We architect and implement bespoke blockchain solutions from the protocol layer up. Our team delivers production-ready networks, sidechains, and L2 solutions built on frameworks like Substrate, Cosmos SDK, and OP Stack.
LABS
Services
Restaking for Modular Blockchain Security
We design and implement custom restaking protocols that enable flexible security sharing across the layers of your modular stack—execution, settlement, consensus, and data availability.
Chainscore © 2026
overview
FULL-STACK INFRASTRUCTURE
Custom Blockchain Development
Build, deploy, and scale custom blockchain networks and applications with expert engineering.
From a 2-week PoC to a mainnet launch, we manage the entire lifecycle with a focus on security, performance, and future-proof architecture.
- Core Protocol Development: Custom consensus (
PoS,PoA), tokenomics, and governance modules. - Smart Contract & dApp Suite: Full-stack development of decentralized applications and their underlying
Solidity/Rustcontracts. - Node Infrastructure: Automated deployment, monitoring, and management of validator nodes and RPC endpoints.
- Interoperability Bridges: Secure cross-chain messaging and asset transfer systems using
LayerZeroorWormhole.
key-features-cards
ENTERPRISE-GRADE SECURITY
Core Capabilities of Our Restaking Architecture
Our modular restaking infrastructure is engineered for production workloads, delivering provable security, operational resilience, and capital efficiency for your blockchain network.
01
Multi-Protocol Security Aggregation
Leverage pooled security from Ethereum, EigenLayer, and Babylon to bootstrap your chain's economic security. We architect integrations that allow you to inherit the battle-tested security of major L1s without the capital overhead of a standalone validator set.
$50B+
Aggregated TVL
3+
Protocols Supported
02
Customizable Slashing Conditions
Define and deploy protocol-specific slashing logic to protect your application layer. Our framework supports custom fault proofs, data availability challenges, and sequencer failure detection, ensuring validators are accountable for your chain's unique security model.
100%
Configurable Logic
On-chain
Verifiable Proofs
03
High-Availability Operator Network
Deploy with our curated network of professional node operators. All operators undergo rigorous vetting for infrastructure reliability, performance monitoring, and adherence to slashing conditions, guaranteeing 24/7 uptime for your restaked security layer.
99.9%
Uptime SLA
< 1 min
Failover Time
04
Capital-Efficient Staking Pools
Maximize yield for your stakers while securing your chain. Our architecture supports liquid restaking tokens (LRTs), enabling users to participate in securing your network while maintaining liquidity and composability across DeFi.
0%
Lock-up Period
Dual Yield
Revenue Model
05
Real-Time Security Analytics Dashboard
Monitor the health and economic security of your network in real-time. Track total value secured (TVS), operator performance, slashing risk, and yield metrics through a dedicated dashboard, providing full transparency for your team and community.
24/7
Monitoring
API-First
Integration
06
Rapid Integration & Deployment
Go from design to production in weeks, not months. We provide SDKs, comprehensive documentation, and direct engineering support to integrate our restaking modules with your rollup, appchain, or AVS, accelerating your time-to-market.
< 4 weeks
Deployment Time
Full SDK
Included
benefits
TANGIBLE ROI
Business Outcomes: Why Implement Restaking
Restaking transforms idle validator capital into active security for modular chains and AVSs, unlocking new revenue streams and enhancing network resilience. Here’s the measurable impact for your business.
01
Capital Efficiency & New Revenue
Generate yield on staked ETH without compromising validator security. Our architecture enables participation in multiple AVSs, diversifying income beyond base protocol rewards.
2-5x
Potential Yield Multiplier
Zero Lockup
On Native Restaking
02
Enhanced Modular Security
Bootstrap robust, cryptoeconomic security for your rollup or application-specific chain by leveraging Ethereum's established validator set, avoiding the cold-start problem.
$40B+
Ethereum Security Pool
> 1M
Active Validators
03
Faster Time-to-Market
Deploy a secure, economically backed chain in weeks, not years. We handle the complex integration with EigenLayer and AVS operators, so you can focus on application logic.
< 4 Weeks
Integration Timeline
Pre-Audited
Smart Contracts
04
Risk-Managed Slashing
Implement with confidence using our slashing condition analysis and operator vetting. We design fault-tolerant systems that protect your capital and your chain's liveness.
Multi-Sig
Withdrawal Safeguards
Operator Due Diligence
Mandatory
Make an informed infrastructure decision
Build vs. Buy: Custom Restaking vs. Generic Solutions
Choosing the right restaking approach impacts your security, time-to-market, and total cost. This comparison outlines the trade-offs between developing a custom solution in-house versus partnering with Chainscore Labs for a tailored, secure implementation.
| Factor | Build In-House | Generic Restaking Service | Chainscore Custom Restaking |
|---|---|---|---|
Time to Production | 6-12+ months | 2-4 weeks | 4-8 weeks |
Initial Security Audit | Required (extra $50K-$150K) | Shared (pre-audited pool) | Dedicated (included in package) |
Custom Logic & Slashing Conditions | Full flexibility | None (one-size-fits-all) | Tailored to your AVS |
Integration Complexity | High (your team handles it) | Low (standard API) | Managed (we integrate with your stack) |
Ongoing Protocol Upgrades | Your team's responsibility | Provider's schedule | Co-managed with our experts |
Multi-Chain Support (EigenLayer, Babylon) | Build per chain | Limited to provider's chains | Designed for your target chains |
Team Cost (Engineering, Security, DevOps) | $200K-$500K+ annually | $10K-$50K monthly fee | $75K-$200K project fee + optional SLA |
Time to First Revenue | Delayed by build time | Immediate | Accelerated (weeks, not months) |
Competitive Differentiation | High (unique implementation) | Low (same as competitors) | High (custom, branded solution) |
Total Cost of Ownership (Year 1) | $300K-$800K+ | $120K-$600K | $150K-$350K |
how-we-deliver
PROVEN METHODOLOGY
Our Development & Integration Process
A structured, security-first approach to integrate restaking security into your modular blockchain. We deliver production-ready infrastructure, not just proof-of-concepts.
01
1. Architecture & Strategy Review
We analyze your modular stack (Celestia, EigenLayer, AltLayer, etc.) to design an optimal restaking security model. This includes threat modeling, slashing condition definition, and validator set strategy.
2-5 days
Strategy Phase
10+
Protocols Analyzed
02
2. Smart Contract Development & Auditing
Development of custom slashing contracts, delegation managers, and reward distributors in Solidity or Rust. All code follows OpenZeppelin standards and undergoes internal review before external audit.
100%
Audit-Ready Code
Gas-Optimized
Contract Design
03
3. AVS Integration & Node Deployment
Secure integration with Actively Validated Services (AVS) like EigenLayer. We deploy and manage your dedicated nodes or validators with monitoring, key management, and automated failover.
99.9%
Node Uptime SLA
< 24h
Incident Response
05
5. Mainnet Launch & Monitoring
Phased deployment to testnet and mainnet with real stake. We implement 24/7 monitoring dashboards for slashing events, validator health, and economic security metrics.
Phased Go-Live
Risk Mitigation
Real-Time Alerts
Proactive Ops
06
6. Ongoing Support & Optimization
Continuous performance tuning, upgrade management for new AVS modules, and strategic advisory on restaking yield optimization and validator set expansion.
Dedicated SRE
Technical Support
Quarterly Reviews
Strategy Updates
security
CORE SERVICE
Smart Contract Development
Secure, audited smart contracts built for production by Web3 specialists.
We architect and deploy mission-critical Solidity/Rust contracts with enterprise-grade security as the foundation. Every contract undergoes formal verification and multi-stage audits before mainnet deployment.
From token standards to complex DeFi logic, we deliver production-ready code that scales.
- Custom Development:
ERC-20,ERC-721,ERC-1155, staking pools, governance modules, and bespoke DeFi primitives. - Security-First Process: Development with OpenZeppelin libraries, automated testing (
Hardhat/Foundry), and audits by leading firms. - Full Lifecycle Support: Deployment, upgrade management via proxies, and ongoing monitoring for a 99.9% uptime SLA.
Technical & Commercial Insights
Frequently Asked Questions on Restaking Development
Get clear answers on timelines, costs, security, and our development process for building secure restaking protocols.
Standard deployments take 3-6 weeks from specification to mainnet launch. The timeline breaks down as: 1 week for architecture & spec, 2-3 weeks for core development and internal testing, and 1-2 weeks for audit preparation and deployment. Complex integrations (e.g., with novel AVS types or custom slashing logic) can extend this to 8-10 weeks. We provide a detailed project plan with milestones during the initial scoping call.
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