We architect and deploy audit-ready smart contracts for DeFi, NFTs, and enterprise applications. Our team specializes in Solidity and Rust, implementing battle-tested patterns from OpenZeppelin to ensure security and gas efficiency from day one.
LABS
Services
Restaking Derivative Product Engineering
We design and develop secure smart contract systems for novel financial derivatives built on restaked assets, such as yield tokens, options, and automated structured products.
Chainscore © 2026
overview
CORE SERVICE
Custom Smart Contract Development
Secure, production-ready smart contracts built by Web3 experts to power your dApp.
Deliver a secure, functional MVP in as little as 2-4 weeks, not months.
Our process is built for speed and safety:
- Full Development Lifecycle: From architecture and coding to testing, deployment, and verification.
- Security-First Design: Proactive vulnerability analysis integrated into development.
- Protocol-Specific Logic: Custom implementations for
ERC-20,ERC-721,ERC-1155, staking, governance, and cross-chain bridges.
We move beyond basic templates to deliver contracts that are scalable, upgradeable, and composable. Every contract includes comprehensive unit and integration testing, gas optimization reports, and documentation to ensure your team can build with confidence.
key-features-cards
END-TO-END DEVELOPMENT
Core Capabilities for Restaking Derivative Product Engineering
We architect and deploy secure, scalable, and capital-efficient restaking derivative protocols. Our engineering focus ensures your product is market-ready, compliant, and built for sustainable growth.
01
Custom Restaking Vault Architecture
Design and deploy modular vaults for native and liquid restaking (LRTs) with automated reward distribution and slashing protection. Built for EigenLayer, Babylon, and other AVS ecosystems.
> $1B
TVM Secured
< 3 weeks
To MVP
02
ERC-20 & ERC-4626 Tokenization
Engineer compliant liquid restaking tokens (LRTs) with optimized yield-bearing mechanics, transfer restrictions, and seamless integration with DeFi primaries like Aave and Curve.
ERC-4626
Standard
< 0.1%
Mint/Redeem Fee
03
Security & Formal Verification
Rigorous smart contract audits, economic modeling, and formal verification to mitigate slashing risks and ensure protocol solvency. Includes integration with security oracles.
3+ Audits
Per Contract
0 Critical
Bug Bounty History
04
Yield & Reward Engine
Build automated systems for reward accrual, fee calculation, and re-staking strategies. Supports multi-asset rewards (ETH, Eigen, AVS tokens) with transparent on-chain accounting.
99.9%
Uptime SLA
< 24h
Reward Settlement
05
DeFi Integration & Composability
Seamlessly connect your derivative to DEXs, lending markets, and yield aggregators. We provide integration SDKs and liquidity bootstrapping strategies.
10+
Protocol Integrations
< 1 week
Integration Time
06
Node Operator & Delegator Dashboards
Develop full-stack dashboards for real-time monitoring of validator performance, slashing status, rewards, and governance. Includes alerting and reporting tools.
Sub-Second
Data Latency
24/7
Monitoring
benefits
DELIVERABLES
Business Outcomes: From Concept to Capital Efficiency
We engineer restaking derivative products that deliver measurable financial and technical advantages, moving your project from concept to a capital-efficient, revenue-generating protocol.
01
Custom Restaking Vaults
Deploy secure, gas-optimized vaults for native and LST restaking, enabling users to earn staking rewards while unlocking derivative liquidity. Built with modular architecture for easy integration with DeFi primitives.
>95%
Gas Efficiency
ERC-4626
Standard
02
Derivative Token Engineering
Design and implement yield-bearing derivative tokens (e.g., rtokens, LRTs) with robust economic models, composable interfaces, and seamless integration with DEXs and lending markets.
ERC-20/721
Standards
OpenZeppelin
Security
03
Risk & Slashing Mitigation
Implement multi-layered security with operator delegation logic, slashing insurance mechanisms, and real-time monitoring to protect user assets and ensure protocol solvency.
Multi-Sig
Withdrawals
24/7
Monitoring
04
Yield Aggregation & Distribution
Automate the aggregation of rewards from multiple AVS and consensus layers, with transparent, on-chain distribution logic to maximize returns for derivative holders.
Automated
Harvesting
On-Chain
Auditability
05
DeFi Composability Layer
Build the necessary adapters and oracles to integrate your restaking derivatives as collateral in leading lending protocols (Aave, Compound) and liquidity pools (Uniswap, Balancer).
Chainlink
Oracle Ready
Mainnet
Proven
06
Protocol Governance & Upgrades
Deliver upgradeable, modular smart contracts with built-in governance mechanisms (e.g., Timelock, Multi-sig) for secure, community-led evolution of the protocol.
Transparent
Upgrades
DAO-Ready
Architecture
From MVP to Full-Scale Production
Phased Development Roadmap
A structured, milestone-driven approach to building and launching your restaking derivative protocol. Each phase delivers a functional, secure product increment.
| Phase | Deliverables & Scope | Timeline | Key Outcomes |
|---|---|---|---|
Phase 1: Architecture & Core Contracts | Protocol architecture design, core staking vaults, reward accrual logic, and initial security audit. | 3-4 weeks | Audited smart contract foundation, clear technical specification, and go-to-market plan. |
Phase 2: Derivative Token & User Interface | Derivative token (e.g., LST) minting/burning, basic user dashboard, and integration with major DeFi oracles. | 4-5 weeks | Fully functional MVP for early users, derivative token liquidity bootstrapping, and initial user testing. |
Phase 3: Advanced Features & Integrations | Multi-chain deployment (EVM), yield optimization strategies, governance module, and comprehensive audit. | 5-6 weeks | Production-ready protocol with advanced features, enhanced security, and expanded market reach. |
Phase 4: Scaling & Ecosystem Growth | Liquidity incentive programs, partner integrations (wallets, DEXs, aggregators), and advanced analytics dashboard. | Ongoing | Sustainable TVL growth, strong community adoption, and a robust, scalable ecosystem. |
Ongoing Support & Maintenance | 24/7 protocol monitoring, smart contract upgrade management, and dedicated technical support with 4-hour SLA. | Monthly Retainer | 99.9% uptime, proactive security, and continuous feature evolution based on market needs. |
how-we-deliver
BUILT FOR PRODUCTION
Our Engineering & Security Methodology
We engineer restaking derivatives with the security and reliability required for institutional-grade financial products. Our methodology ensures your protocol is robust, scalable, and ready for mainnet.
01
Formal Verification & Audits
Every smart contract undergoes formal verification using tools like Certora and comprehensive audits by leading firms such as Trail of Bits. We deliver a verified, secure codebase from day one.
100%
Code Coverage
0 Critical
Audit Findings
02
Gas-Optimized Architecture
We design derivative logic with sub-100k gas operations for core functions, reducing user costs and ensuring competitiveness on L2s and Ethereum mainnet. Every line is profiled for efficiency.
< 100k
Gas per TX
40%
Avg. Savings
03
Modular & Upgradeable Design
Built with a modular architecture using proxy patterns (ERC-1967) and Diamond Standard (EIP-2535) for seamless, secure upgrades. Future-proof your product without forking or migrations.
Zero-Downtime
Upgrades
< 1 hr
Patch Deployment
04
Continuous Monitoring & Incident Response
24/7 on-chain monitoring with custom alerts for anomalous activity. We provide a dedicated incident response playbook and real-time dashboards for your team's operational oversight.
24/7
Monitoring
< 5 min
Alert Response
05
Comprehensive Testing Suite
End-to-end testing with Foundry, including fuzzing, invariant testing, and fork-mode simulations against live networks. We simulate edge cases and economic attacks before deployment.
10k+
Test Cases
Mainnet Fork
Simulation Env
06
Regulatory & Compliance Readiness
We engineer with compliance in mind, implementing role-based access controls, transaction limits, and on-chain attestations to simplify integration with regulated entities and KYC providers.
SOC 2
Framework
On-Chain
Attestations
Technical & Commercial Insights
Frequently Asked Questions on Restaking Derivative Engineering
Get clear, specific answers to the most common questions from CTOs and founders evaluating restaking derivative development partners.
We operate on a fixed-scope, fixed-price model for well-defined projects, typically ranging from $50K to $250K. A standard protocol with core features (staking, derivative minting, slashing logic, basic UI) deploys in 6-8 weeks. This includes 2 weeks for architecture & design, 3-4 weeks for core development and internal audits, and 1-2 weeks for testnet deployment and client review. Complex integrations (e.g., multi-chain, custom oracle feeds) extend the timeline. We provide a detailed project plan and weekly sprint demos.
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