AI-Augmented Gas Optimization Services
Slash Your Gas Fees. Not Your Performance.
Our AI-augmented gas optimization services reduce transaction costs by up to 70%, making your dApp faster, cheaper, and more competitive. Stop losing users to high fees and unlock your protocol's true potential.
Optimize My ContractsTrusted by Web3 Innovators and Global Enterprises
Why Gas Optimization is Your Critical Competitive Edge
In the competitive Web3 landscape, high gas fees are more than an inconvenience—they're a direct threat to user adoption and scalability. Every wasted Gwei is a lost user, a failed transaction, or a compromised user experience that sends them to your competitors.
User Churn & Adoption Barriers
High and unpredictable transaction fees create a frustrating user experience, deterring new users and causing existing ones to abandon your dApp for more efficient alternatives.
Poor dApp Performance
Inefficient smart contracts lead to slower transaction confirmations and a higher rate of failed transactions, undermining the reliability and usability of your entire platform.
Scalability & Security Risks
Poorly optimized code not only costs more but can also introduce security vulnerabilities and create significant bottlenecks that prevent your protocol from scaling effectively.
Our Comprehensive Gas Optimization Services
We offer a full suite of services to analyze, refactor, and future-proof your smart contracts for maximum efficiency and performance.
Smart Contract Code Refactoring
We dive deep into your Solidity code to rewrite inefficient functions, optimize data structures, and implement the latest gas-saving patterns. This is the core of our service, where we surgically enhance your contract's performance without altering its logic.
- Reduces the computational complexity of your functions.
- Implements efficient data packing and storage techniques.
- Upgrades contracts to use modern, gas-efficient Solidity versions and opcodes.
Gas Cost Auditing & Reporting
Our service begins with a comprehensive audit that pinpoints the most gas-intensive parts of your codebase. We provide a detailed report with a prioritized list of actionable recommendations, showing you exactly where you're losing money and how to fix it.
- Delivers a clear heatmap of gas consumption across your contracts.
- Provides concrete, actionable steps for remediation.
- Establishes a baseline to measure the ROI of optimization efforts.
Transaction Payload Optimization
Often overlooked, the data sent with each transaction is a significant cost factor. We analyze and optimize your transaction payloads, minimizing the data sent on-chain to reduce the baseline cost of every interaction with your dApp.
- Reduces call data size for cheaper transactions.
- Implements efficient encoding and data compression techniques.
- Optimizes event emissions to reduce logging costs.
Smart Contract Architectural Review
Before you write a single line of code, we can help design a gas-efficient architecture. For existing projects, we review your contract interaction patterns to identify systemic inefficiencies and recommend structural changes for long-term scalability.
- Ensures gas efficiency is a foundational part of your design.
- Reduces costly cross-contract calls and state changes.
- Advises on optimal contract separation and upgradeability patterns.
Layer 2 Migration Strategy & Implementation
For applications struggling with Layer 1 congestion, we provide end-to-end consulting and implementation services to move high-frequency or complex transactions to a more cost-effective L2 solution like Arbitrum, Optimism, or Polygon.
- Analyzes which parts of your dApp are best suited for L2.
- Develops a secure and seamless migration plan.
- Handles the full development and deployment to the target L2 network.
AI-Powered Gas Usage Analysis
Leveraging machine learning models, we analyze historical transaction data to predict gas costs under various network conditions and identify subtle, complex inefficiencies that manual analysis might miss. This is our secret weapon for finding maximum savings.
- Forecasts gas spikes to enable dynamic fee mechanisms.
- Identifies anomalous gas usage that could indicate an exploit.
- Simulates the gas impact of code changes before deployment.
Why Partner with Errna for Gas Optimization?
We deliver more than just code changes. We provide a strategic partnership focused on security, performance, and measurable business outcomes.
AI-Powered Analysis
Our proprietary AI tools go beyond manual checks, modeling transaction patterns and simulating network conditions to uncover deep-seated inefficiencies that others miss.
Security-First Approach
We optimize without compromising security. Every change is rigorously tested, peer-reviewed, and formally verified to ensure your protocol remains robust and secure.
Measurable ROI
We don't just promise savings; we prove them. You get clear before-and-after metrics, demonstrating tangible cost reductions and performance gains that impact your bottom line.
EVM & L2 Mastery
Our team possesses deep expertise across Ethereum, Polygon, Arbitrum, Optimism, and other EVM-compatible chains, ensuring we apply the right solution for your specific ecosystem.
CMMI Level 5 Process
Our CMMI Level 5 certified processes guarantee a structured, predictable, and high-quality delivery, minimizing risk and ensuring consistent results for your project.
Dedicated Expert Team
You're not hiring a freelancer; you're partnering with a dedicated team of senior blockchain engineers, security analysts, and AI specialists focused solely on your success.
Holistic Performance View
We look beyond just gas costs, considering how optimizations impact transaction speed, security, and user experience to deliver a comprehensively better dApp.
Transparent Reporting
You receive detailed reports at every stage, from initial audit to final implementation, ensuring you have full visibility and understanding of the work being done.
Future-Proof Solutions
We stay ahead of the curve on EIPs and network upgrades, ensuring our optimizations are not just effective today but are also designed to be sustainable for the future.
Our Proven 4-Step Optimization Process
A systematic approach to guarantee security, efficiency, and measurable results.
Discovery & Analysis
We begin with a deep dive into your existing codebase, architecture, and on-chain performance data. Our AI tools and expert analysts conduct a comprehensive gas audit to identify and prioritize key areas for optimization.
Strategy & Roadmap
Based on the analysis, we present a detailed optimization strategy. This includes a roadmap with clear action items, expected gas savings for each, and a timeline for implementation, ensuring full alignment before any code is changed.
Secure Implementation & Testing
Our engineers implement the approved optimizations following a security-first methodology. All changes are written in a separate branch, extensively tested with forked mainnet data, and subjected to a rigorous internal code review.
Deployment & Monitoring
After your approval, we assist with the secure deployment of the optimized contracts. We then monitor on-chain performance to validate the results and provide a final report detailing the achieved gas savings and performance improvements.
Real-World Results
Don't just take our word for it. See how we've transformed dApp performance and delivered massive savings for our clients.
DeFi Protocol Reduces Swap Fees by 65%, Triples Daily Active Users
Client Overview: A leading DEX aggregator on Ethereum, processing over $50M in daily volume. They were facing intense competition from newer, more efficient protocols and losing market share due to high transaction costs during peak network congestion.
"Errna's team didn't just optimize our code; they optimized our business. The reduction in gas fees was immediate and had a direct, positive impact on our user growth and trading volume. They are true experts in their field."
The Problem
The protocol's core routing contract, while functional, was not built with gas efficiency as a primary concern. Complex calculations and excessive storage reads made their swaps uncompetitively expensive, leading to significant user churn to rival platforms.
Our Solution
We conducted a full gas audit and implemented a multi-pronged optimization strategy:
- Refactored the primary routing contract to use more efficient algorithms.
- Implemented an optimized data packing strategy to reduce storage costs.
- Minimized external calls within the swap execution path.
- Introduced a caching mechanism for frequently accessed data.
NFT Marketplace Cuts Minting Costs by 80%, Enabling Affordable Large-Scale Drops
Client Overview: An innovative art and collectibles NFT marketplace on Polygon, focused on empowering emerging artists. Their platform was struggling to attract creators for large collections due to prohibitively high minting costs for users.
"The gas savings were phenomenal. Errna implemented the ERC721A standard for us and completely changed our value proposition. We can now host major collection drops that were previously impossible. Their work was fast, secure, and transformative."
The Problem
The marketplace's standard ERC721 implementation was inefficient for batch minting. Minting multiple NFTs in a single transaction was linearly expensive, making it economically unviable for collectors to buy more than one or two items at a time and preventing artists from launching large collections.
Our Solution
Our team identified the core issue and proposed a strategic upgrade:
- Migrated their core minting contract to the ERC721A standard.
- Optimized metadata handling to reduce on-chain storage.
- Refactored the minting function to remove redundant checks.
- Developed a new, gas-efficient batch minting interface for users.
Web3 Gaming Platform Lowers On-Chain Action Costs by 50%, Boosting Player Engagement
Client Overview: An ambitious on-chain strategy game with complex game mechanics involving frequent state changes for actions like crafting, battling, and resource gathering. High gas fees for these core gameplay loops were making the game too expensive to play.
"Player feedback was clear: our game was too expensive. Errna's architectural review and contract refactoring made our game economically viable for the average player. Engagement metrics skyrocketed after their optimizations went live."
The Problem
The game's contracts were designed for functionality, not efficiency. Every player action required multiple state updates and storage writes, resulting in high gas costs that penalized active players and created a pay-to-win environment based on who could afford the fees.
Our Solution
We took a holistic approach to optimize the entire game logic:
- Re-architected state management to consolidate storage writes.
- Used bitmasking and data packing to store player stats more efficiently.
- Introduced off-chain computation for non-critical game logic.
- Optimized loops and conditional checks in the battle mechanics.
Technology & Platform Expertise
We are fluent in the tools and platforms that power the decentralized world.
What Our Clients Say
"The level of detail in their gas audit was incredible. They found savings in places we never would have looked. A truly professional and high-impact team."
"We were concerned about introducing security risks during optimization. Errna's rigorous testing and security-first mindset gave us complete peace of mind."
"The ROI was undeniable. The money we invested in their services was paid back in on-chain savings within three months. I can't recommend them enough."
Meet Our Gas Optimization Experts
Our team consists of seasoned blockchain architects, security researchers, and AI specialists.
Akeel Q.
Manager, Certified AI & Machine Learning Specialist, expert in applying ML models to analyze transaction patterns for gas optimization.
Prachi D.
Manager, Certified Cloud & IoT Solutions Expert, specializing in gas-efficient smart contract architecture and Layer 2 scaling solutions.
Vikas J.
Divisional Manager, Certified Expert Ethical Hacker, leads our security-first optimization approach, ensuring all code changes are rigorously audited.
Frequently Asked Questions
Savings vary based on the complexity and current state of your smart contracts, but our clients typically see gas cost reductions between 30% and 70%. After an initial analysis, we provide a detailed report with estimated savings for each recommended optimization.
Our process is security-first. We never sacrifice security for performance. All code modifications are subjected to rigorous internal audits, extensive testing on forked networks, and formal verification where applicable. We treat your protocol's security as our highest priority.
A typical engagement lasts from 2 to 6 weeks. The initial audit and strategy phase takes about one week. The implementation and testing phase depends on the complexity of the required changes, but we provide a clear timeline in our roadmap proposal.
Yes. While our deepest expertise is in the EVM (Ethereum Virtual Machine), we are proficient in optimizing contracts for any EVM-compatible chain, including Polygon, Avalanche, BNB Chain, Arbitrum, and Optimism. The principles of gas optimization are largely transferable across these ecosystems.
You receive fully optimized, tested, and documented smart contract code ready for deployment. We also provide a final report detailing the exact changes made, the rationale behind them, and a comprehensive analysis of the on-chain gas savings achieved post-deployment.
Ready to Eliminate Wasted Gas?
Stop letting high fees cripple your growth. Schedule a free, no-obligation consultation with our gas optimization experts today and discover how much you could be saving.
Get My Free Gas Analysis