PurerAir develops a decentralized network of real-time air quality and noise data using wearable sensors, validated through AI and stored on a blockchain for transparency. This system addresses the lack of reliable environmental data in both indoor and outdoor settings, empowering users to make informed decisions about their health and surroundings.
Funding
Funding not disclosed
Founders
Product
Problem
Current air quality monitoring relies on stationary, often government-controlled, systems that may not provide comprehensive, real-time data for specific micro-locations, especially indoors. Individuals lack access to independent, granular air quality and noise information to make informed decisions about their health and activities.
Solution
PurerAir is developing a decentralized network of wearable air quality sensors that provide real-time, community-validated environmental data. The sensors measure pollutants (PM2.5, PM10), VOCs, CO2, temperature, humidity, atmospheric pressure, and noise levels. Data from these sensors are aggregated, validated using AI-driven data fusion techniques, and stored in a shared cloud, creating a global air quality map accessible to all users. This system aims to empower individuals, venue operators, governmental entities, and travel providers with reliable, independent environmental insights.
Target Audience
PurerAir targets individuals seeking to monitor their personal exposure, venue operators aiming to showcase environmental responsibility, governmental entities needing high-resolution data, and travel providers wanting to offer comprehensive environmental information to their customers.
Features
- Wearable sensor device that measures pollutants (PM2.5, PM10), VOCs, CO2, temperature, humidity, atmospheric pressure, and noise levels.
- AI-driven data fusion combines sensor data with terrestrial and space observation data for improved accuracy.
- Open-source shared cloud stores aggregated environmental data, accessible via a global air quality map.
- Mobile application (launching October 2024) provides independent indoor air quality and noise data.
- Reward system for users who contribute valuable environmental data.