Project finished!

AI startup Spacept worked with 36 Omdena collaborators to built a deep learning model for tree identification with 95 percent accuracy. The model helps to prevent power outages and forest fires sparked by falling trees that are too close to power stations.

Why

Deforestation, climate change and the risk of wildfires are all directly linked.

More deforestation results in an increase in climate change, which increases the chances of the vegetation drying out, which in turn further increases the risk of fires.

According to Greenpeace, around 8 billion tons of CO2 are released by fire every year. This is about half as much as the emissions caused by the burning of coal around the world.

Mission-driven Swedish AI startup Spacept reached out to Omdena to build an AI solution to prevent forest fires. Their product fuses satellite images with machine learning to reduce the risk of power outages and fires sparked by falling trees and storms. The goals are to save lives and reduce CO2 emissions while also radically reducing time and cost for infrastructure inspection.

The video below shows how the community of data scientists, data engineers, and enthusiasts, came together to leverage various AI tools and methodologies to build the solutions.

The solutions: AI to prevent forest fires

Identifying trees on satellite images was a tricky task, and the collaborators combined human judgment with machine suggestions. The winning model, a deep U-Net model detected trees with 95% accuracy. This would not have been possible without the tremendous effort done by the community in terms of data labeling and data augmentation, e.g. by applying GANs. In addition, one task group built an elevation map to show forest cover.

Ultimately, these solutions are being implemented in Spacept’s product to help drive forward their mission of using AI to save lives, infrastructure costs, and to reduce CO2 emissions.

Impact beyond the challenge

A better way of detecting forest fires

In another Omdena challenge, our community worked with Brazilian company Sintecsys to detect wildfires in real-time. The identification of trees from this challenge helped to facilitate the challenge process.

Currently, our machine learning models are being implemented in their solution to save the Amazon rain forest.

Results can be found here.

We are thanking all community collaborators for the amazing work done!