About Our Project
The Real-Time IoT-Driven Air Condition Monitoring System for Factory Environments combines IoT hardware, cloud-based analytics, and a user-friendly web dashboard to provide continuous monitoring and immediate alerts for maintaining healthy indoor air conditions in factory settings.
Ensure safe air quality in factories, reducing health risks and boosting worker morale through continuous monitoring and immediate alerts.
Deploy local and remote alerts to minimize response times when threshold levels are exceeded, ensuring quick action.
Project Links
Access our project repositories and live deployments to explore the code and functionality of our air quality monitoring system.
Blog
Project blog with updates and articles about our air quality monitoring system
GitHub Repository
Live Deployment
Dashboard
Interactive dashboard for monitoring and analyzing air quality data
GitHub Repository
Live Deployment
Login Credentials
Email: admin@example.com
Password: password123
Core Features
- SensorsCO, CO₂, PM2.5, PM10, VOCs, Methane
- AlertsLocal buzzers and LED indicators
- PowerOptimized battery management
- SecuritySecure data ingestion
- ScaleHandles multiple factory zones
- AnalyticsBuilt-in visualization tools
- DisplayLive metrics and charts
- AlertsEmail, SMS, in-app notifications
- ReportsAutomated compliance reporting
System Architecture
- Secure MySQL database integration
- Comprehensive audit logging
- Efficient data retrieval system
- Long-term data retention
- Role-based access control
- Customizable user permissions
- Secure authentication system
- Activity logging and tracking
Project Documentation
Access our comprehensive project documentation, including technical specifications, reports, and tools for the IoT-Driven Air Condition Monitoring System.
BSE25-5 PROJECT REPORT_2.pdf
Comprehensive project report with findings and analysis
Software Requirements Specification BSE25-5.pdf
Detailed requirements specification for the system
Future Enhancements
Machine learning models to predict pollution spikes before they occur.
Integration with industrial control systems for automated ventilation adjustment.
Optional redundancy across different cloud providers for enhanced availability.