Geospatial Data & AI-driven Carbon Finance for Forest Fire Prevention and Forest Carbon Sink Resilience
What We Do
We are leveraging satellite earth observation data and artificial intelligence (AI) to predict and prevent uncontrolled forest fires that are devastating our planet’s forests & animal life with increasing frequency and ferocity due to climate change-induced stresses and extremities. Forest Fires are causing significant CO2, and toxic emissions. Fire prevention through data-driven nature-based solutions is the ethical and effective method to mitigate and prevent mega wildfires.
We have created a geospatial data-driven, transparent, verifiable, and satellite-monitored, continually audited, carbon finance instrument to drive funding into forest fire risk mitigation, arresting CO2 emissions, and enhancing carbon sinks through smart reforestation, ecosystem regeneration rebuilding safe natural habitats for animals, empowering native communities through sustainable forestry work.
Earth’s tree cover is now 11% smaller compared to year 2000. Forest fires have caused 33% of this loss
Every year Wildfires release more than 3 times total European Union fossil fuel emissions for the past 20 years
Each year around 340 Million hectares of the Earth’s Vegetated Surface burns in uncontrolled wildfires.
Economic cost of Wildfires is now 100s of billion $ each year. 2019 Australia Bushfires killed nearly 3 Billion animals.
Access live satelite imagery and remote sensing data to ensure compliance.
No technology for direct carbon air capture matches the ROI of forest fire prevention.
Saved CO2 emissions are calculated for each project, using methodology satisfying all ESL list criteria.
Humans, animals and plants all rely on the health of the world’s forests.
We are leveraging satellite earth observation data and artificial intelligence (AI) to predict and prevent large forest fires that are devastating our planet’s forests and animal life with increasing frequency and ferocity due to climate change induced stresses and extremities.
Our data-driven, contiually monitored voluntary carbon offset credits are the most effective, transparent and verifiable investment in forest carbon sink in prevention of forest fire emissions, forest regeneration, reforestation and forest carbon sink resilience.
Forest fires and degradation are directly responsible for more greenhouse gas emissions than the US, Germany, UK, Italy and France combined.
A forest fire or wildfire is an uncontrolled fire in forests, bush, grasslands. These fires have been a natural phenomenon for hundreds of millions of years. But they have acquired ferocious & destructive scale, frequency and proportion in the last decade due to global warming, long draughts and weather extremes leading to forest biomass degradation and fuel build ups that are explode into fire storms around the world.
If forest fires and depletion of forest health is not halted, current deforestation patterns can spur irreversible environmental and economic damage. Environmental degradation can cause a cumulative loss of $10 trillion in three decades.
Conventional approach of fire suppression and heroic human effort of fire fighting is a short term solution after the fact. The key to prevention of this mass death and destruction of forests and animal life through mega fires is data driven smart fire prevention, and regeneration of forests to be sustainable and resilient for next generations.
World's Animals & Plants Live in Forests
Of World's Forests already destroyed
Of forests disappear every day
Rely on forests for livelihoods
ForestSAT uses satellite imagery, remote sensing data & AI to predict polygons at risk of wildfire and provides a complete solution for managing forest health, mitigate forest fire risk.
We observe millions of acres of forests from Earth Observation (EO) Satellites to identify wildfire risk polygons in deep, remote, inaccessible forests .
We use our Machine Learning algorithms to process and analyze petabytes of multiple satellite's data, metrological, aerial & field data of forestlands.
ForestSAT AI predicts areas at risk of fires in large forest areas in a Decision Support System (DSS) for risk mitigation, fire prevention and smart forest regeneration.
ForestSAT identifies fire risk polygons ahead of summer fire season to forewarn communities , infrastructure operators and stakeholders to take preventive action.
ForestSAT democratizes satellite imagery, and remote sensing data for unprecedented perspective and transparency empowering stakeholders in forest care through transparency and actionable intelligence.
ForestSAT brings relevant analysis and Earth Observation data for the empowerment of front-line forest managers and stakeholders to enable data-driven forestland management.
ForestSAT provides actionable intelligence in forest management with precise advance wildfire risk prediction profiles and to-do preventive recommendations.
With the goal of engaging the public in forest conservation and fire ignition prevention, ForestSAT mobile app aims to deliver satellite data and analytics on wildfire risk, trees and animal life at risk from fires.
ForestSAT is introducing unparalleled transparency in monitoring forests, wildfires, prevention & regeneration through the democratization of satellite imagery for all stakeholders.
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