NINJA Decentralised VPN
  • Abstract
  • Introduction
  • Key Features
  • Technical Architecture
  • Tokenomics
  • Smart Contract
  • Security and Privacy
  • Market Potential
  • Roadmap
  • Conclusion
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Technical Architecture

Blockchain Layer

The Solana blockchain forms the backbone of Ninja VPN, handling:

  • Token Transactions: Ninja payments, staking, and burning.

  • Smart Contracts: Logic for access control, payments, and node rewards.

  • Node Metadata: Storing uptime, bandwidth, and performance data.

Decentralized VPN Infrastructure

The VPN network is composed of peer-operated nodes:

  • Node Operators stake Ninja and register on-chain, providing metadata such as location and bandwidth.

  • Users connect to the network and route traffic through selected nodes.

  • Routing Logic ensures traffic is encrypted and anonymized.

Node Workflow

  1. Node Registration: Operators register their nodes via a smart contract.

  2. Node Selection: The VPN client selects nodes based on proximity, bandwidth, and reputation.

  3. Traffic Routing: Traffic is encrypted using AES-256 and routed through the selected node.

Wallet-Based Access and Payment

Using Wallet Connect, users authenticate and pay for VPN usage directly with Ninja tokens. Payments are usage-based and automatically trigger the token burn mechanism.

Authentication Flow

  1. User connects their wallet via Wallet Connect.

  2. Smart contract verifies Ninja balance.

  3. User receives a time-limited VPN access token.

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Last updated 3 months ago