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

Browser Layer

The browser is one of the most aggressively tracked parts of the internet experience. Most browsers leak enormous amounts of information even in β€œprivate” mode. Invinos approaches browser privacy from the ground up by building a hardened stealth browser that neutralizes all known fingerprinting vectors.

Each Browse session is launched in a fully isolated sandbox β€” a clean, disposable environment with no cached state, no persistent cookies, and no cross-session identifiers. Fonts, screen resolution, language preferences, device specs, and input behavior (such as keystroke timing) are randomized and rotated per session.

JavaScript execution is restricted and audited for fingerprinting scripts, while aggressive tracker blocking is implemented at the network and browser layer. When a session ends, all state is deleted, and a new profile is generated for the next one.

Unlike extensions or hardened browsers that rely on community blocklists or toggles, Invinos eliminates surveillance vectors at the root. It does not assume trust in the browser vendor or any upstream dependencies. Every tab is ephemeral. Every page view is isolated. And no trace of your Browse history exists when the session is closed.

This browser is not just protective β€” it’s liberating. It allows users to explore the internet freely, without fear of profiling, targeting, or behavioral analytics following them from site to site.

This layer is responsible for managing all internet traffic coming into and out of the device. Invinos replaces traditional VPN services with a decentralized network of relays. Traffic is encrypted multiple times and routed through a randomized chain of nodes, preventing any single node from linking source and destination.

No IP logs are kept, no centralized nodes can be subpoenaed, and no DNS queries are leaked. The protocol includes random padding to obscure packet sizes and timing attacks, ensuring that traffic cannot be fingerprinted even by sophisticated surveillance systems.

The network layer is always active when the app is running, providing an essential foundation for every other privacy function in the stack.


The browser engine in Invinos is built for surveillance resistance. Unlike traditional browsers that rely on user configuration to disable tracking features, Invinos eliminates fingerprinting vectors by default.

Every session starts with a fresh, sandboxed container. Cache, cookies, and local storage are discarded after each session. Third-party scripts are blocked entirely. Fonts, screen resolution, time zone, and other identifiers are randomized on a per-session basis.

No Browse history is ever stored locally, and no telemetry is sent to Invinos or any third-party service. The browser is built to run as a stateless application, making each Browse session unique, disposable, and untraceable.

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Last updated 3 days ago