Help build the future of open source observability software Open positions

Check out the open source projects we support Downloads

Grot cannot remember your choice unless you click the consent notice at the bottom.

How activist engineers use Grafana Cloud to improve global air quality

How activist engineers use Grafana Cloud to improve global air quality

2 Aug, 2022 4 min

With climate change and other environmental factors causing pollution rates and ground-level Ozone levels to climb, poor air quality is an increasingly growing global problem. In fact, fossil air pollution is responsible for 1 out of 5 deaths worldwide, according to a 2021 study conducted by Harvard University. 

That staggering statistic inspired the Air Quality Project, the first “activist engineering” initiative from design engineering community DesignSpark, part of U.K.-based electronic, electrical, and industrial components distributor RS Components.

Information slide about DesignSpark session at GrafanaCONline 2022.
DesignSpark, part of U.K.-based electronic, electrical, and industrial components distributor RS Components, was one of more than 30 talks presented at GrafanaCONline 2022.

“We have 1.2 million engineers in our community with 10,000 new members coming into the platform every month,” says Pete Wood, Head of DesignSpark Experience. “How do we help educate, influence, promote, and enable those design engineers to think and design more sustainably so together as a collective we can unite and build this kind of movement of activist engineers?”

“A tool to drive positive action”

In his talk at GrafanaCONline 2022 titled “Inspiring activist engineering to improve global air quality with citizen science and Grafana Cloud” (available to watch on demand now), Wood described how the fully managed Grafana Cloud platform and Grafana dashboards played a key role in the creation of DesignSpark’s Environmental Sensor Design Kit to measure indoor air pollutants.

The open source sensor kit utilizes DesignSpark CAD tools to assess levels of particulates (atmospheric air quality), VOCs (or Volatile Organic Chemicals, which release “off-gas” into the indoor air) and CO2 levels (high indoor carbon dioxide levels have been linked to cognitive and health issues). “The sensors aren’t calibrated, so it’s very much around trends, not accuracy,” said Wood. “It’s a tool to help drive positive action.”

To kick off the initiative, the kits were shared with 12 engineering influencers around the world. “We asked them to build some really cool projects that would use our ESDK kit,” said Wood. “Then we wanted them to share their stories and their data that would inspire the rest of the community to come and take part in the next phase.”

Informational slide about the technology influencers who DesignSpark sent ESDK kits to for the Air Quality Project.
DesignSpark sent their open source Environmental Sensor Design Kits to 12 engineering influencers around the world.

The beta testers’ innovative projects included U.K. engineer Michael Omotosho’s Mindful Droid, created to increase awareness of pollution around schools. It was inspired by the tragic 2013 death of 9-year-old Ella Kissi-Debrah from asthma caused by excessive air pollution near her London home. And London engineer Jude Pullen’s CO2 Canary alerts the user when CO2 levels become too high. “I think we’ve all heard of the canary in the coal mine concept,” said Wood. “This is the canary detecting CO2 levels.”

For storing and visualizing the valuable data collected by the engineers, DesignSpark found an all-in-one solution in Grafana Cloud. Along with storing sensor data in the hosted Prometheus time series database (which is powered by Grafana Mimir), the DesignSpark team leverages Grafana’s customizable dashboards because “very quickly you could visualize things in a simple way with your line graphs and bar graphs,” said Wood. “The limit is your imagination. There’s so much you can do with this platform.”

Diagram of the architecture DesignSpark implemented for collecting and storing metrics from their ESDK kits.
The DesignSpark team used Grafana Cloud to collect and store the data collected by their Environmental Sensor Design Kits.

What’s next 

For phase two, DesignSpark opened up their air quality experiment to 50 more engineers and then released that data in the public domain to inspire more people to join the air monitoring network. “I think we had about 10 hack spaces from around the world,” explained Wood. “We’re going to create a league table in the Grafana dashboard for all the hack spaces and gamify it to see who has the cleanest air.”

Wood credits Grafana Cloud with making DesignSpark’s foray into activist engineering possible. “The Grafana Cloud platform has been brilliant at bringing our project to life,” Wood said. “I know we’re only scratching the surface of its capabilities.”

Learn more about the DesignSpark air quality monitoring project and how Grafana dashboards helped create positive change by watching the full session. All of the GrafanaCONline 2022 sessions are now available on demand.

On this page