Satlas

What is Satlas?

Satlas is a tool from AI2 (the Allen Institute for AI) that lets you observe how the planet is changing using AI-annotated satellite imagery. It provides a dynamic way to watch environmental transformations and urban development over time. You can move between time periods and explore different locations to see these changes unfold. It is built to be straightforward, whether you are a teacher, a researcher, or simply curious about the world.

Key Features of Satlas:

1. AI-Annotated Imagery: Satellite images that AI has already marked up, making it easier to spot specific details.
2. Timeframe Navigation: Historical satellite images for tracking environmental changes over the years.
3. Geographical Exploration: Access to satellite imagery from diverse locations around the globe.
4. User-Friendly Interface: Designed for anyone, from experts to beginners.
5. Informative Platform: A resource for learning and research on Earth’s conditions.

Who created Satlas?

Satlas was developed by Favyen Bastani and the AI2 team at the Allen Institute for AI. The platform uses AI-annotated satellite imagery to help users observe environmental shifts and urban development, and it is designed to be accessible to educators, researchers, and anyone interested in the planet’s changing landscape.

What is Satlas used for?

• Spotting changes in marine infrastructure.
• Identifying shifts in renewable energy setups.
• Monitoring tree cover over time.
• Improving the quality of low-resolution satellite images.
• Working with AI models for computer vision tasks.
• Accessing free, AI-generated geospatial datasets.
• Viewing historical satellite images to see environmental changes.
• Exploring satellite imagery from locations worldwide.

The platform suits both professionals and enthusiasts, making it useful for education and research.

How to use Satlas?

1. Access the platform: Visit the Satlas website at https://satlas.allen.ai.
2. Explore the imagery: Browse AI-annotated satellite images, navigate historical timeframes to track environmental change, and zoom into different geographic regions.
3. Put it to work: Use the annotated imagery and datasets for research, teaching, or personal exploration of global changes visible from space.

The interface is designed for users at any skill level, so no specialized training is required to start exploring.