Discover The world at your fingertips Discover the data, models, notebooks, jobs and the compute you need to accelerate your analysis of the physical world. TRY WHEROBOTS Data in Place Popular spatial datasets built-in, or bring your own via managed storage and by connecting directly to repos. AI for Earth Models Built-In Built-in open models for generating insights from aerial imagery. Start with Solution Notebooks Accelerate your development with Solution Notebooks based on real-world use cases. Key capabilities Solution Notebooks Start with Solution Notebooks based on real-world use cases Popular Spatial Datasets Built-in datasets for Places, Buildings, Transportation and more, from Overture and Foursquare Bring Your Own Data Upload or register STAC collections, GeoParquet, or raster tiles AI for Earth Model Hub Find the right computer vision model to generate insights from aerial imagery Collaborate With Your Team Share your innovations with your colleagues AI for Earth Models for Aerial Imagery and More Run computer vision and advanced vector processing models to bring sense to unstructured data about activity on the physical world Object detection Detect objects in imagery using specific trained models or general purpose models with natural language prompts. LEARN MORE Segmentation Delineate object boundaries in imagery, such as identifying crop fields and their boundaries. LEARN MORE Classification Classify scenes in aerial imagery, such as categorizing land cover as Pasture vs. Herbaceous Vegetation. LEARN MORE Map Matching Snap noisy GPS data to road segments to simplify analysis of mobility data. LEARN MORE Integrations & Catalogs Integrate your data sources Use hosted datasets or integrate with your own catalogs and collections Hosted Datasets Popular, curated datasets built-in to Wherobots for seamless use. High quality global datasets from Overture and Foursquare with places, buildings, transportation infrastructure and more. Learn More Storage Integrations Discover data in your cloud storage with Storage Integrations. Connect AWS S3, Google Cloud Storage or Azure Blob Storage buckets and query immediately. Learn More Databricks Unity Catalog Integrate with Databricks Unity Catalog. Register Unity as a catalog source. Browse schemas, tables, and views. Learn More STAC Collections Build references to Spatial Temporal Asset Catalog (STAC) collections Register STAC URLs to index imagery and metadata for search & inference. Learn More learning Resources Course Free Geospatial Data Engineering Associate Certification Turn raw spatial data into production-ready insights with the Geospatial Data Engineering Associate program. LEARN MORE Course Free Wherobots Fundamentals Unlock the power of scalable spatial data with the Wherobots Fundamentals Course. LEARN MORE VIEW MORE Next Steps Planetary Scale analytics Build Start using WherobotsDB with familiar Spark/Sedona syntax. LEARN MORE Automate Orchestrate spatial workflows at scale using our Apache Airflow Provider. LEARN MORE AI for Earth Easily deploy planetary scale AI on physical world data. LEARN MORE FAQ Which datasets are built-in to Wherobots? Wherobots has built-in datasets from Overture Maps Foundation and Foursquare including Places, Buildings, Transportation and more. For more information, see the documentation. Which GeoAI models are available in Wherobots? Wherobots has built-in models for classification, object detection and segmentation. In addition, you can bring your own model for use within Wherobots Raster Inference. In addition we are working through the process of onboarding all models available in the TorchGEO model catalog. For more information, see the documentation. How do I connect my own cloud storage? With Wherobots S3 Storage Integration, you can connect and utilize your own public or private AWS S3 buckets while maintaining your existing governance and permissions. Adding the required permissions for Wherobots, allows your organization to seamlessly use your buckets for reading and/or writing from Wherobots. This feature is available to Professional and Enterprise Edition organizations. For more information, see the documentation. How do I access aerial imagery available through a SpatioTemporal Asset Catalog (STAC)? WherobotsDB has a built-in STAC reader to connect to any STAC-compliant API to fetch and process geospatial data. You can load STAC data directly into a Sedona DataFrame for further analysis and processing using Spark. For more information, see the documentation. Get started Modernize your spatial data in the lakehouse today. request demo try wherobots now
Course Free Geospatial Data Engineering Associate Certification Turn raw spatial data into production-ready insights with the Geospatial Data Engineering Associate program. LEARN MORE
Course Free Wherobots Fundamentals Unlock the power of scalable spatial data with the Wherobots Fundamentals Course. LEARN MORE
