Our technology

In your technology stack, FluxMapper™ seamlessly integrates between your direct measurement hardware and your final data application - whether it's MRV for carbon credits, monitoring oil and gas leaks, providing ground truth for biogeochemical models, studying the carbon cycle, or any other application you envision. Explore the options we currently offer and stay tuned for new technologies on the horizon.

Flux Mapping as-a-Service

Want FluxMapper™ tailored to your needs? We offer full custom work packages for your project upon request.

FluxMapper™ On-demand (coming soon)

Run FluxMapper™ from a virtual machine with raw data of your choice.

Try FluxMapper™ On-Demand beta

Our FluxMapper software is now connected to the NEON eddy tower network, and enabled to process data in the cloud. Try a sample with our GUI tool. Your feedback on this beta level tool will help guide us towards new software features.

Early access API

We are demoing our tool at the 2024 AGU fall conference. Find us there!

Subscribe to news from us

Stay in touch by signing up for our newsletter and reching out on social media or directly. We will keep you up to date with any important progress towards new technology. We are commited to innovation that anticipates future needs, and community input is crucial.

How our technology transforms environmental monitoring

Understanding FluxMapper™ technology: A deeper dive into direct measurement science.

Remember the visual? Let's explore how AtmoFacts is advancing the science of direct measurement to provide clearer, more actionable insights.

Your GIF

Precision in every second

Eddy covariance technology captures thousands of measurements every second, detailing the exchange of gases like CO2 with the precision of a high-resolution camera. Each measurement reflects a snapshot of atmospheric interactions at that moment, giving us a vibrant mosaic of data. Unlike traditional methods that boil down complex datasets into single averages, our FluxMapper™ technology illuminates the environmental stage—highlighting where gases are emitted or absorbed across the landscape. Think of it as turning on a powerful flashlight in a dark room, revealing detailed patterns of gas movement that were previously obscured.

From raw data to real world applications

By integrating high-frequency molecular data with meteorological insights, we pinpoint the sources and sinks of these gases with unprecedented accuracy.

Our innovative approach provides a spectrum of information—from stored GHGs to emitted GHGs—mapped out in detail. This allows environmental scientists, policymakers, and industry leaders to see and understand the flux of gases with high tolerences and accuracy, facilitating smarter decisions for climate action.

Expand with FluxMapper2™

Traditional instruments have their view limited by meteorological conditions. FluxMapper2™ expands this horizon, using advanced AI to integrate in-situ measurements with remote sensing data. This extended view maintains the integrity of direct measurements while vastly increasing the scope of what we can analyze and act upon.

By integrating detailed flux data with broader environmental contexts, AtmoFacts empowers stakeholders to tackle climate challenges with precision, backed by the most detailed and dynamic environmental data available.

Maximize data integrity

AtmoFacts leverages surface-atmosphere data from the eddy flux technique, which is the most direct and interoperable source of emissions information.

Increase instrument capabilities

Our FluxMapper™ software adds orders-of-magnitude to the capabilities of your standard eddy flux sensors, saving you money on projects.

Benefits of our technology

Source and sink attribution

Identifying areas of high and low emissions is crucial across sectors. Explore the interactive map of carbon dioxide fluxes below to see what a FluxMap™ can tell you about a study site. The data used here is from a past research project using the US-PFa tower dataset in Wisconsin, taken from a 120m tall flux tower

Direct measurement integrity

Measuring molecules directly eliminates the incompatibilities of complicated proxies and sector-specific techniques. Wide acceptance of direct measurement techniques would lead to a benchmark for greenhouse gas monitoring.

Economic

When it comes to data coverage, one flux tower that uses FluxMapper2™ is about as economic as 10 of the same flux tower without FluxMapper2™. And that is without considering the economic benefits of source and sink attribution.

Commitment to Transparency

Transparency is at the core of what we do. We ensure that everyone using our technology can trace the journey of their data—from the first molecule measured to the final output:

  • Open Source Advocacy: Periodic releases of open source versions of our FluxMapper™ technology invite global collaboration and continuous improvement.
  • Research Accessibility: With over a decade of peer-reviewed research, we maintain an open-book approach to our scientific foundations, ensuring that our methodologies are both transparent and verifiable.

Works on any flux system

Towers, aircraft, buoy, or any combination of the above.