Ready
06
Comprehensive Cost Analytics
Gain full visibility into your storage and transaction cost drivers with our custom dashboards. We provide the data and insights needed to continuously optimize spending and resource allocation.
Real-time
Cost tracking
Actionable
Insights
Infrastructure Investment Analysis
Build vs. Buy: ZK-Rollup Cost Analytics
A detailed comparison of the total cost of ownership, time investment, and risk profile for developing a custom ZK-Rollup storage optimizer versus using Chainscore's managed service.
| Factor | Build In-House | Chainscore Managed Service |
|---|---|---|
Time to Initial Deployment | 6-12 months | 4-8 weeks |
Upfront Development Cost | $250K - $600K+ | $0 |
Annual Infrastructure & Maintenance | $120K - $300K | Starts at $75K/year |
ZK-Prover Expertise Required | Senior Cryptographer (2-3 FTE) | Included |
Security Audit & Formal Verification | $50K - $150K (external) | Included (audit reports provided) |
Ongoing Protocol Upgrades | Your team's responsibility | Handled by Chainscore |
Time to Optimize for New L2s (e.g., zkSync, Starknet) | 3-6 months per chain | Weeks (included in service) |
Real-time Cost Analytics Dashboard | Build from scratch | Included with SLA |
Total Year 1 Cost (Estimate) | $420K - $1.05M+ | $75K - $150K |
Risk of Cost Overruns & Delays | High | Minimal (fixed-fee options) |
how-we-deliver
PROVEN PROCESS
Our Implementation Methodology
Our systematic approach ensures your ZK-Rollup achieves maximum storage efficiency with minimal disruption. We deliver a production-ready solution, not just a report.
01
Architecture & Data Flow Audit
We analyze your current rollup architecture, smart contracts, and data patterns to identify the most impactful optimization targets. This includes evaluating calldata usage, state growth, and transaction batching efficiency.
Deliverable: A detailed audit report with prioritized cost-saving opportunities.
2-5 days
Initial Analysis
>40%
Typical Savings Identified
02
Custom Compression Strategy Design
We design and prototype tailored compression algorithms (e.g., custom L1 data formats, state diffs, signature aggregation) specific to your application's data patterns. This goes beyond generic solutions.
Deliverable: A prototype demonstrating the proposed compression strategy and its projected L1 cost reduction.
1-2 weeks
Design Phase
60-90%
Data Size Reduction
03
Secure Integration & Implementation
Our engineers implement the optimization strategy directly into your sequencer and prover codebase. We follow security-first development with extensive testing, including differential testing against the original system to ensure functional parity.
Deliverable: Integrated, tested code ready for staging deployment.
2-4 weeks
Implementation
100%
Functional Parity
04
Staging Deployment & Validation
We deploy the optimized system to a staging/testnet environment identical to production. We run load tests, monitor real gas costs, and validate end-to-end proof generation and verification under simulated mainnet conditions.
Deliverable: A validation report confirming performance metrics and cost savings.
1 week
Validation Cycle
99.9%+
Uptime SLA
05
Production Rollout & Monitoring
We manage the phased production rollout, including contingency plans. Post-launch, we provide monitoring dashboards for L1 gas costs, compression ratios, and system health, ensuring sustained optimization.
Deliverable: A live, optimized production system with ongoing performance visibility.
< 1 day
Planned Downtime
24/7
Post-Launch Support
06
Ongoing Optimization & Updates
Blockchain ecosystems evolve. We provide ongoing support to adapt your compression strategies to new EIPs, L1 upgrades, and changing application usage patterns, protecting your cost base long-term.
Deliverable: A retainer agreement for proactive optimization updates.
Quarterly
Strategy Reviews
Proactive
EIP Adaptation
ZK-Rollup Storage
Frequently Asked Questions
Get clear answers on how our ZK-Rollup Storage Cost Optimizer service works, from implementation to long-term value.
Our clients typically achieve 60-85% reduction in L1 data availability (DA) costs post-optimization. The exact savings depend on your transaction volume, data compression efficiency, and chosen DA layer (e.g., Ethereum calldata, Celestia, EigenDA). We provide a detailed cost analysis and projection during the initial architecture review.
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