iNode
  • Introduction
  • Vision & Mission
  • Core Features – Powering the iNode Ecosystem
    • One-Click Ethereum Node Deployment
    • Real-Time Monitoring Dashboard
    • Smart Contract-Based Governance
    • Cloud Auto-Scaling & Uptime Optimization
    • Ethereum Mainnet & Testnet Support
    • Plugin-Ready Architecture
    • Crypto & Stablecoin Payment Integration
  • Technology Stack – Built for Scale, Speed, and Security
    • Blockchain Layer Support
    • Smart Contract Infrastructure
    • Front-End Stack
    • Back-End Stack
    • Infrastructure & Cloud
    • Security & Privacy
    • Future Enhancements
  • Use Cases
  • iNode workflow
  • iNode Marketplace
  • Conclusion
  • Media Social
  • FAQ
  • iNode Privacy Policy
  • Tokenomics
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iNode Marketplace

The iNode Marketplace is a revolutionary concept that empowers users to lease, rent, or delegate Ethereum nodes through smart contract-based mechanisms. By leveraging the decentralized nature of the Ethereum network, iNode enables node operators and users to interact directly, without the need for a centralized intermediary. This allows for more flexibility, better resource utilization, and the potential to generate income for those with underused infrastructure.

Key Features of the iNode Marketplace

1. Node Listings with Full Metadata

  • Node Types & Specifications: Node operators can list various types of nodes—Full Nodes, Archive Nodes, Light Nodes, etc.—each with specific parameters such as capacity (RAM, CPU), location, network (Mainnet, Goerli, Sepolia), and uptime guarantees.

  • Metadata: Each node listing will contain detailed metadata, including the node’s health status, reliability score (based on previous performance), and available resources (bandwidth, processing power). Users can easily filter through available nodes based on their requirements.

    Example Metadata:

    • Node Type: Full Node

    • Network: Ethereum Mainnet

    • Location: US-East AWS Region

    • CPU: 8 vCPU

    • RAM: 32 GB

    • Uptime: 99.5%

    • Price per Hour: 0.05 ETH

  • Instant Deployment: Users can browse the available node listings and instantly deploy a node for their needs, simply by connecting their Web3 wallet and confirming the transaction.

2. Reputation System & User Reviews

  • Trust & Transparency: Node operators are incentivized to maintain high-quality, reliable nodes through a reputation system. Users can rate nodes based on uptime, performance, and customer support. This ensures that new customers can easily choose trustworthy operators.

  • Reviews & Ratings: After a node rental period, users are encouraged to leave reviews and ratings based on their experience. This builds a transparent system where operators are rewarded for quality, and users are protected from unreliable nodes.

    Example:

    • Rating: ⭐⭐⭐⭐☆ (4/5 stars)

    • Review: “Great uptime and fast response time, but a bit slow during peak hours.”

  • Incentives for Operators: Operators who maintain high ratings may get additional visibility in the marketplace, attracting more users and potentially increasing revenue.

3. Crypto Wallet-Based Payments

  • Seamless Transactions: Payments for node rentals or leases are processed directly through Web3 wallets (e.g., MetaMask, WalletConnect). This ensures transparency and trust in all financial transactions, with Ethereum or stablecoin payments supported.

  • Smart Contract Payment Management: All transactions are managed by smart contracts to ensure secure, transparent, and automated payment flows. For example, once a user rents a node, the corresponding amount in ETH or stablecoins is held in escrow and only released to the operator after the rental period ends, ensuring both parties fulfill their obligations.

  • Flexible Payment Options: Operators can offer various payment structures, such as pay-per-hour, monthly subscriptions, or pay-per-use.

4. Permission Control & Smart Contract Leasing

  • Permission Control: Node operators have full control over the permissions of their leased nodes through smart contracts. They can define access levels for different users (e.g., read-only, full access, admin privileges) and ensure that only authorized parties can interact with the node.

  • Time-Locked Leasing: Operators can set the terms of node usage, such as time-based leasing or resource-based leasing. For instance, a node might be available for lease for 24 hours, or the lease could be tied to a certain level of resource usage (e.g., 100 GB of bandwidth).

  • Smart Contract Enforcement: All agreements are codified in smart contracts that are deployed on the blockchain. These smart contracts enforce the rules and conditions of the node lease, automatically releasing payments and verifying the completion of the rental period.

5. Node Marketplace Dashboard

  • For Operators: Node operators can manage their listings from a dedicated Operator Dashboard. This dashboard allows them to:

    • List new nodes for rent.

    • Monitor real-time node performance.

    • Adjust pricing and availability.

    • View earned payments and reputation scores.

    • Respond to user reviews and feedback.

  • For Users: Users can browse through the marketplace, view detailed node listings, read reviews, and select nodes that meet their needs. The marketplace also provides:

    • A search and filter system to find nodes based on specific criteria (e.g., network, location, pricing, rating).

    • An overview of all active leases, along with billing and usage statistics.

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Last updated 7 days ago