Our integrated approach transforms air quality monitoring into a powerful tool for health protection and community empowerment.
We deploy low cost, high accuracy air quality sensors in underserved communities, filling critical data gaps and ensuring continuous monitoring where it matters most.
Sensors positioned in schools, health centers, and high-exposure zones
Data transmitted every minute via cellular or WiFi networks
Calibrated against reference-grade equipment for accuracy
Real-time data collection across 12 cities
Raw data is processed through advanced algorithms and transformed into accessible, actionable insights that anyone can understand and act upon.
Machine learning identifies patterns and predicts pollution events
Insights available in local languages for maximum accessibility
Clear risk levels for vulnerable groups (children, pregnant women, elderly)
We deliver personalized health advisories and actionable recommendations directly to communities, enabling informed decisions that protect health.
Real time notifications when air quality reaches unhealthy levels
Tailored advice for vulnerable groups and specific health conditions
Workshops and materials teaching communities about air quality
Evidence based data empowers policymakers to implement effective regulations and hold polluters accountable, creating systemic change.
Data-driven reports for government agencies and regulators
Public dashboards tracking compliance and pollution sources
Facilitating dialogue between communities, industry, and government
Policy Impact
Data contributed to 8 new environmental regulations in 2026
Our technology stack prioritizes accessibility, reliability, and transparency, ensuring data serves the public good.
Affordable yet accurate sensors measuring PM2.5, PM10, temperature, and humidity at a fraction of traditional costs.
Scalable cloud platform processing millions of data points daily with 99.9% uptime and automatic backups.
Responsive web app and SMS alerts ensuring access even in areas with limited connectivity.
