Changhong H2, the world's first material sensing smartphone, has today been unveiled at the 2017 Consumer Electronics Show. Sichuan Changhong Electric Co. (Changhong) has collaborated with Analog Devices Inc. (ADI), to integrate breakthrough SCiO material sensing technology into mobile phones. Learn more .

Alastair Lewis and Peter Edwards call on researchers to test the accuracy of low-cost monitoring devices before regulators are flooded with questionable air-quality data. Learn more

The National Advisory Council for Environmental Policy and Technology (NACEPT) developed thirteen robust recommendations regarding actions that EPA should take in response to technological and sociological developments in the area of citizen science. The report urges EPA to embrace citizen science and capacity building initiatives that further advance the agency's mission of protecting the environment and human health.  Learn more 

 
Learn more .

Electrochemical sensors and heated metal oxide sensors (HMOS) are the two leading technologies for low cost measurement of ozone (O₃). Aeroqual Ltd in New Zealand has published a summary of the strengths and weaknesses of the two technologies. Learn more .

The AQMD has just received a grant for $750,000 from the U.S. Environmental Protection Agency to teach citizen scientists how to properly measure the bad stuff in the air in and around their homes, neighborhoods and workplaces.
“This research will provide tools communities can use to understand air pollution in their neighborhoods and improve public health,” said Thomas Burke, science advisor and deputy assistant administrator of the EPA Office of Research and Development. Learn more  .

President Obama announces a ninth advanced manufacturing hub aimed at developing smart sensors and digital process controls to improve production efficiency. 
The Smart Manufacturing Innovation Institute, headquartered in Los Angeles, will be led by the Smart Manufacturing Leadership Coalition in partnership with the U.S. Department of Energy.

Learn more about this White House press release.

The "Air Sensors Everywhere" project aims at engaging individuals who use (or want to use) small sensors to address air quality problems with the possibility to expand research capacity worldwide.

Learn more about the  ASE project

An air quality measuring device unveiled by the United Nations Environment Programme (UNEP), expected to cost up to 100 times less than existing solutions, has the potential to revolutionize air quality measurement in developing countries and help prevent deaths from air pollution.

Learn more about the UNEP low-cost air quality device.

Aclima is a San Francisco-based company that designs and deploys environmental sensor networks. Aclima is partnering with google earth outreach to map air quality data using google earth cars. Their goal is to map the world in a rich layer of environmental data.

Learn more about  Aclima. 

The Safecast / IO Rodeo Air Quality sensing board uses AlphaSense air quality sensors. This open source project is still under development with more to come soon. 

Learn more about this project at the IO Rodeo or Safecast. 

This community-based project demonstrates the capabilities of new real-time monitoring technology for residents and citizen scientists. The goal of the project is to provide the public and their communities with information previously not available about their local air quality and engage communities in air pollution awareness.

Learn more about the Village Green Project!

 
Safecast is a global project working to empower people with data by mapping radiation levels and building a sensor networks. The community is allowed to contribute radiation data and freely use the data collected. The Safecast group started after March 2011 earthquake and resulting nuclear situation at Fukushima Diachi. This event established the need for more data than what was available for the general public. This group is looking at the potential of building environmental sensor networks as well.