Overview
Technical Architecture
This section provides a detailed overview of Macro Browser's technical architecture and design decisions.
System Overview
Macro Browser combines traditional web browsing with next-generation privacy and Web3 capabilities.
The diagram above illustrates the high-level architecture of Macro Browser, with core components organized in layers.
System Context
Macro Browser interacts with multiple external systems to provide its functionality:
This context diagram shows how Macro Browser connects to the web, blockchain networks, P2P VPN infrastructure, wallet services, and AI systems.
Core Components
Macro Browser consists of several core components working together:
Browser Engine: Built on Electron/Chromium for cross-platform compatibility
Privacy Layer: Ad blocking, tracker prevention, and fingerprint protection
P2P VPN: Secure, decentralized network connectivity
Web3 Bridge: Connection to blockchain networks and dApps
Wallet Integration: Secure crypto wallet capabilities
AI Assistant: Intelligent browsing assistance
Technical Documentation
For more detailed technical information, please explore the following sections:
Technology Stack
Macro Browser is built using the following core technologies:
Electron: Cross-platform framework that enables using web technologies to build desktop applications
Chromium: Open-source browser project that powers Macro Browser's rendering engine
TypeScript/JavaScript: Primary programming languages for application logic
React: UI library for building the browser's interface components
OpenAI API: Powers the intelligent search capabilities
MetaMask SDK: Enables wallet connectivity and Web3 functionality
WireGuard/NetBird: Underlying technology for the P2P VPN feature
Core Architectural Principles
Security by Design: Security considerations are built into every component from the ground up
Privacy First: All features prioritize user privacy and data minimization
Modular Components: Clean separation of concerns allows for independent evolution of features
Zero Trust: No component inherently trusts another without verification
Graceful Degradation: Core functionality remains available even if enhanced features are disabled
System Process Architecture
The browser operates as a desktop application with several processes:
Main Process: Manages application lifecycle and creates renderer processes
Renderer Processes: Handle the display of web content in browser windows
GPU Process: Handles GPU acceleration for rendering
Network Service: Manages network requests and the VPN connection
Utility Processes: Handle various tasks like extension execution
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