Our Mission

Built for
Clean Air.

Trace AQ was founded on the belief that everyone deserves to know what they're breathing — and that data science can make air quality as forecastable as the weather.

Meet the Team
Founded
2022, Austin TX
Team
32 People Strong
Funding Stage
Seed Round
Why We Exist

Air quality data shouldn't
live in silos

Every year, air pollution contributes to millions of premature deaths worldwide. Yet the tools available to public health officials, city planners, and individuals remain fragmented, delayed, and hard to use. Government monitoring networks are sparse. Commercial solutions are expensive. Forecasts are rarely actionable.

Trace AQ was built to change that. We combine atmospheric physics models with machine learning to deliver accurate, hyperlocal air quality forecasts at scale — not just for the cities with sensor networks, but for any location on Earth.

Our platform is used by public health agencies, academic researchers, smart city operators, and developers who believe that clean-air intelligence should be universally accessible.

What We Stand For

Our Values

Science First

Every forecast is grounded in atmospheric physics. We don't cut corners on model accuracy — our users make decisions that affect human health, and they deserve the best science available.

Universal Accessibility

Air quality intelligence shouldn't be limited to wealthy cities. Our API is designed to be affordable, scalable, and usable by governments, NGOs, and individual developers alike.

Measurable Impact

We measure success by public health outcomes, not just API calls. When our forecast data helps a hospital prepare, or a city issue an advisory — that's the metric that matters.

2022
Year Founded
Austin
Headquarters
Seed
Funding Stage
32
Team Members
Backed By

Our Investors

Seed Round Investor

Thin Line Capital

Seed funding round — backing Trace AQ's mission to make air quality intelligence universally accessible. Thin Line Capital focuses on climate tech and data infrastructure startups reshaping how communities interact with environmental risk.