Development of a Real-Time Air Quality Monitoring and Management System

The client faces difficulties in real-time collection, management, and analysis of airborne particle data from multiple outdoor sensors. The existing infrastructure lacks flexible data visualization, alerting capabilities for threshold exceedances, and comprehensive sensor and organizational management tools, which hampers effective environmental risk mitigation.

A technology-driven organization specializing in environmental data collection and analysis, aiming to enhance air quality assessment and risk management across multiple regions.

• Implement a real-time monitoring dashboard displaying airborne particle data across various locations with configurable filters.
• Enable automatic alerting and visualization when air quality thresholds are exceeded for specific particles or regions.
• Provide comprehensive sensor management features including calibration monitoring, weather condition tracking, and data display configuration.
• Incorporate organizational management capabilities for user access control, contact management, and role-based permissions.
• Develop a mobile-compatible interface to ensure accessibility and operational continuity across devices.

• Real-time data dashboards with visual graphs and configurable filters for period, location, sensor, and particle type.
• Threshold setting and automatic alerting system for particles in specific regions.
• Sensor management module including calibration status, weather condition display, sensor editing, and maintenance tracking.
• Organizational management interface for managing companies, users, access levels, and contact details.
• Responsive mobile interface mirroring desktop functionalities to support on-the-go monitoring.

• Bioaerosol sensors for real-time air quality data
• Weather data sources for environmental context
• User authentication and organizational databases

• System should support real-time data updates with minimal latency.
• Ensure secure access with role-based permissions and data encryption.
• Design for scalability to handle increasing sensor networks and data volume.
• Implement high availability and fault tolerance for continuous data monitoring.

The new system aims to significantly improve air quality monitoring efficiency, provide timely alerts to mitigate health and environmental risks, and enhance data management capabilities. Expected outcomes include more accurate threshold exceedance detection, streamlined sensor and organizational data handling, and improved accessibility through mobile interfaces, ultimately supporting better decision-making and environmental protection initiatives.