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  • General Documentation
    • Smart Apps and Interaction
      • Subscription-Based Model
      • Token-Gate Model
    • The Smart Node Network
      • security-layer
      • Type of Validators Explained
      • Understanding Validators in Our System
      • Automating Responses to Network Changes & Key Rotation
      • Ensuring Continuous Operation and Recovery
      • Generating and Sharing Keys Collaboratively
      • Handling Node Expulsion and Replacement
      • Managing Cluster Membership
      • Protecting Secrets with Shamir's Method
      • Security Layer Integration
      • Setting Up Secure Clusters
    • Tokenomics
      • Tokenomics v1
      • Tokenomics V2
    • What is a Smart Node?
  • Restful APIs Documentation
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On this page
  • Components of a Smart Node
  • Core Components
  • Core Features
  • Enterprise Performance
  • Enterprise Security
  • Revenue Generation
  • Auto-Management
  • Technical Architecture
  1. General Documentation

What is a Smart Node?

A Smart Node is a specialized server system designed to perform crucial tasks within a decentralized network. Think of it as a powerful lightweight computer that helps validate and sign transactions securely and efficiently.

Components of a Smart Node

The Smart Node is a Kubernetes environment that includes the following components:

Core Components

  1. Smart Node Instance

    • The core component managing the Kubernetes environment.

    • Handles primary node operations and coordination.

  2. Redis Instance

    • Provides caching to enhance performance and speed.

    • Optimizes data access and temporary storage.

  3. Queue

    • Manages and organizes tasks efficiently.

    • Ensures orderly processing of operations.

  4. MongoDB Database

    • Stores internal data securely and reliably.

    • Manages persistent data storage needs.

  5. IPFS Integration

    • Decentralized storage solution.

    • Enables distributed file management.

  6. Exporter

    • Collects and exports metrics for monitoring.

    • Enables performance tracking and analysis.

These components work together to ensure that the Smart Node operates smoothly, securely, and effectively within the network.

Core Features

Enterprise Performance

  • Real-time monitoring and alerts

  • Optimized infrastructure for maximum performance

  • Load balancing and automatic scaling

Enterprise Security

  • Bank-grade security protocols

  • Multi-layer encryption

  • Secure key management

  • Regular security audits

Revenue Generation

  • Passive income through network participation

  • Fee collection mechanisms

  • Reward distribution system

  • Performance-based incentives

Auto-Management

  • Zero-maintenance requirements

  • Automated updates and patches

  • Self-healing capabilities

  • Intelligent resource allocation

Technical Architecture

The Smart Node infrastructure is built on a robust technical stack that includes:

  • Distributed Key Generation (DKG)

  • Smart Transaction Processing

  • Advanced Operator Management

  • Dynamic Fee Structure

For detailed technical specifications and deployment instructions, please refer to the subsequent sections of this documentation.


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Last updated 4 months ago