On-demand inference built for aerial imagery Run models for aerial imagery on-demand and work with insights using the tools you know and love Request a Demo boreholes hydrology climate landform lancover Why Wherobots Analyzing earth observation data is often limited by human interactive capacity or data processing constraints. With Wherobots, you can process massive EO data using managed or open models, and easily complete your solution with SQL or Python. Your browser does not support the video tag. Enhance your spatial analysis with your own or hosted GeoAI and ML models, on-demand within Wherobots. Read About WherobotsAI Your browser does not support the video tag. On-demand spatial computing is ready for various geospatial data types, at any scale. Wherobots Cloud Overview Your browser does not support the video tag. Complete your analysis using over 300 built-in vector and raster functions, and visualization support in a unified notebook environment. Learn About WherobotsDB Features Free to Enterprise Tier, See Your Options Use pre-trained models, or bring your own Use pre-trained models for segmentation, object detection, and classification from the Allen AI Institute, or import your own model using the STAC Machine Learning Model specification. Learn How Wherobots Accelerates GeoAI Simple tools for fast raster data preparation Wide range of functions to prepare and manage your raster data at any volume, quickly. Learn how to work with raster data in Wherobots Use models with public and commercial imagery Leverage open and commercial data using any STAC collection to analyze gigabytes, terabytes, or petabytes of imagery. Inference on Overhead Imagery, Fast Connect to remote raster sources Work directly on large scale spatial data and a wide range of earth observation datasets—like Earth on AWS, while minimizing data transfer costs. Learn how to load remote raster data in Wherobots Leverage JupyterLab, Apache Airflow, or your favorite tools. Work with the familiar tools you know, including popular notebooks and orchestration tools, or your favorite command line interface (CLI) via the Wherobots API. Learn About Wherobots APIs and SDKs From a developer perspective, having data, algorithms and compute (and to be presented with a Spark/Sedona context in a Jupiter notebook on startup) combined in one platform is extremely powerful, comparable in many respects to Google Earth Engine, but with much greater guarantees of, and control over, job completion. Are You Ready to Transform Your Spatial Workflows? Try Wherobots
Your browser does not support the video tag. Enhance your spatial analysis with your own or hosted GeoAI and ML models, on-demand within Wherobots. Read About WherobotsAI
Your browser does not support the video tag. On-demand spatial computing is ready for various geospatial data types, at any scale. Wherobots Cloud Overview
Your browser does not support the video tag. Complete your analysis using over 300 built-in vector and raster functions, and visualization support in a unified notebook environment. Learn About WherobotsDB
Use pre-trained models, or bring your own Use pre-trained models for segmentation, object detection, and classification from the Allen AI Institute, or import your own model using the STAC Machine Learning Model specification. Learn How Wherobots Accelerates GeoAI
Simple tools for fast raster data preparation Wide range of functions to prepare and manage your raster data at any volume, quickly. Learn how to work with raster data in Wherobots
Use models with public and commercial imagery Leverage open and commercial data using any STAC collection to analyze gigabytes, terabytes, or petabytes of imagery. Inference on Overhead Imagery, Fast
Connect to remote raster sources Work directly on large scale spatial data and a wide range of earth observation datasets—like Earth on AWS, while minimizing data transfer costs. Learn how to load remote raster data in Wherobots
Leverage JupyterLab, Apache Airflow, or your favorite tools. Work with the familiar tools you know, including popular notebooks and orchestration tools, or your favorite command line interface (CLI) via the Wherobots API. Learn About Wherobots APIs and SDKs
