Satlas vs Atmo AI

Satlas is an innovative tool by AI2, offering a dynamic way to observe the changes our planet undergoes, with the help of AI-annotated satellite imagery.

This cutting-edge platform allows users to navigate through various timeframes and geographical locations to see transformations in the environment, urban development, and more. Satlas's user-friendly interface makes it accessible to educators, researchers, and enthusiasts interested in global changes visible from space.

By bringing together advanced satellite technology and artificial intelligence, Satlas provides an informative and engaging experience for all who are passionate about Earth's evolving landscape.

Atmo AI is the forefront of AI meteorology, providing unprecedented accuracy in weather forecasting that benefits global leaders when critical decisions affecting lives, jobs, and national security are made. Offering a state-of-the-art approach by marrying Numerical Weather Prediction with Deep Neural Networks, Atmo AI delivers a weather prediction system that is both advanced and accessible. The company prides itself on doubling the time horizon and quadrupling the forecast resolution, revolutionizing the standard for over 4 billion people across 180 countries. With a firm belief in the harmonious blend of physics and AI, Atmo AI has made significant strides such as achieving up to 200% accuracy improvements in rainfall forecasting for areas like Singapore.

The mission of Atmo AI extends beyond mere technology—it envisions a future where no country is left behind, regardless of economic status or existing infrastructure. Its solutions are designed to be affordable and to promote public safety by eliminating weather surprises through early and accurate predictions. This includes preparing nations to proactively address natural disasters, fostering economic growth, and ensuring inclusive access to superior forecasts for all citizens. National security is also a critical focus for Atmo AI, as the company equips military leaders with advanced tools to anticipate and mitigate the risks posed by extreme weather and climate change.