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ArcGIS GeoAI Toolbox

A collection of tools for training and using AI models that work with geospatial and tabular data, integrating machine learning and deep learning techniques with GIS for classification, regression, and natural language processing tasks.

Starting at~$700/year per named user
Visit ArcGIS GeoAI Toolbox →
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In Plain English

A collection of tools for training and using AI models that work with geospatial and tabular data, integrating machine learning and deep learning techniques with GIS for classification, regression, and natural language processing tasks.

OverviewFeaturesPricingUse CasesLimitationsFAQAlternatives

Overview

The ArcGIS GeoAI Toolbox is Esri's integrated suite of artificial intelligence and machine learning tools built directly into ArcGIS Pro, designed specifically to bring modern AI capabilities to geospatial and tabular data analysis. Rather than requiring GIS analysts to leave their primary work environment to use external Python frameworks, the GeoAI Toolbox embeds classification, regression, clustering, deep learning, and natural language processing workflows alongside the spatial data they already manage in their ArcGIS projects. The toolbox contains over 30 geoprocessing tools organized across four toolsets — Feature and Tabular Analysis, Imagery AI, Text Analysis, and Time Series AI — and supports more than 50 deep learning model architectures including U-Net, Mask R-CNN, FasterRCNN, DeepLabV3, SSD, RetinaNet, and transformer-based models. This tight integration means trained models can be applied directly to feature classes, raster layers, and attribute tables without manual data export or format conversion.

The Feature and Tabular Analysis toolset uses automated machine learning (AutoML) to train, fine-tune, and ensemble the best-performing models on a given dataset, automating much of the model selection and hyperparameter tuning process that traditionally consumes significant analyst time. Users can perform classification and regression tasks on attribute tables and feature layers, with the toolbox handling cross-validation, feature importance reporting, and prediction generation. The Text Analysis toolset brings NLP capabilities to GIS workflows, supporting text classification, entity extraction, and sequence-to-sequence transformations, which is particularly useful when working with unstructured fields such as incident reports, social media content, or property descriptions tied to geographic locations. ArcGIS Living Atlas provides over 100 pretrained deep learning models for common remote sensing tasks, enabling users to run inference immediately without assembling training data. ArcGIS Pro is used by over 350,000 organizations worldwide across government, defense, utilities, and environmental science sectors.

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Key Features

Feature and Tabular Analysis toolset+

Applies automated machine learning to feature classes and tables, training, tuning, and ensembling multiple models to predict categorical variables (classification) and continuous variables (regression). The automation handles algorithm selection and hyperparameter tuning so GIS analysts without ML backgrounds can still produce competitive models on their data.

Imagery AI toolset+

Runs deep learning object detection and pixel classification on raster and imagery data, supporting workflows such as building footprint extraction, road network mapping, and land cover classification. Supports over 50 architectures including U-Net, Mask R-CNN, FasterRCNN, DeepLabV3, SSD, and RetinaNet. It leverages pretrained models from ArcGIS Living Atlas and custom models trained in the arcgis.learn module.

Text Analysis toolset+

Performs natural language processing directly on text fields in feature classes and tables, including classification, transformation, and entity extraction for items like addresses and named places. Users can fine-tune pretrained NLP models from ArcGIS Living Atlas or train custom models using labeled text data.

Time Series AI toolset+

Forecasts and estimates future values at specific locations inside a space-time cube, which is Esri's native structure for spatiotemporal data. This enables forecasting applications like predicting crime rates, sales, or environmental measurements at a neighborhood or sensor level rather than just in aggregate.

ArcGIS API for Python interoperability+

Models created by the GeoAI tools are fully compatible with the arcgis.learn module in the ArcGIS API for Python, so data scientists can continue training, fine-tuning, and deploying models in code. This bridges the gap between GUI-driven GIS analysts and Python-driven ML engineers working on the same project.

Pricing Plans

ArcGIS Pro Basic

~$700/year per named user

    ArcGIS Pro Standard

    ~$1,400/year per named user

      ArcGIS Pro Advanced

      ~$2,200/year per named user

        Image Analyst extension

        ~$1,400/year add-on

          Spatial Analyst / 3D Analyst extensions

          ~$1,400/year each add-on

            ArcGIS Enterprise / Online integration

            Paid (organizational quote)

              See Full Pricing →Free vs Paid →Is it worth it? →

              Ready to get started with ArcGIS GeoAI Toolbox?

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              Best Use Cases

              🎯

              Remote sensing teams detecting buildings, roads, or damaged structures from satellite and aerial imagery using deep learning object detection

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              City and utility planners classifying land cover or land use changes over time from multispectral raster data

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              Public sector analysts extracting structured entities like addresses, locations, and organizations from unstructured incident reports or social media text

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              Transportation and logistics teams forecasting demand, traffic, or delivery volumes at specific locations using space-time cube time series models

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              Environmental scientists running classification and regression on field-sampled tabular data to predict habitat suitability or pollutant concentrations

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              Insurance and risk modelers fine-tuning pretrained Living Atlas models for property-level damage assessment after natural disasters

              Limitations & What It Can't Do

              We believe in transparent reviews. Here's what ArcGIS GeoAI Toolbox doesn't handle well:

              • ⚠The GeoAI Toolbox depends on the broader ArcGIS Pro environment, which runs only on Windows and requires a paid license plus relevant extensions, making it less accessible than open-source alternatives. Deep learning workflows demand careful environment configuration with matching CUDA, cuDNN, and Esri deep learning library versions, and a CUDA-capable GPU is effectively required for any imagery-based training. The toolbox abstracts model architectures behind geoprocessing parameters, so researchers needing custom layers, novel loss functions, or experimental architectures will hit ceilings that raw PyTorch or TensorFlow do not impose. Pretrained models in the Living Atlas are heavily skewed toward common imagery sources and Western geographies, so domain transfer to unusual sensors or underrepresented regions often requires substantial fine-tuning. There is no free or community tier, and pricing scales with the ArcGIS Pro and extension structure rather than usage, which can be inefficient for occasional or small-team users.

              Pros & Cons

              ✓ Pros

              • ✓Deep ArcGIS Pro integration: Tools are embedded in the standard geoprocessing framework, so AI workflows run alongside existing GIS analyses without exporting data to external Python notebooks or rebuilding pipelines.
              • ✓Automated machine learning for tabular data: The Feature and Tabular Analysis toolset auto-selects, tunes, and ensembles models, removing much of the manual hyperparameter tuning required in raw scikit-learn or PyTorch workflows.
              • ✓Pretrained models via Living Atlas: Esri provides over 100 ready-to-use deep learning models for common tasks like building footprint extraction, land cover classification, and road detection, eliminating the need to assemble training data from scratch.
              • ✓Broad task coverage in one toolbox: Supports classification, regression, clustering, object detection, pixel classification, instance segmentation, time series, and NLP within a single consistent interface across more than 30 geoprocessing tools.
              • ✓Enterprise-grade governance and reproducibility: Geoprocessing history, model metadata, and ArcGIS Enterprise integration make workflows auditable and shareable across teams, which matters for regulated and government use cases.
              • ✓On-premises training and inference: Models can be trained and run entirely on local hardware, which is important for agencies handling classified imagery or jurisdictions with data residency requirements.

              ✗ Cons

              • ✗Requires paid ArcGIS Pro and extensions: The toolbox is not standalone — it requires an ArcGIS Pro license starting at ~$700/year plus the Image Analyst, Spatial Analyst, or 3D Analyst extension depending on the workflow, which can be costly for small teams.
              • ✗Complex deep learning environment setup: Training and running deep learning models requires installing Esri's deep learning frameworks, matching CUDA/cuDNN versions, and configuring a compatible GPU, which often trips up first-time users.
              • ✗Less flexible than raw PyTorch or TensorFlow: While easier to use, the toolbox abstracts away low-level model architecture choices, so researchers needing custom layers or novel architectures may hit ceilings the underlying frameworks don't have.
              • ✗Windows-centric workflow: ArcGIS Pro runs only on Windows, so Linux- or macOS-based data science teams cannot natively run the GeoAI Toolbox without virtualization.
              • ✗Steep learning curve for non-GIS data scientists: The geoprocessing paradigm, projections, and Esri-specific data formats add overhead for ML practitioners coming from generic tabular or vision tooling.

              Frequently Asked Questions

              What does the ArcGIS GeoAI Toolbox actually do?+

              The GeoAI Toolbox is a geoprocessing toolbox inside ArcGIS Pro that trains and runs AI models on geospatial and tabular data. It contains over 30 tools organized into four toolsets: Feature and Tabular Analysis, Imagery AI, Text Analysis, and Time Series AI. These toolsets cover classification, regression, object detection, pixel classification, natural language processing, entity extraction, and forecasting on space-time cubes. The toolbox supports more than 50 deep learning architectures including U-Net, Mask R-CNN, FasterRCNN, DeepLabV3, and transformer-based models, using both classical machine learning and modern deep learning techniques integrated directly with GIS layers.

              How much does it cost to use the GeoAI Toolbox?+

              The toolbox itself is included with ArcGIS Pro, so the cost is essentially the cost of an ArcGIS Pro license. A Basic named user subscription starts at approximately $700 per year. Standard licenses run approximately $1,400 per year, and Advanced licenses approximately $2,200 per year. The Image Analyst extension, required for most deep learning imagery tools, adds approximately $1,400 per year. Enterprise and academic institutions often have site licenses that include access at no additional per-seat cost. All prices are Esri list prices and may vary by region and agreement.

              Do I need to install anything extra beyond ArcGIS Pro?+

              Yes. The documentation explicitly notes that all tools in the GeoAI toolbox require the installation of deep learning framework libraries such as PyTorch, TensorFlow, and fastai. Esri provides a dedicated Deep Learning Libraries Installer that matches these dependencies to your ArcGIS Pro version. Without this installer, most tools in the Imagery AI and Text Analysis toolsets will fail to run. GPU-capable hardware is also strongly recommended for training deep learning models in any reasonable time.

              Can I use pretrained models, or do I have to train from scratch?+

              You can absolutely use pretrained models. ArcGIS Living Atlas provides over 100 pretrained deep learning models for tasks like building footprint extraction, road extraction, land cover classification, and object detection across various sensor types. The Text Analysis toolset specifically supports fine-tuning pretrained NLP models, and you can apply imagery models directly to your data, fine-tune them on your own labeled samples, or combine them with models built in the ArcGIS API for Python arcgis.learn module. This dramatically reduces the labeled data required for production-ready results.

              How does it compare to open-source geospatial ML workflows like QGIS plus scikit-learn or PyTorch?+

              The GeoAI Toolbox trades openness for integration. Open-source stacks like QGIS with scikit-learn, rasterio, and PyTorch are free and flexible but require manual plumbing between spatial data formats, ML libraries, and visualization tools. GeoAI Toolbox handles all of that inside ArcGIS Pro, with native support for feature classes, rasters, and space-time cubes, and output layers that drop straight into maps. The tradeoff is the licensing cost (starting at ~$700/year for Basic, plus extensions) and lock-in to the Esri ecosystem.
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              What's New in 2026

              ArcGIS Pro 3.4 (released November 2024) expanded the GeoAI Toolbox with new transformer-based deep learning model support in the Imagery AI toolset, additional pretrained models in the Living Atlas for infrastructure and vegetation mapping, and performance improvements for GPU-accelerated training. ArcGIS Pro 3.3 (mid-2024) introduced enhanced AutoML capabilities in the Feature and Tabular Analysis toolset with support for additional ensemble methods and improved hyperparameter search. Esri's 2025–2026 roadmap includes deeper foundation model integration for geospatial AI, expanded support for large-scale distributed training, and new pretrained models targeting climate and environmental monitoring use cases. The Living Atlas now hosts over 100 pretrained deep learning models. Users should consult the ArcGIS Pro 3.4 release notes for the full list of added tools and supported architectures.

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              Quick Info

              Category

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              Website

              pro.arcgis.com/en/pro-app/latest/tool-reference/geoai/an-overview-of-the-geoai-toolbox.htm
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