# How satellites and AI protect our planet Robbie Schingler explains daily satellite imaging of Earth's changes. - **Source:** [TED Talks Daily](https://brifing.si/source/5463abef-1da8-431d-90d1-6098532a0790) - **Published:** 2026-08-11 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/9bc129eb-c6d7-46e2-9b24-c15d55f5617f ## Daily photographs of the planet Robbie Schingler's satellite company images the entire Earth every day. This system enables real-time detection of changes like deforestation, urbanization, and natural disasters. Daily imaging capacity provides data much faster than traditional methods. It plays a crucial role in monitoring climate change impacts, offering unprecedented visibility into planetary changes. ## Planetary intelligence with AI When satellite data is analyzed with AI, it creates 'planetary intelligence.' This system can detect small but significant changes that human eyes might miss. For example, early signs of forest fires or water source reductions become identifiable. AI models automatically flag anomalies in the data, transforming how we monitor Earth's systems at scale. ## Seeing crises before they happen The technology allows early detection of environmental crises. Illegal logging in the Amazon or glacier melting in polar regions can be identified immediately. However, Schingler emphasizes the need to bridge the gap between data collection and action. Early warning systems must be supported by concrete response plans to create meaningful impact. ## Agricultural productivity boost Satellite imagery is revolutionizing agriculture. Farmers can remotely monitor soil moisture, crop health, and yield potential. This data helps optimize water and fertilizer use - a California farm reduced water consumption by 20%. For global food security, this technology is becoming indispensable, especially in drought-prone regions. ## Transforming disaster response Natural disaster impacts can be tracked in real time using satellites. Damage assessment accelerates for hurricanes, floods, and earthquakes. During the 2023 Turkey earthquakes, satellite images helped identify rubble zones. Rescue teams used this data to prioritize areas with the greatest need, optimizing emergency response efforts. ## Protecting biodiversity Satellites monitor habitats of endangered species. Elephant migration routes in Africa or sea turtle nesting grounds are being mapped. This data combats poaching - Kenya's elephant population grew 30% in a decade. For conservation efforts, satellite technology has become essential in protecting Earth's biodiversity hotspots. ## Urban planning revolution Satellite data helps better manage megacity growth. Issues like green space reduction, air pollution, and traffic congestion become visible. Singapore uses satellite data for smart city planning, developing projects that reduce carbon footprint. This technology offers tremendous opportunities for sustainable urbanization worldwide. ## Global cooperation for the future Schingler advocates for sharing satellite data across nations. Climate change and environmental threats know no borders. Data sharing between NASA, ESA, and private companies is increasing. The goal is to establish a global monitoring network by 2030. For planetary health, technology combined with international cooperation is critical. ## Sources covering this story - http://go.ted.com/robbieschingler — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._