Real World Deployments
Case Study
Dubai, UAE 🇦🇪
Real-Time Air Quality Monitoring at Community Scale
Real-Time Air Quality Monitoring at Community Scale
Dubai continues to position itself at the forefront of smart city innovation, where infrastructure, technology, and sustainability intersect.
In this context, real-time environmental monitoring plays a critical role in supporting urban resilience, indoor air quality management, and data-driven decision-making.
Persium’s deployment in Dubai delivers precision IoT sensing designed to provide continuous, hyperlocal environmental intelligence across indoor environments.
Dubai continues to position itself at the forefront of smart city innovation, where infrastructure, technology, and sustainability intersect.
In this context, real-time environmental monitoring plays a critical role in supporting urban resilience, indoor air quality management, and data-driven decision-making.
Persium’s deployment in Dubai delivers precision IoT sensing designed to provide continuous, hyperlocal environmental intelligence across indoor environments.
Dubai continues to position itself at the forefront of smart city innovation, where infrastructure, technology, and sustainability intersect.
In this context, real-time environmental monitoring plays a critical role in supporting urban resilience, indoor air quality management, and data-driven decision-making.
Persium’s deployment in Dubai delivers precision IoT sensing designed to provide continuous, hyperlocal environmental intelligence across indoor environments.
Monitoring the Air Inside Urban Buildings
Indoor air quality directly impacts comfort, performance, and long-term health exposure.
Persium Indoor Pods monitor:
PM1, PM2.5, PM10
VOCs
CO₂
Temperature, humidity, and pressure
By continuously tracking these parameters, the system provides visibility into how indoor conditions evolve throughout the day, including how external pollution influences internal air quality.
From Sensor to Screen
All collected data streams directly into Persium’s secure web-based platform.
Through MapView, users can:
View live pollutant graphs
Explore 3D spatial visualisations
Analyse historical trends
Configure alerts
Generate downloadable reports
This transforms indoor air quality from an invisible risk into a measurable, manageable metric.
Indoor air quality directly impacts comfort, performance, and long-term health exposure.
Persium Indoor Pods monitor:
PM1, PM2.5, PM10
VOCs
CO₂
Temperature, humidity, and pressure
By continuously tracking these parameters, the system provides visibility into how indoor conditions evolve throughout the day, including how external pollution influences internal air quality.
From Sensor to Screen
All collected data streams directly into Persium’s secure web-based platform.
Through MapView, users can:
View live pollutant graphs
Explore 3D spatial visualisations
Analyse historical trends
Configure alerts
Generate downloadable reports
This transforms indoor air quality from an invisible risk into a measurable, manageable metric.
Indoor air quality directly impacts comfort, performance, and long-term health exposure.
Persium Indoor Pods monitor:
PM1, PM2.5, PM10
VOCs
CO₂
Temperature, humidity, and pressure
By continuously tracking these parameters, the system provides visibility into how indoor conditions evolve throughout the day, including how external pollution influences internal air quality.
From Sensor to Screen
All collected data streams directly into Persium’s secure web-based platform.
Through MapView, users can:
View live pollutant graphs
Explore 3D spatial visualisations
Analyse historical trends
Configure alerts
Generate downloadable reports
This transforms indoor air quality from an invisible risk into a measurable, manageable metric.
Built for Scalable Deployment
The Dubai deployment demonstrates how compact, discreet sensors can be integrated into existing infrastructure without disruption.
The system is:
Web-based and accessible in real time
Secure with encrypted user management
API-enabled for system integration
Designed for multi-user access
This makes it suitable for commercial buildings, campuses, healthcare facilities, and urban infrastructure projects.
The Bigger Picture
Dubai’s commitment to smart infrastructure requires data that is precise, continuous, and actionable.
By combining precision IoT sensing with real-time analytics, Persium enables facility operators and city stakeholders to manage exposure, optimise building performance, and strengthen environmental transparency.
Built for Scalable Deployment
The Dubai deployment demonstrates how compact, discreet sensors can be integrated into existing infrastructure without disruption.
The system is:
Web-based and accessible in real time
Secure with encrypted user management
API-enabled for system integration
Designed for multi-user access
This makes it suitable for commercial buildings, campuses, healthcare facilities, and urban infrastructure projects.
The Bigger Picture
Dubai’s commitment to smart infrastructure requires data that is precise, continuous, and actionable.
By combining precision IoT sensing with real-time analytics, Persium enables facility operators and city stakeholders to manage exposure, optimise building performance, and strengthen environmental transparency.
Built for Scalable Deployment
The Dubai deployment demonstrates how compact, discreet sensors can be integrated into existing infrastructure without disruption.
The system is:
Web-based and accessible in real time
Secure with encrypted user management
API-enabled for system integration
Designed for multi-user access
This makes it suitable for commercial buildings, campuses, healthcare facilities, and urban infrastructure projects.
The Bigger Picture
Dubai’s commitment to smart infrastructure requires data that is precise, continuous, and actionable.
By combining precision IoT sensing with real-time analytics, Persium enables facility operators and city stakeholders to manage exposure, optimise building performance, and strengthen environmental transparency.