Before begin, why don’t we take a look at some statistics of wildfire in the US?

As of 2020, approximately 3,754,729 acres of area has burnt in the wildfires of California.
In 2019, between January to October there are more than 40,000 wildfires reported in the Amazon rainforest, cost more than 957 billion dollars & about 906,000 hectares (9060 square km) have burnt. It also causes significant damages to the biodiversity & indigenous tribes.
That’s not all of it. NASA noted, “Africa is truly the fire continent. ”On an average day, satellites typically detect 10,000 actively burning fires around the world — 70 percent of which are in Africa.
According to, WHO between 1998-2017 about 6.2 million people affected by wildfires & volcanic activities & nearly 2400 deaths worldwide …. beyond fatalities, wildfires, and the resulting smoke and ashes, can cause:
Our solution can help to reduce detection time and give enough time to the reaction!
Our Solution:
In this case, we’d like to share with you a mobile application based on the data provided by NASA. We created a GLOBAL FIRE DETECTION APPLICATION that can be used for detecting & visualizing all active fire-related incidents (like Wildfire, Volcanic Eruption) that allow the user to pinpoint the information.
Report Fire: Anyone can share a photo of a fire-related incident to social media or fire service via our app.
Prediction & Detection: Our application will monitor information like suspicious temperature rising, latitude-longitude, air humidity, weather analysis, wind speed, rate of carbon dioxide, and applying machine learning it can predict and spot the wildfire instantly, it will also predict where the possible area of destruction is. Furthermore, we used GIS Machine Learning technology for image processing, object identification, anomaly detection, and surface mapping.Our application will monitor this information,

Emergency Social Work & Rescue: It will also connect the fire service, medical units, relief workers & volunteers. It will reduce a significant amount of damages and provide aid to victims instantly.Our application based on
Tools we used to develop this project
What's Next?
We are working to enhance our prediction accuracy. So, we need more satellite data. That’s why we need to collect data from regional satellites. We will use IoT, drones & sensors to gather more data from the potential wildfire hotspots.
We processed data from three different satellites of NASA & visualized it through our app. We can observe it for 24 hours, 48 hours, or 7 days simultaneously, which can predict the vulnerable spot, for that case authority can assure serious measures to prevent it before any serious incidents can happen

We used the QGIS with Rastar Vision Plugin to analyze geological data provided by NASA(Fire Information for Resource Management System (FIRMS) ). Then we merged this data with Mapbox, an advanced map system to visualize it via Unity.
Data We Used:
We collected data from,
We used those kind of data,