We architect and deploy audit-ready smart contracts that power your token, DeFi protocol, or NFT platform. Our development process is built on Solidity 0.8+ with OpenZeppelin standards and includes comprehensive unit testing.
LABS
Services
Gas Optimization Simulation Consultant
A targeted consultancy service that uses deep transaction simulation to analyze and recommend specific code-level and strategy-level changes to minimize gas consumption for high-frequency dApps and bots.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built by Web3 experts.
- Custom Logic: From
ERC-20tokens with vesting to complexERC-721/ERC-1155marketplaces. - Security-First: Formal verification, gas optimization, and pre-audit reviews to mitigate exploits.
- Full Lifecycle: Development, deployment scripts, and mainnet verification on Etherscan.
Deliver a secure, functional MVP in as little as 2-3 weeks, with guaranteed code ownership and documentation.
key-features-cards
PROVEN PROCESS
Our Gas Optimization Methodology
Our systematic, four-phase approach delivers measurable reductions in transaction costs and performance bottlenecks, ensuring your smart contracts are both economical and scalable.
01
Comprehensive Code & State Analysis
We perform a deep-dive audit of your smart contract bytecode and storage patterns to identify the most expensive operations, from storage writes to complex computations.
100%
Code Coverage
>50%
Typical Initial Savings
02
Custom Simulation Environment
We build a tailored simulation framework replicating mainnet conditions to test optimizations under real-world transaction loads and gas price volatility.
Real TPS
Load Testing
Historical Data
Gas Price Models
03
Targeted Optimization Implementation
We apply specific techniques—packing variables, minimizing storage, using efficient data types, and refining algorithms—to directly target identified inefficiencies.
Solidity 0.8+
Best Practices
Assembly
Where Critical
04
Verification & Performance Reporting
Every change is rigorously verified for correctness and security. You receive a detailed report quantifying gas savings per function and overall contract performance gains.
Full Audit Trail
All Changes
Benchmark Metrics
Pre/Post Comparison
benefits
MEASURABLE OUTCOMES
The Business Impact of Gas Optimization
Gas optimization isn't just a technical exercise—it's a direct lever for user growth, cost reduction, and competitive advantage. Our simulation-driven approach delivers quantifiable business results.
01
Reduce User Transaction Costs
Lower gas fees directly improve user experience and adoption. We identify and eliminate inefficiencies in your contract logic, storage patterns, and function calls to minimize the cost for your end-users.
30-70%
Typical Gas Reduction
> 10%
User Retention Lift
02
Accelerate Time-to-Market
Our pre-launch gas profiling identifies costly bottlenecks before deployment, preventing expensive post-launch refactoring. Ship faster with confidence in your contract's economic efficiency.
2-4 weeks
Faster Launch Cycle
0
Post-Launch Gas Emergencies
03
Enhance Protocol Scalability
High gas consumption limits throughput and increases network congestion costs. We optimize for batch operations and state management, enabling your protocol to handle more users and transactions per block.
3-5x
Higher TPS Capacity
< $0.10
Target Cost per TX
05
Improve Investor & User Confidence
Demonstrating a commitment to gas efficiency signals technical rigor and long-term viability. Detailed optimization reports provide tangible proof of engineering excellence to stakeholders.
Key
Due Diligence Asset
Proven
Economic Model
The Quantitative Advantage
Manual Review vs. Chainscore Simulation
Traditional manual gas analysis is reactive and limited. Our simulation-driven approach provides proactive, data-backed optimization.
| Optimization Factor | Manual Code Review | Chainscore Simulation |
|---|---|---|
Analysis Scope | Selected functions only | Entire contract lifecycle |
Gas Cost Prediction | Developer estimate (±30-50%) | Precise simulation (±<5%) |
Scenario Coverage | Basic happy path | Edge cases & mainnet-like conditions |
Optimization Insights | Generic best practices | Data-driven, contract-specific recommendations |
Time to Results | Days to weeks | Hours |
Integration | Manual report | CI/CD-ready reports & alerts |
Cost Impact | Uncertain ROI | Guaranteed 15-40% gas reduction |
Ongoing Monitoring | None | Post-deployment gas tracking dashboard |
how-we-deliver
PREDICTABLE, TRANSPARENT, RESULTS-DRIVEN
Our 4-Week Engagement Process
A structured, sprint-based approach to deliver a comprehensive gas optimization report and actionable roadmap. We move from analysis to implementation-ready solutions in one month.
01
Week 1: Discovery & Baseline Analysis
We conduct a deep-dive audit of your current smart contracts and transaction patterns. We establish a performance baseline, identifying high-cost functions and inefficient patterns using our proprietary simulation tools.
Deliverable: Initial findings report with identified optimization targets.
100%
Code Coverage
3-5 days
Initial Report
02
Week 2: Simulation & Modeling
Using a forked testnet environment, we simulate proposed optimizations—from opcode-level tweaks to architectural refactors. We model gas costs under mainnet conditions to predict precise savings for your most common user journeys.
Deliverable: Comparative gas cost models for key transaction flows.
> 95%
Accuracy
10+
Scenarios Modeled
03
Week 3: Optimization Strategy & Roadmap
We prioritize recommendations based on impact vs. implementation effort. You receive a detailed technical roadmap covering low-hanging fruit (saving 15-40% gas) and architectural changes (saving 40-70%+), complete with Solidity code snippets and migration paths.
Deliverable: Prioritized optimization roadmap with implementation steps.
Tiered
Priority Framework
Code Snippets
Included
04
Week 4: Review, Reporting & Handoff
We present the final analysis, walk your team through the findings, and provide the complete simulation dataset. The engagement concludes with a knowledge transfer session and a clear path to implementation, whether handled by your team or ours.
Deliverable: Final report, simulation data, and handoff session.
1.0
Final Report v1.0
Guaranteed
Handoff
Technical Deep Dive
Gas Optimization Simulation FAQs
Get specific answers on how our simulation-driven approach delivers measurable gas savings and performance improvements for your smart contracts.
We employ a four-phase simulation methodology: 1) Baseline Profiling using tools like Hardhat Gas Reporter and Tenderly, 2) Bottleneck Analysis to identify high-cost operations (storage, loops, external calls), 3) Simulation & Modeling of proposed changes in a forked environment, and 4) Validation & Reporting with a detailed savings audit. This data-driven process typically identifies 20-40% gas savings on initial 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