Stack: React + TypeScript + Vite + ShadCN + Tauri 2.0 + Rust
⚠️ This project follows the Strategic Shift architecture. All backend code must implement the Trigger Engine + Condition Engine + Action Engine pattern using Rust traits. The engine must be modular, extensible, and event-driven — never hardcoded for network monitoring only. SeeStrategic_shift.mdfor the full architectural mandate, enforcement rules, and per-phase checklist.
To build a lightweight, privacy-first, open-source desktop utility that intelligently monitors network activity and safely automates system actions when activity completes.
The product will:
- Be fast
- Use minimal system resources
- Be transparent and predictable
- Support global users
- Be community-driven
- Maintain professional engineering standards
Initial priority: Windows
Future: macOS, Linux, CLI support
Your stack is strong and modern. Let’s understand why it fits perfectly.
Why it fits:
- Small bundle size (uses system WebView)
- Low RAM compared to Electron
- Secure frontend ↔ backend bridge
- Strong Rust integration
- Future mobile targets possible
- Cross-platform by design
Strategic benefit:
You avoid the “heavy app” reputation.
Responsibilities:
- Network interface monitoring
- Process-level traffic inspection
- Power state control
- Logging
- Configuration management
- OS integration
- CLI support (future)
Why Rust:
- Memory safety
- Concurrency safety
- High performance
- Low CPU usage
- Strong ecosystem for system-level work
- Clean error handling
This is critical for a background system utility.
Why this matters:
- React = flexible UI
- TypeScript = fewer runtime bugs
- Vite = extremely fast development
- Easy ShadCN integration
- Modern ecosystem
- Easier contributor onboarding
This ensures your UI layer stays maintainable long-term.
This gives:
- Modern, premium look
- Accessibility-friendly components
- Customizable design system
- Dark/light mode built-in flexibility
Your product’s first impression will be its UI.
This matters for going viral.
Why it fits:
- Very lightweight
- Minimal boilerplate
- Perfect for app-level state
- No complex global state required
You avoid Redux complexity.
Your application will have three main layers:
Responsibilities:
- Rendering monitoring dashboard
- Displaying real-time speeds
- Showing process list
- Countdown UI
- Warning dialogs
- Settings management
- Logs viewer
- Language selection
- Theme switching
No system logic here.
Only UI and user interaction.
Responsibilities:
- Network statistics collection
- Process traffic analysis
- Threshold evaluation logic
- Detection timing control
- Action execution logic
- Logging engine
- OS abstraction layer
- CLI argument parsing (future)
This is the brain of the app.
Abstracted system bindings:
- Windows power API
- Windows performance counters
- macOS power API (future)
- Linux system commands (future)
You must design this layer cleanly from the beginning so it is portable later.
Since Windows is first target:
Focus on:
- Stable power commands
- Accurate network interface detection
- Windows performance counter integration
- Process-level network tracking reliability
- Proper tray behavior
- Proper startup registry integration
Important:
Design code in a platform-agnostic way even if you only implement Windows initially.
Do NOT hardcode Windows logic everywhere.
You want this to be:
- Fully open source
- Contribution friendly
- Globally used
Then you must plan carefully.
Keep clear separation:
/src-frontend/src-backend/core/platform/cli/docs
Clean structure increases contributor confidence.
Choose carefully:
- MIT (very open)
- Apache 2.0 (more protection)
- GPL (forces open source derivatives)
If you want wide adoption and corporate trust:
MIT or Apache 2.0 is usually best.
You must include:
- Clear README
- Installation guide
- Contribution guide
- Code style rules
- Architecture explanation
- Issue template
- Pull request template
If documentation is weak, contributors leave.
To attract contributors:
- Write clean TypeScript
- Write clean Rust
- Add comments
- Add meaningful commit messages
- Maintain changelog
- Respond to issues actively
Community grows around leadership quality.
You should follow:
Format:
MAJOR.MINOR.PATCH
Example:
1.0.0
Rules:
- MAJOR → breaking changes
- MINOR → new features
- PATCH → bug fixes
Never randomly increase versions.
Maintain:
- CHANGELOG.md
- GitHub releases
- Clear release notes
This builds trust.
If targeting worldwide:
Use:
- i18n library for React (like i18next)
- JSON-based translation files
- Language selector
- Fallback language system
Important rules:
- Never hardcode strings
- All UI text must be translation-ready
- Backend messages must be structured for translation
Future contributors can add languages easily.
Your app is background utility.
Therefore:
- Avoid excessive polling frequency
- Use efficient timers
- Batch UI updates
- Avoid unnecessary re-renders
- Keep Rust loops efficient
- Avoid blocking main thread
Target:
- Low idle CPU
- Minimal RAM
- No visible performance spike
Users uninstall tools that consume resources silently.
Your app controls power state.
So:
- No hidden background actions
- Always visible countdown
- No internet dependency
- No telemetry without explicit opt-in
- Validate system capabilities before executing commands
- Safe error handling
Trust is everything for system tools.
Design Rust core so it can:
- Run headless
- Accept CLI arguments
- Trigger actions without UI
Example:
monitor --shutdown-on-download-complete --threshold 200kb --delay 5m
This makes:
- Power users happy
- Automation possible
- Server usage possible
Your Rust backend should not depend on UI logic.
You must include:
- Rust unit tests for detection logic
- Integration tests for action execution
- TypeScript type checks
- ESLint + Prettier
- Rust Clippy
- Continuous Integration (GitHub Actions)
CI should:
- Build Windows target
- Run tests
- Check formatting
- Check linting
Professional open source projects always automate this.
To go global:
- Simple name
- Easy to pronounce
- Clean logo
- Clean landing page
- Screenshots
- Demo video
Users judge in 10 seconds.
UI must look modern and polished.
Long-term expansion can include:
- Remote control via cloud bridge
- Mobile companion app
- Plugin system
- Smart auto-detection algorithm
- AI-based traffic classification
- Enterprise mode
Your architecture should not block future ideas.
Be careful about:
- False trigger shutdown
- Inaccurate process detection
- OS permission issues
- Sleep/hibernate compatibility
- Cross-platform power command differences
- Tray behavior inconsistencies
System tools fail when they behave unpredictably.
You are building:
- A background utility
- A system controller
- An open-source product
- A global tool
So think:
- Stability over speed of development
- Clean code over quick hacks
- Long-term maintainability
- Community-first design
- Transparent behavior