CONET PROJECT
Launch CONETSilent Pass VPN
  • Welcome To CONET
    • Introduction
    • Background
      • Personal Information
        • Collection Of Personal Information
        • New Business Opportunities
          • AI
          • CLOUD COMPUTING
          • SEARCH ENGINE
          • BLOCKCHAIN
      • Decentralized Physical Infrastructure Network
    • CONET Manifesto
    • CONET Philosophy
  • Core Technology
    • How CoNET Works: Decentralized, Private, and Secure
    • Wallet-to-Wallet encrypted network communication protocol
      • Internet Protocol
        • TCP/IP Protocol
        • Internet TCP/IP Communication Privacy Threats
        • Internet Privacy Communication Solutions
      • Layer Minus Protocol
        • Layer Minus
        • Privacy Threats of the Layer Minus Protocol
    • CONET Platform
      • CONET Wallet
    • CONET Power Card
  • CoNET DePIN Blockchain
  • Staking
  • Nodes
    • Node Benefits for Guardians and CoNETian NFT
  • Silent Pass Proxy/VPN
    • B2B and B2C Solution
    • VPN vs Proxy
    • Silent Pass CDN
  • RPC
  • Tokenomics
    • Token Economic Model
    • Utilities and Economic
    • CONET Consensus Protocol
    • Token Distribution
    • Community-Driven Vision for Web3
  • Early Access Plans
    • Guardian Plan
      • Guardian Plan V2
    • The Conetian Plan
  • Community Incentive Program
    • The CoNETian Minigame
  • Road Map
  • Resource
  • CoNET DePIN Uniswap v4 Deployments
  • CoNET Decentralized Bridge
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  • CoNET Consensus Protocol
  • Initiation Stage: Proof-of-Time (PoT) Consensus
  • Development Period: Hybrid Model (PoT + PoW)
  • Stability Period: PoS, PoT & PoW Integration
  • Why CoNET’s Hybrid Model is Unique

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  1. Tokenomics

CONET Consensus Protocol

CoNET Consensus Protocol

CoNET employs a hybrid consensus mechanism that evolves over its development stages, combining Proof of Work (PoW), Proof of Staking (PoS), and Proof of upTime (PoT) to ensure scalability, security, and decentralization.


Initiation Stage: Proof-of-Time (PoT) Consensus

In its early phase, CoNET focuses on ensuring network participation and reliability through Proof of upTime (PoT).

How It Works:

  • Participants register as relay nodes and connect to the CoNET network, proving their devices remain online.

  • Every 10 seconds, the network calculates the total number of online nodes, allocating rewards based on uptime weight.

  • Relay nodes require devices with unique wallet addresses (no duplicate nodes per device).

Purpose:

  • Encourages widespread participation to strengthen the network.

  • Ensures active and stable nodes to build a robust decentralized infrastructure.


Development Period: Hybrid Model (PoT + PoW)

As CoNET grows, Proof of Work (PoW) is introduced alongside PoT to incentivize computational contributions and expand network capabilities.

How It Works:

  • Relay Nodes (PoT): Continue earning rewards based on uptime.

  • SaaS Nodes (PoW): Users register nodes that provide computational power, bandwidth, and storage.

  • Multiple SaaS nodes can operate on the same wallet, allowing flexibility in contribution.

  • Miners earn rewards not only from the CoNET pool but also from real usage by dApps and network participants.

Purpose:

  • Encourages computational power sharing for decentralized applications (dApps).

  • Bridges the transition from uptime-based participation to resource-sharing incentives.


Stability Period: PoS, PoT & PoW Integration

In the mature stage, CoNET operates on a fully integrated PoS + PoT + PoW model, ensuring sustainability, efficiency, and decentralized governance.

How It Works:

  • Proof of Staking (PoS): Users stake $CONET or $ETH to operate Validator, Full, or Partial Nodes, ensuring economic security & long-term commitment.

  • Proof of upTime (PoT): Nodes that maintain high uptime earn additional incentives, rewarding stability and participation.

  • Proof of Work (PoW): Beyond transaction validation, PoW ensures:

    • Nodes stay online and connected to maintain network resilience.

    • Verification of social tasks and decentralized applications.

    • Computational power for dApps, supporting a privacy-first, decentralized infrastructure.

Market-Driven Rewards:

  • As CoNET matures, rewards prioritize real network usage over our pool allocations.

  • A fair-trade model is established, where miners bid for their services and users select the most cost-effective providers.


Why CoNET’s Hybrid Model is Unique

Combines economic incentives (PoS), participation rewards (PoT), and computational contribution (PoW). Optimized for a decentralized internet, powered by Layer Minus Protocol—eliminating IP tracking and enhancing privacy. Enables fair, scalable, and self-sustaining rewards for long-term growth.

CoNET’s consensus model is designed to evolve, ensuring network security, efficiency, and user-driven governance as adoption scales globally.

Last updated 3 months ago

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