Monitoring Air Quality Across Diverse Environments​


Air pollution exposure varies significantly depending on location. Urban centres, roadside corridors, and background environments often experience very different pollution dynamics. Understanding these variations requires monitoring that reflects how air quality behaves across real-world environments.


In Kenya, Persium Pods have been deployed across multiple locations to capture high-resolution air quality data. The network collects measurements from urban areas, kerbside environments influenced by traffic activity, and background sites that provide a regional baseline.


This distributed approach allows researchers and policymakers to compare pollution patterns across environments and better understand how emissions sources, traffic behaviour, and atmospheric conditions shape air quality.


All data streams directly into Persium MapView, our geospatial monitoring platform. MapView provides a live, interactive view of every sensor in the network, enabling users to visualise environmental conditions, analyse trends, and identify pollution hotspots across locations.


Air pollution exposure varies significantly depending on location. Urban centres, roadside corridors, and background environments often experience very different pollution dynamics. Understanding these variations requires monitoring that reflects how air quality behaves across real-world environments.


In Kenya, Persium Pods have been deployed across multiple locations to capture high-resolution air quality data. The network collects measurements from urban areas, kerbside environments influenced by traffic activity, and background sites that provide a regional baseline.


This distributed approach allows researchers and policymakers to compare pollution patterns across environments and better understand how emissions sources, traffic behaviour, and atmospheric conditions shape air quality.


All data streams directly into Persium MapView, our geospatial monitoring platform. MapView provides a live, interactive view of every sensor in the network, enabling users to visualise environmental conditions, analyse trends, and identify pollution hotspots across locations.


Air pollution exposure varies significantly depending on location. Urban centres, roadside corridors, and background environments often experience very different pollution dynamics. Understanding these variations requires monitoring that reflects how air quality behaves across real-world environments.


In Kenya, Persium Pods have been deployed across multiple locations to capture high-resolution air quality data. The network collects measurements from urban areas, kerbside environments influenced by traffic activity, and background sites that provide a regional baseline.


This distributed approach allows researchers and policymakers to compare pollution patterns across environments and better understand how emissions sources, traffic behaviour, and atmospheric conditions shape air quality.


All data streams directly into Persium MapView, our geospatial monitoring platform. MapView provides a live, interactive view of every sensor in the network, enabling users to visualise environmental conditions, analyse trends, and identify pollution hotspots across locations.

Real-Time Environmental Data​


All monitoring data feeds into the Persium Dashboard and API, providing:


  • Live monitoring as measurements are collected

  • Downloadable CSV data reports

  • Configurable threshold alerts

  • Secure, encrypted user access

  • Full API documentation and integration support


There is no limit to the number of dashboard users, ensuring transparent access to environmental data across stakeholders.


All monitoring data feeds into the Persium Dashboard and API, providing:


  • Live monitoring as measurements are collected

  • Downloadable CSV data reports

  • Configurable threshold alerts

  • Secure, encrypted user access

  • Full API documentation and integration support


There is no limit to the number of dashboard users, ensuring transparent access to environmental data across stakeholders.


All monitoring data feeds into the Persium Dashboard and API, providing:


  • Live monitoring as measurements are collected

  • Downloadable CSV data reports

  • Configurable threshold alerts

  • Secure, encrypted user access

  • Full API documentation and integration support


There is no limit to the number of dashboard users, ensuring transparent access to environmental data across stakeholders.


The Bigger Picture


Air quality is not uniform across cities or regions. By collecting hyper-local environmental data across diverse environments, the Kenya deployment provides deeper insight into pollution dynamics and real-world exposure.


Projects like this highlight Persium’s growing presence across Africa and the increasing need for real-time environmental intelligence to support research, urban planning, and environmental policy — helping build healthier, more breathable communities.


The Bigger Picture


Air quality is not uniform across cities or regions. By collecting hyper-local environmental data across diverse environments, the Kenya deployment provides deeper insight into pollution dynamics and real-world exposure.


Projects like this highlight Persium’s growing presence across Africa and the increasing need for real-time environmental intelligence to support research, urban planning, and environmental policy — helping build healthier, more breathable communities.


The Bigger Picture


Air quality is not uniform across cities or regions. By collecting hyper-local environmental data across diverse environments, the Kenya deployment provides deeper insight into pollution dynamics and real-world exposure.


Projects like this highlight Persium’s growing presence across Africa and the increasing need for real-time environmental intelligence to support research, urban planning, and environmental policy — helping build healthier, more breathable communities.