Interactive BB84 quantum key distribution simulator with 3D photon visualization, analytics, and theory walkthroughs.

• 3D BB84 simulation flow (Alice -> Bob, optional Eve interception)
• Real-time photon and basis behavior visualization
• Key generation metrics and error-rate analytics
• Step-by-step learning mode for protocol understanding
• Theory page explaining BB84 concepts and protocol steps

• React 18 + TypeScript
• Vite 5
• Tailwind CSS + shadcn/ui (Radix UI)
• React Router (HashRouter)
• React Three Fiber / Drei / Three.js for 3D rendering

• /#/ -> Home page
• /#/theory -> BB84 theory and protocol explanation
• /#/simulation -> Interactive simulator

• Node.js 18+ (recommended)
• npm 9+ (or compatible package manager)

git clone https://github.com/Gowreesh-VT/qbbit-explorer.git
cd qbbit-explorer
npm install

npm run dev

By default, Vite is configured to run on:

• http://localhost:8080

npm run build

npm run preview

npm run lint

• npm run dev - start Vite development server
• npm run build - build production bundle into dist/
• npm run build:dev - build using development mode
• npm run preview - preview dist/ locally
• npm run lint - run ESLint
• npm run predeploy - build before deployment
• npm run deploy - deploy dist/ to GitHub Pages via gh-pages

This repository includes two deployment-oriented configurations:

• GitHub Pages deployment script via gh-pages (npm run deploy)
• Firebase Hosting config in firebase.json (serves from dist/ with SPA rewrite)

If deploying to Firebase, build first and deploy with Firebase CLI (for example: firebase deploy).

src/
	App.tsx                   # Router and app-level providers
	contexts/SimulationContext.tsx
	hooks/useBB84Simulation.ts
	pages/
		Home.tsx
		Theory.tsx
		Simulation.tsx
	components/simulation/    # 3D scene + analytics + step mode UI

1. Fork the repository.
2. Create a feature branch.
3. Make your changes.
4. Run npm run lint and npm run build.
5. Open a pull request.

No license file is currently present in this repository.