A smart city platform designed to monitor, analyze, and visualize urban operational indicators in real time using Artificial Intelligence, Live Analytics, and Digital Twin technologies.
Baseerah AI is an intelligent smart-city management platform developed as a Computer Science graduation project.
The system acts as a Digital Twin for cities by collecting, visualizing, and analyzing operational indicators such as:
- Air Quality
- Traffic Flow
- Energy Consumption
- Water Usage
- Public Safety
- Live Operational Events
The platform provides decision-makers with a unified dashboard and AI-powered recommendations for improved city management.
Monitor city-wide operational indicators through a centralized control center.
Live updates using Socket.IO technology.
Baseerah AI Copilot provides intelligent operational recommendations.
Interactive visualizations and real-time trend analysis.
Instant alerts for abnormal operational conditions.
Overall performance scoring for monitored regions.
Manage cities, districts, and monitored zones.
Cross-platform mobile application built using React Native and Expo.
Role-based authentication system for accessing the platform.
Real-time city monitoring and operational analytics.
Manage operational zones and monitored regions.
Interactive charts and operational trend visualization.
Monitor infrastructure, database connectivity, and system health.
Monitor city indicators directly from mobile devices.
AI-powered assistant capable of analyzing operational indicators and generating recommendations.
- React.js
- Vite
- Tailwind CSS
- Recharts
- Node.js
- Express.js
- Socket.IO
- PostgreSQL
- React Native
- Expo
- Git
- GitHub
- VS Code
- pgAdmin
Mobile App
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React Frontend
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Express Backend
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PostgreSQL Database
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AI Analysis Engine
- AI Predictive Analytics
- Traffic Forecasting
- Water Consumption Forecasting
- Energy Optimization
- Smart Alerts Engine
- IoT Sensor Integration
- Vision 2030 Smart City Expansion
- Cloud Deployment
- Build a Digital Twin for smart city monitoring.
- Improve operational decision-making.
- Integrate Artificial Intelligence into city management.
- Provide real-time analytics and alerts.
- Support future smart-city initiatives.
Khalid Yahya AlFudhayl
Computer Science Student
King Khalid University
Graduation Project (2026–2027)
GitHub: https://github.com/Khalid-AlFudhayl







