Breeze Technologies

Low-cost indoor and outdoor air quality sensors.

Past and Current Partners

SpinLab (Germany), Urbantech (Denmark), GovStart (Germany).

Active Countries
Germany, Austria, Switzerland, Italy, Finland, Denmark, Belgium, France, Lithuania, USA, Japan.
Thematic area(s)
Climate
Technology
SaaS, AI
Organisation Name
Breeze Technologies
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The Problem

Air pollution is the single biggest environmental health threat of our time, killing 7 million people and costing the world economy 5 trillion USD per year. Data-driven decision-making remains unfeasible as sensing equipment is expensive, stakeholders lack the necessary knowledge to analyse the data, and suitable interventions are unknown. Breeze deploys its own low-cost air quality sensors that detect all common air pollutants. Thanks to an artificial intelligence-based cloud calibration technology, data gathered by these sensors is comparable to public monitoring networks in quality and accuracy. Based on the gathered data and external data sources a hyperlocal map of air quality is generated. Air quality challenges are matched with a catalogue of more than 3.500 clean air actions and their potential impact in a local implementation is calculated. An artificial intelligence then recommends the most efficient interventions for local challenges, potentially raising the effectiveness of clean air action plans by 10 X. Part of our projects is regularly deploying air quality sensors with local citizens as "clean air champions", enabling them to tell stories about air pollution in their neighborhoods, sharing air quality data with the public through digital means like our citizen portal, as well as through events, and work with governments to develop, implement and track the success of clean air action plans. To facilitate our work with the public, we regularly work with focus groups consisting of our customers (i.e. members of the municipal administration), as well as citizens and environmental NGOs.

The Solution

Breeze deploys its own low-cost air quality sensors that detect all common air pollutants. Thanks to an artificial intelligence-based cloud calibration technology, data gathered by these sensors are comparable to public monitoring networks in quality and accuracy. Based on the gathered data and external data sources a hyper-local map of air quality is generated. Air quality challenges are matched with a catalogue of more than 3.500 clean air actions and their potential impact in a local implementation is calculated. AI then recommends the most efficient interventions for local challenges, potentially raising the effectiveness of clean air action plans by 10x.

How it works?

  • Step 1: Working with municipalities and/or governments to develop an air quality monitoring and communications plan for a specific area.
  • Step 2: Source citizens as sensor hosts and air quality champions through social media, local posters, and other means.
  • Step 3: Deploy air quality sensors with selected champions in the local neighbourhoods, as well as public infrastructure like street lights.
  • Step 4: After initial system calibration, the data is shared with the public through different apps and widgets.
  • Step 5: After an agreed timeframe, conduct an in-depth analysis of the data to identify issues and trends, deliver recommendations for clean air actions, and conduct local events with municipal stakeholders and citizens explaining the findings.
  • Step 6: Supported by Breeze Technologies, the municipality implements clean air actions.
  • Step 7: Track the success of clean air actions and repeat the process.
Digital X Solution Breeze Technologies

Bridging the digital divide

Breeze Technologies employs different digital means to communicate air quality data to the public and also conducts local events such as citizen forums, where it explains data and findings to the local population, working together with municipal stakeholders.

Impact and highlights

Improved air quality by more than 10% based on recommended clean air actions in cities where active.

Plans for expansion

Actively exploring projects in Chile and Vietnam and investigating the following regions for expansion: Latin America, South East Asia, and Sub-Saharan Africa.