Data Architecture

Mapping satellite streams into clear, interactive tracking dashboards.

We collect raw space information and air observations from global monitoring networks. Out of our deep love for nature and sustainability, our system transforms these massive, complex files into clean, easy-to-read maps & dashboards that empower communities to protect our environment.

Data Cleaned 5.12 GB / day
Time to Process 4.3 min avg
Tracked Farms & Sites 8,91,042
Map Precision 375 meters
Data Journey

Four steps from raw numbers to clear insights

How we clean up massive air and fire signals so everyone can understand them.

01
Step 1:

Gathering Data

Our platform automatically pulls direct imaging files from public satellites. This includes fire maps and smoke tracking sets.

Pulls live satellite feeds
02
Step 2:

Cleaning & Fixing

We automatically filter out heavy cloud cover, fix errors caused by sunlight reflection, and cross-check coordinates so everything aligns with real-world geography.

AI-powered error filtering
03
Step 3:

Sorting and Grouping

We organize the cleaned numbers into clear categories, such as separating crop fire files from general air quality metrics. This makes sure every data point goes to the right place.

Data classification
04
Step 4:

Displaying the Map

We save the final numbers onto an interactive map. This makes it easy for anyone to see historical pollution trends and true climate footprints safely.

Outputs to maps & dashboards

How We Isolate Different Asset Footprints

Custom logic for tracking fires & air quality

Different tracking tasks require different tools. Click an operational pipeline below to see how we trace footprints using trusted data methods.

Crop Burning Analytics Framework

Our system uses space thermal sensors to find heat spikes from farmers burning crop waste. It tracks hot spots and combines them with land boundaries to calculate the amount of smoke and soot released into the air without needing ground cameras.

Data Feeds: Satellite & Ground Data Tracked Parameters: Bright_ti4, Bright_ti5, FRP, Confidence Target: Farm field clearing smoke

System Details

Where we get our information

Source System What It Measures Update Rate Map Details Primary Metric Output
Crop Fires Framework (Satellite Data) Agricultural crop burning fires Twice daily scans 375-meter hotspots Carbon Dioxide equivalent (CO₂e) from burning fields
Air Quality Arrays (Public Sensors) Gases in the air we breathe Hourly / Daily sweeps 5.5km regional grids Nitrogen Dioxide (NO₂) and Carbon Monoxide levels

Coming Soon Developer API Toolkit: We are finalizing our open-source integration framework to let developers stream high-precision climate and fire telemetry directly into custom applications.

API Documentation Pending →