Stealth Contract Gas Optimization

overview

CORE SERVICE

Smart Contract Development

Secure, production-ready smart contracts built by Web3 experts to power your decentralized applications.

We architect and deploy audit-ready smart contracts for tokens, DeFi protocols, and NFT ecosystems. Our development process is built on Solidity 0.8+ and OpenZeppelin standards, ensuring security and gas efficiency from day one.

Token Systems: Custom ERC-20, ERC-721, and ERC-1155 with advanced features like vesting, staking, and governance.
DeFi Protocols: Automated Market Makers (AMMs), lending/borrowing pools, and yield aggregators with optimized transaction logic.
Enterprise Logic: Multi-signature wallets, upgradeable proxy patterns, and cross-chain functionality for complex business rules.

We deliver contracts that pass major security audits, reducing your time-to-audit by 50% and mitigating critical vulnerabilities before deployment.

Our engagement model is designed for speed and reliability:

2-Week MVP Sprint: From spec to deployed testnet prototype.
Full Security Review: Internal audits using Slither and Foundry before external review.
Post-Deployment Support: Monitoring, incident response, and upgrade management.

key-features-cards

PROVEN PROCESS

Our Gas Optimization Methodology

We apply a systematic, multi-layered approach to reduce your smart contract gas costs by up to 90% while maintaining security and functionality. Our methodology is battle-tested across DeFi, NFT, and enterprise protocols.

Architectural & Storage Audit

We analyze your contract architecture and data structures to identify high-cost patterns. This includes optimizing storage layouts, reducing state variables, and implementing efficient data packing techniques to minimize on-chain footprint.

30-50%

Typical Initial Savings

24-48 hrs

Audit Turnaround

Bytecode-Level Optimization

Our engineers perform low-level EVM opcode analysis to rewrite critical functions for maximum efficiency. We focus on loop unrolling, function inlining, and selecting optimal opcodes to reduce execution costs.

> 60%

Execution Cost Reduction

Solidity 0.8+

Compiler Target

Gas Benchmarking & Simulation

We deploy your contracts to a forked mainnet environment and run comprehensive gas usage simulations under real-world conditions. This provides precise, data-driven metrics for every function call and transaction path.

1000+

Transaction Scenarios

Mainnet Fork

Test Environment

Security-Preserving Refactoring

All optimizations are implemented with security as the primary constraint. We use formal verification tools and adhere to OpenZeppelin patterns to ensure gas savings do not introduce vulnerabilities.

Zero Critical

Vulnerability Intro

Slither, MythX

Verification Tools

benefits

DELIVERABLES

Business Outcomes: Viable Privacy at Scale

Our stealth contract gas optimization service delivers measurable infrastructure improvements, enabling you to deploy private transactions as a core product feature without compromising on cost or performance.

Gas Cost Reduction

We optimize your stealth address logic to reduce gas consumption by 40-60% versus standard implementations, making private transactions economically viable for high-frequency applications.

40-60%

Gas Reduction

ERC-4337

Bundler Compatible

Sub-Second Finality

Engineered stealth operations achieve transaction finality in < 1 second on L2s, meeting the performance demands of DeFi and real-time applications requiring privacy.

< 1 sec

Finality (L2)

99.9%

Uptime SLA

Audited Security

All optimized stealth contracts undergo rigorous security audits following OpenZeppelin standards, with formal verification for critical functions to eliminate vulnerabilities.

Zero Critical

Audit Findings

Formal Verification

Key Functions

Rapid Integration

Deploy a production-ready, gas-optimized stealth module in under 3 weeks. Includes full documentation, test suites, and integration support for your existing stack.

< 3 weeks

To Production

Full SDK

Included

Scalable Architecture

Designs support 10,000+ TPS on compatible L2 rollups. Modular architecture allows for easy upgrades and integration with future privacy enhancements like zk-SNARKs.

10k+ TPS

Scalability Target

Modular

Upgrade Path

Developer Experience

Receive a comprehensive developer kit with TypeScript/Go SDKs, monitoring dashboards, and detailed gas analytics to track and optimize ongoing costs.

TypeScript & Go

SDK Support

Real-time Analytics

Included

The Infrastructure Decision for CTOs

Build vs. Buy: Specialized Optimization vs. General Audits

Choosing between a general-purpose audit and a specialized gas optimization service impacts your product's performance, cost, and time-to-market. This comparison highlights the key differences.

Key Factor	General Smart Contract Audit	Chainscore Stealth Optimization
Primary Focus	Security vulnerabilities, code correctness	Gas efficiency, bytecode-level optimization
Average Gas Savings	0-10% (incidental)	25-50% (targeted)
Expertise Required	General Solidity security	EVM opcodes, compiler internals, MEV
Deliverables	Security report with vulnerabilities	Optimized bytecode, deployment scripts, performance benchmark report
Time to Results	2-4 weeks for report	1-2 weeks for deployable contracts
Ongoing Cost Impact	One-time fee, high recurring gas costs	One-time project fee, permanently lower transaction fees
Integration Support	Advisory only	Full deployment & verification support
Total Cost (First Year)	$15K-$50K audit + high gas fees	$30K-$100K project fee + reduced gas fees
Best For	Pre-launch security compliance	Scaling live protocols, competitive DeFi products, high-frequency applications

Transparent, Fixed-Scope Engagements

Deliverables & Timeline: A 3-Week Engagement

Our structured 3-week sprint delivers a comprehensive gas optimization report and actionable recommendations. Choose the support level that matches your project's needs.

Deliverable / Service	Analysis Package	Implementation Support	Enterprise Suite
Initial Codebase Audit & Profiling
Comprehensive Gas Report (PDF)
Top 10 High-Impact Optimization Recommendations
Implementation of 3-5 Critical Optimizations
Pre- & Post-Optimization Gas Cost Comparison
Deployment & On-Chain Verification Support
Dedicated Technical Lead & Weekly Syncs
Post-Deployment Monitoring & Anomaly Alerting (1 Month)
Priority Support & Response Time	Email (48h)	Slack (24h)	Dedicated (4h)
Typical Engagement Cost	$8,000 - $15,000	$25,000 - $50,000	Custom Quote

how-we-deliver

METHODICAL OPTIMIZATION

Our 4-Phase Engagement Process

Our structured, transparent approach ensures we deliver measurable gas savings and enhanced contract security, from initial audit to final deployment.

Phase 1: Audit & Baseline Analysis

We conduct a comprehensive audit of your existing stealth contract logic, identifying high-gas operations, storage inefficiencies, and security vulnerabilities. This establishes a precise performance and cost baseline.

48-72 hours

Initial Report

100%

Code Coverage

Phase 2: Strategic Optimization Design

We architect a tailored optimization plan targeting gas-heavy functions like batch operations, storage patterns, and cryptographic proofs. Solutions include Merkle tree optimizations, calldata usage, and efficient event logging.

20-60%

Targeted Gas Reduction

Solidity 0.8+

Standards

Phase 3: Implementation & Security Review

Our engineers refactor and deploy optimized contract code. Every change undergoes rigorous unit testing and a secondary security review to ensure functionality and integrity are preserved.

Zero Breaking Changes

Guarantee

OpenZeppelin

Security Patterns

Phase 4: Verification & Performance Reporting

We provide final on-chain verification, detailed before/after gas cost comparisons on testnets and mainnet, and a comprehensive report documenting all optimizations and security validations for your team.

Verifiable Metrics

Final Report

Post-Deploy Support

Included

Stealth Contract Gas Optimization

Frequently Asked Questions

Get clear answers about our specialized service for reducing on-chain costs and improving protocol efficiency.

Our standard optimization sprint takes 2-3 weeks from code review to final deployment. This includes: initial audit (3-5 days), implementation of optimizations (1-2 weeks), and final verification/testing. Complex protocols with multiple contract dependencies may require 4-5 weeks. We provide a detailed project plan within the first 48 hours of engagement.

Smart Contract Development

Our Gas Optimization Methodology

Architectural & Storage Audit

Bytecode-Level Optimization

Gas Benchmarking & Simulation

Security-Preserving Refactoring

Business Outcomes: Viable Privacy at Scale

Gas Cost Reduction

Sub-Second Finality

Audited Security

Rapid Integration

Scalable Architecture

Developer Experience

Build vs. Buy: Specialized Optimization vs. General Audits

Deliverables & Timeline: A 3-Week Engagement

Our 4-Phase Engagement Process

Phase 1: Audit & Baseline Analysis

Phase 2: Strategic Optimization Design

Phase 3: Implementation & Security Review

Phase 4: Verification & Performance Reporting

Frequently Asked Questions

Get a free quote.

Get In Touch
today.

Stealth Contract Gas Optimization

Smart Contract Development

Our Gas Optimization Methodology

Architectural & Storage Audit

Bytecode-Level Optimization

Gas Benchmarking & Simulation

Security-Preserving Refactoring

Business Outcomes: Viable Privacy at Scale

Gas Cost Reduction

Sub-Second Finality

Audited Security

Rapid Integration

Scalable Architecture

Developer Experience

Build vs. Buy: Specialized Optimization vs. General Audits

Deliverables & Timeline: A 3-Week Engagement

Our 4-Phase Engagement Process

Phase 1: Audit & Baseline Analysis

Phase 2: Strategic Optimization Design

Phase 3: Implementation & Security Review

Phase 4: Verification & Performance Reporting

Frequently Asked Questions

Get In Touch today.

Get In Touch
today.