
PlanetAI Space provides tools to quantify natural capital and assess environmental health for decision-making on sustainability. It combines earth observation and satellite data with machine learning, astrophysics-informed models, computational/theoretical chemistry, and fluid dynamics to detect and attribute greenhouse gases and other environmental impacts. The platform applies scientific AI models and evidence-based methodologies to produce spatially explicit metrics and forecasts of natural resource state. Typical customers include governments, NGOs, and organizations focused on environmental sustainability and climate policy.

PlanetAI Space provides tools to quantify natural capital and assess environmental health for decision-making on sustainability. It combines earth observation and satellite data with machine learning, astrophysics-informed models, computational/theoretical chemistry, and fluid dynamics to detect and attribute greenhouse gases and other environmental impacts. The platform applies scientific AI models and evidence-based methodologies to produce spatially explicit metrics and forecasts of natural resource state. Typical customers include governments, NGOs, and organizations focused on environmental sustainability and climate policy.