InvinOS
  • πŸ›‘οΈ Invinos Documentation
  • πŸ“Œ Introduction to Invinos
  • 🌐 Why Invinos Exists
  • 🧱 System Architecture Overview
    • Core Design Layers
      • Network Layer
      • Browser Layer
      • Wallet & Asset Layer
      • Computation Layer (AI)
      • Identity Layer
      • Interface & Dashboard Layer
    • Interface & Dashboard Layer
    • Mobile-First Optimization
  • 🧠 Core App Modules
    • Stealth Browser
    • Privacy VPN
    • zkMixer
    • Ghost Wallets
    • Anonymous DEX
    • Local LLM
    • Context Lock
    • Privacy Dashboard
    • zk-Identity
    • Governance
  • πŸ”„ Workflow: Real User Actions
    • Private Browse Flow
    • Crosschain zkMixer Flow
    • Encrypted AI Interaction Flow
    • Full Privacy Session Example
    • Token Utility and Access Flow
  • πŸ” Who use Invinos?
    • DeFi Traders Avoiding Wallet Tracking
    • Journalists Operating Under Surveillance
    • Mobile Users Seeking Default Privacy
    • Builders and Devs Testing Encrypted Flows
    • Community Contributors Managing DAO Work Privately
  • πŸ’Έ VINOS Tokenomics
    • Supply and Distribution
    • Platform Fee Structure and Holder Tiers
    • Governance and Protocol Evolution
    • Sustainability Through Utility
  • 🧭 Invinos Roadmap 2025.
    • Foundation Layer (Q2 2025)
    • Utility Expansion (Q3 2025)
    • Ecosystem Launch (Q4 2025)
  • 🀝 Get Involved
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  1. 🧱 System Architecture Overview
  2. Core Design Layers

Network Layer

The network layer is the foundation of all privacy in Invinos. It is responsible for protecting how your device communicates with the outside world. In most systems, this traffic flows through centralized Internet Service Providers (ISPs) or VPN services β€” entities that can log, analyze, and potentially sell or hand over your metadata. Invinos eliminates these intermediaries by using a decentralized, peer-based VPN tunnel system that routes all internet traffic through anonymous relays.

Each packet is encrypted multiple times (multi-hop routing), passing through several randomly selected relays before exiting to the open internet. At no point can a single node see both the origin and destination of the data. DNS queries are also resolved anonymously, preventing domain-level surveillance. Padding is added to disguise packet sizes and timings, mitigating traffic analysis attacks.

This layer ensures that websites, applications, and blockchain services can’t infer where you are, what device you’re using, or what other traffic might be associated with your session. It's always-on, persistent across modules, and the first defense in Invinos' privacy stack.

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Last updated 3 days ago