Welcome to ASKTERRA

Analyze land cover, land use, and vegetation changes using Landsat and Sentinel-2 satellite imagery, with forecasted tree damage predictions, anywhere in the world.

Access powerful global, near real-time monitoring and damage forecasting through our intuitive chat interface.

Our Mission

ASKTERRA makes global, near real-time monitoring and damage forecasting accessible to everyone. Monitor changes in land cover, land use, and vegetation condition through a simple chat interface.

Get real-time outputs that are flexible and compatible with common web mapping platforms. Power users can also access individual services outside the chat interface.

In recent years, a wealth of powerful tools and platforms have made earth observation data more available than ever before. From satellite imagery archives to cloud-based processing and AI-powered analytics, the possibilities for understanding our planet are expanding rapidly. Yet, for many users, accessing and making sense of these resources remains a challenge—often requiring technical expertise, specialized software, or complex workflows.

ASKTERRA is designed to break down these barriers. By combining state-of-the-art geospatial technologies with an intuitive chat interface, ASKTERRA empowers anyone to explore, analyze, and visualize earth observation data—no coding or GIS background required. Our mission is to make these transformative tools accessible to all, so that more people can harness the power of earth data for research, decision-making, and discovery.

Satellite Imagery

Access Landsat and Sentinel-2 data for comprehensive environmental analysis

WeatherNext Forecasts

Access cutting-edge, AI-powered weather forecasts from Google DeepMind's WeatherNext. Visualize and analyze past, present, and future weather conditions to support planning, risk assessment, and environmental monitoring.

Change Detection

Monitor environmental changes over time with advanced detection algorithms

Chat Interface

Simple, intuitive chat-based interface for accessing complex geospatial data