We provide fully managed blockchain infrastructure with 99.9% uptime SLAs, eliminating the operational overhead of running your own nodes. Our global network supports EVM chains, Solana, and Cosmos SDK chains.
LABS
Services
Node Operator Compensation Protocol Engineering
We design and build secure, automated smart contract systems that calculate and distribute rewards to DePIN hardware operators based on verifiable, on-chain resource contributions.
Chainscore © 2026
overview
FOUNDATION
Blockchain Infrastructure
Enterprise-grade node infrastructure and APIs for scalable, reliable Web3 applications.
- Multi-Chain RPC & WSS Endpoints: Dedicated, load-balanced access for production traffic.
- Archive & Tracing Nodes: Full historical data access for analytics and compliance.
- Automated Health Monitoring: 24/7 surveillance with instant failover and alerts.
- Enhanced APIs: Pre-built indexers for transactions, tokens, and NFT metadata.
Deploy in hours, not months. We handle node synchronization, security patches, and scaling so your team can focus on core product development.
Outcome: Achieve sub-second latency for user interactions and eliminate infrastructure-related development delays. Our clients typically reduce their time-to-market for new chain integrations from 6+ weeks to under 5 days.
key-features-cards
END-TO-END PROTOCOL DEVELOPMENT
Core Components We Engineer
We architect, build, and secure the complete technical stack for your node operator compensation protocol, delivering production-ready systems that scale.
01
Smart Contract Architecture
Gas-optimized, upgradeable smart contracts for staking, slashing, and reward distribution, built with Solidity 0.8+ and OpenZeppelin security patterns. Includes comprehensive unit and integration testing.
OpenZeppelin
Security Standard
Full Audit
Deliverable
02
Oracle & Data Feeds
Secure, low-latency off-chain computation and data oracles to verify node performance, uptime, and network contributions. Ensures reward calculations are accurate and tamper-proof.
< 1 sec
Data Latency
Chainlink/API3
Integration
03
Node Client Integration
Middleware and APIs to connect your protocol with major node clients (Geth, Erigon, Prysm, Lighthouse). Handles attestation, block proposal, and validator duty reporting.
REST & gRPC
API Support
Multi-client
Compatibility
04
Governance & DAO Module
On-chain governance systems for parameter updates, treasury management, and protocol upgrades. Includes voting contracts, delegation, and proposal lifecycle management.
Snapshot
Integration Ready
ERC-20/721
Voting Tokens
05
Security & Auditing Layer
End-to-end security review including formal verification of critical logic, economic modeling for slashing conditions, and coordination with top-tier audit firms for final certification.
Formal Verification
Key Feature
Trail of Bits
Audit Partner
06
Monitoring & Analytics Dashboard
Real-time dashboard for operators and administrators to track rewards, slashing events, network health, and treasury status. Built with Grafana/Prometheus for observability.
Real-time
Data Display
99.9% Uptime
SLA
benefits
ENGINEERED FOR SCALE
Why a Custom Compensation Protocol Drives Growth
Generic, one-size-fits-all solutions create friction and limit potential. A purpose-built protocol aligns incentives, automates operations, and unlocks sustainable growth for your validator network.
01
Optimized Stakeholder Incentives
We design reward distribution models that precisely align the economic interests of protocol treasuries, node operators, and delegators, reducing churn and maximizing network security.
40-60%
Lower Operator Churn
>95%
Stake Retention
02
Automated, Transparent Payouts
Replace manual, error-prone processes with smart contract-automated settlements. Every reward calculation and distribution is verifiable on-chain, building immutable trust with your operators.
100%
On-Chain Audit Trail
< 1 hour
Payout Execution
03
Multi-Chain & Multi-Asset Support
Engineer a unified compensation layer that consolidates rewards from Ethereum, Cosmos, Solana, and other networks into a single, simplified payout in your native token or stablecoins.
10+
Protocols Supported
1 Dashboard
Unified Management
04
Slashing Protection & Risk Mitigation
Integrate sophisticated slashing insurance mechanisms and performance-based reward curves. Protect operator capital and incentivize optimal network performance to reduce protocol penalties.
>99%
Uptime SLA
0 Critical
Audit Findings
05
Scalable Treasury Management
Design governance-controlled treasury modules that dynamically manage reward pools, fee structures, and community grants, ensuring long-term protocol sustainability as you grow.
Real-time
Budget Analytics
DAO-Governed
Parameter Updates
06
Rapid Integration & Deployment
Leverage our battle-tested modular libraries and deployment frameworks. Go from specification to mainnet in weeks, not months, with full security audit coverage.
2-4 weeks
Time to Mainnet
Certik
Audit Partner
Node Operator Protocol Engineering
Structured Development Path
A phased approach to designing, building, and scaling a secure, efficient, and sustainable node operator compensation system.
| Phase | Deliverables | Timeline | Outcome |
|---|---|---|---|
| Tokenomics model, incentive mechanisms, slashing conditions, governance framework | 2-3 weeks | A robust, auditable protocol blueprint |
| Production-ready Solidity contracts, OpenZeppelin integration, comprehensive test suite | 4-6 weeks | Secure, gas-optimized core protocol on mainnet |
| Third-party audit report, formal verification, economic simulation modeling | 3-4 weeks | Enterprise-grade security with verified economic safety |
| Multi-chain deployment (Ethereum L2s), frontend/backend SDK, monitoring setup | 1-2 weeks | Live protocol with full operational tooling |
| Performance monitoring, parameter tuning, upgrade management, 24/7 SLA | Ongoing | Optimized performance and minimized operator churn |
how-we-deliver
PROVEN FRAMEWORK
Our Engineering Methodology
We apply a battle-tested, security-first engineering process designed for high-stakes protocol development. Our methodology ensures your compensation system is robust, scalable, and ready for mainnet from day one.
01
Security-First Architecture
Every protocol is built on a foundation of formal verification and multi-layered security. We implement OpenZeppelin standards, conduct internal audits, and prepare for third-party review before deployment.
100%
Audit-Ready Code
0 Critical
Bugs at Launch
02
Modular & Upgradeable Design
We engineer compensation logic using proxy patterns (UUPS/Transparent) and modular components. This allows for seamless future upgrades, parameter adjustments, and integration of new reward mechanisms without disrupting live operations.
Modular
Component Design
Gas-Optimized
Upgrade Paths
03
Comprehensive Testing Suite
Our development includes exhaustive unit, integration, and fork testing. We simulate mainnet conditions, edge cases, and adversarial scenarios using Foundry and Hardhat to ensure protocol resilience under load and attack.
>95%
Branch Coverage
Fork-Tested
On Mainnet
04
Gas Optimization & Efficiency
We meticulously optimize every function for minimal gas consumption, critical for high-frequency reward claims and slashing operations. Our focus on efficiency reduces operational costs for both the protocol and its node operators.
30-50%
Gas Savings
Benchmarked
Vs. Standards
05
Clear Documentation & Handoff
We deliver comprehensive technical specifications, architecture diagrams, and operational runbooks. This ensures your team has full visibility and control for ongoing maintenance, monitoring, and future development.
Full
Spec Documentation
Production
Runbooks
06
Post-Deployment Support
Our engagement includes monitoring setup, incident response planning, and advisory support through the initial launch phase. We ensure a smooth transition to production and are available for critical issue resolution.
24/7
Launch Support
SLA-Backed
Critical Response
security
CORE ENGINEERING
Smart Contract Development
Secure, audited smart contracts that power your Web3 product's core logic.
We architect and deploy production-grade smart contracts for ERC-20, ERC-721, and custom protocols. Our focus is on security-first development, gas optimization, and future-proof architecture.
- Full Lifecycle Development: From specification and
Solidity 0.8+coding to testing, deployment, and verification. - Security Audits: Internal reviews plus coordination with top firms like CertiK and OpenZeppelin.
- Gas Optimization: Reduce user transaction costs by 15-40% through efficient coding patterns.
- Upgradeable Design: Implement
Proxypatterns for seamless, secure future upgrades.
We deliver battle-tested contracts that form the unbreakable backbone of your application, ensuring trust and reliability for your users.
Node Operator Protocol Engineering
Frequently Asked Questions
Common questions about our specialized engineering services for building and scaling node operator compensation systems.
A standard protocol deployment takes 4-6 weeks from specification to mainnet launch. This includes 2 weeks for smart contract development and internal audits, 1 week for testnet deployment and integration, and 1-3 weeks for external security audits and final mainnet deployment. Complex systems with novel tokenomics or multi-chain architectures may extend to 8-10 weeks.
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