AI-Powered Synthetic Data for
predictive earth observation.

Train accurate AI models and simulate future risk with Another Earth.

Through advanced simulation models and high-resolution synthetic Earth observation data, Another Earth transforms how geospatial AI models are trained. We enable organizations to train better AI models, simulate future scenarios, and understand how environmental and operational risks unfold over time across critical sectors.

Decorative element circles red

Monitor

Decorative element arrow
Decorative element circles purple red

Simulate

Decorative element arrow
Decorative element circles green

Predict

A PREDICTIVE DATA LAYER FOR THE PHYSICAL WORLD

Another Earth is building the predictive data layer for the physical world to enable forward-looking decision-making rather than retrospective monitoring. 

Industries

Built for complex real world challenges

Benefits

Overcoming the geospatial data bottleneck

Unlimited quantity

Unlimited amount of synthetic training data with perfect pixel-level labels.

Guaranteed quality

Significant reduction in costs and error rates through synthetic annotation.

Universal adaptation

Future-proof data through rapid adaptation to new sensors, resolutions, and regions.

See Our Products in Action

View all our case studies

Proven Performance

Reduce real-world data needs by up to 95%

Do more with less and dramatically reduce dependence on real-world data by up to 95%. Build and improve models even where high-quality labelled data is limited or unavailable.

Improve model performance by up to 20%

Models trained with synthetic data can deliver performance improvements of around 20% versus real-data-only approaches.

Deliver hard-to-get labels

Generate labels for rare objects, edge cases and remote areas where real-world annotations are scarce, expensive, or impossible to capture manually.

Simulate and Predict future events

Go beyond retrospective monitoring and towards simulation and predictive modeling: Model how floods, land-use change, biodiversity shifts or infrastructure stress could alter any specific landscape on Earth over time.

Aerial view of a cocoa plantation in Côte d'Ivoire – predicting cocoa yields with synthetic satellite data

Unlimited
synthetic variations

The Technology

Our proprietary foundation models generate unlimited, pixel perfect variations for any place on Earth.

AI-Based Synthetic Data Generation

Foundation model fine-tuned to match target sensors, regions and resolutions whether satellite, drone or aerial data. 

Procedural 3D Enhancement

Procedural 3D Enhancement for pixel-perfect labels and scenario simulations.