We architect and deploy custom smart contracts that form the foundation of your Web3 product. Our development process ensures security-first design, gas optimization, and audit readiness from day one.
LABS
Services
Gas-Optimized Upgrade Mechanism Design
Engineering upgrade patterns and storage layouts that minimize gas overhead for both initialization and subsequent upgrades, optimizing cost and performance for high-frequency DeFi protocols.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built for scale and compliance.
- Token Systems:
ERC-20,ERC-721,ERC-1155with custom minting, vesting, and governance logic. - DeFi Protocols: Automated Market Makers (AMMs), lending/borrowing pools, and yield aggregators.
- Enterprise Logic: Multi-signature wallets, access control, and compliance modules for regulated assets.
- Security Guarantee: All contracts undergo peer review and are built with
OpenZeppelinstandards.
We deliver a fully tested, documented, and deployable contract suite in 2-4 weeks, enabling you to move from concept to mainnet with confidence.
key-features-cards
ARCHITECTURE & IMPLEMENTATION
Core Technical Capabilities
Our gas-optimized upgrade mechanisms are engineered for security, scalability, and seamless evolution. We deliver battle-tested patterns that ensure your protocol can adapt without compromising user trust or performance.
02
Storage Layout Management
Strategic planning and migration tooling for contract storage. We prevent storage collisions during upgrades and enable efficient data structure evolution.
100%
Collision-Free
Automated
Migration Scripts
03
Governance Integration
Secure integration with on-chain governance (e.g., Compound, Governor) or multi-sig controls. We design upgrade flows that align with your DAO's security model.
Timelock
Standard
Multi-Chain
Compatible
05
Gas Optimization Engine
Deep bytecode-level analysis and optimization for deployment and transaction costs. We target storage operations, function logic, and proxy overhead for maximum efficiency.
Up to 60%
Cost Reduction
Per-Function
Analysis
06
Rollout & Rollback Strategies
Design and implement phased rollout mechanisms and emergency pause/rollback functions. Ensure controlled feature releases and protocol safety.
Canary
Deployments
< 1 Block
Rollback Time
benefits
PROVEN RESULTS
Business Outcomes: Faster, Cheaper, Safer Upgrades
Our gas-optimized upgrade mechanisms deliver tangible business value, reducing operational friction and protecting your protocol's future. We engineer for measurable impact.
01
Reduced Gas Costs by Design
We architect upgrade mechanisms using patterns like Diamond Proxies and Minimal Proxies, cutting deployment and execution gas fees by up to 70% compared to traditional implementations. This directly lowers your users' transaction costs.
Up to 70%
Gas Reduction
EIP-2535
Standard
02
Zero-Downtime Upgrades
Implement seamless, non-disruptive upgrades with hot-swappable logic modules. Ensure 100% protocol availability during migrations, maintaining user trust and preventing revenue loss from service interruptions.
100%
Uptime
0
User Impact
03
Enhanced Security Posture
Every upgrade path is rigorously tested and audited. We integrate multi-sig governance, timelocks, and formal verification to eliminate single points of failure and protect against malicious upgrade proposals.
Multi-Sig
Governance
Formal Verification
Applied
04
Faster Time-to-Market
Leverage our battle-tested upgrade framework and reusable security modules to deploy a production-ready, upgradeable system in weeks, not months. Accelerate your product roadmap with confidence.
< 3 weeks
Deployment
Reusable
Modules
05
Future-Proof Architecture
Design systems that can evolve without forks. Our modular approach allows you to add new features, patch vulnerabilities, and adapt to new standards (EIPs) without redeploying core contracts or migrating user state.
No Forks
Required
Modular
Design
06
Predictable Cost & Timeline
We provide fixed-scope engagements with clear deliverables, eliminating budget overruns. Our proven process from audit to mainnet deployment ensures you know exactly what to expect and when.
Fixed Scope
Pricing
Clear SLA
Deliverables
A Pragmatic Analysis for Technical Leaders
Build vs. Buy: The Cost of Upgrade Overhead
Comparing the total cost of ownership and operational burden between developing a custom upgrade mechanism in-house versus leveraging Chainscore's battle-tested solution.
| Factor | Build In-House | Chainscore |
|---|---|---|
Initial Development Time | 3-6 months | 2-4 weeks |
Senior Solidity Engineer Cost | $150K-$250K | $0 (included) |
Security Audit (Critical) | $30K-$80K + 8 weeks | $0 (pre-audited) |
Ongoing Maintenance & Patching | 1-2 FTE engineers | Optional SLA from $5K/month |
Mean Time to Deploy (MTTD) an Upgrade | 2-4 weeks | < 48 hours |
Risk of Governance/Proxy Attack | High (custom logic) | Low (EIP-1967/2535 patterns) |
Total First-Year Cost | $180K-$330K+ | $50K-$120K |
Guaranteed Uptime During Upgrades | None (your risk) | 99.9% SLA |
how-we-deliver
STRUCTURED EXECUTION
Our Delivery Process: From Audit to Deployment
A transparent, milestone-driven framework for delivering secure, gas-optimized upgrade mechanisms. We provide clear deliverables and timelines at every stage, ensuring your project's architecture is future-proof and production-ready.
01
1. Architecture & Design Review
We analyze your existing smart contract architecture to identify upgrade patterns (Transparent vs. UUPS), gas inefficiencies, and security risks. Deliverables include a technical specification and a recommended upgrade strategy.
48-72 hrs
Initial Review
1
Technical Specification
02
2. Smart Contract Development
Our engineers implement the chosen upgrade mechanism (e.g., UUPS Proxies, Diamond Standard) using battle-tested libraries like OpenZeppelin. Code includes gas optimizations, comprehensive NatSpec comments, and initial unit tests.
1-2 weeks
Development Sprint
100%
Test Coverage Target
03
3. Security Audit & Gas Analysis
Every mechanism undergoes internal review against common vulnerabilities (storage collisions, function clashing) and a detailed gas cost analysis. We provide a pre-audit report before external review.
3-5 days
Internal Audit
< 15%
Gas Overhead Target
04
4. Testnet Deployment & Simulation
We deploy the upgrade system to a testnet (Sepolia, Goerli) and execute comprehensive upgrade simulations, including state migration tests and failure scenario rollbacks.
Goerli/Sepolia
Test Networks
5+
Simulation Scenarios
05
5. Mainnet Deployment & Verification
We manage the secure, multi-signature deployment of proxy contracts, implementation contracts, and initializers to mainnet. All contracts are verified on Etherscan/Snowtrace.
Multi-sig
Deployment Security
Etherscan Verified
Contract Status
06
6. Documentation & Handoff
You receive complete technical documentation, admin scripts for future upgrades, and a 30-day support period to ensure your team is confident managing the new system.
Full Docs
Deliverable
30 days
Post-Deploy Support
Technical Deep Dive
Frequently Asked Questions on Upgrade Mechanisms
Get clear, expert answers to the most common questions CTOs and lead developers ask when designing secure, gas-efficient upgrade systems for their protocols.
Our standard engagement for a production-ready, gas-optimized upgrade system is 3-5 weeks. This includes a 1-week discovery and architecture phase, 2-3 weeks of development and internal auditing, and a final week for deployment and documentation. Complex multi-module systems or integrations with existing infrastructure may extend this timeline, which we define in a fixed-scope proposal.
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