DATA MANAGEMENT

Put your spatial data to work

ArcGIS is a complete solution for spatial data management and data integration

Map showing an analysis of social media usage data in the Bay Area, illustrating spatial data management in service of a site selection workflow

What is spatial data management in ArcGIS?

Organizations are working with more spatial data than ever—tied to assets, infrastructure, customers, and operations. Making the most of location data requires technology built to understand it. Spatial data management in ArcGIS unifies this data for easy access, integration, analysis, and sharing across the enterprise.

Designed for spatial data

ArcGIS, the world’s most powerful geographic information system (GIS) software, is built to handle the volume and velocity of spatial data.

Open and interoperable

ArcGIS is the industry leader for open and interoperable spatial data management.

Integrates with other enterprise software

ArcGIS integrates directly with your business systems, so location intelligence becomes part of the workflows your teams already use.

Drone captured imagery and terrain data comes to life using location data management in this animation

See your data in a new way

3D-animated data creates a visualization of Red Rocks Amphitheatre in Colorado, illustrating the power of spatial data management to bring data to life.

INTERACTIVE MAP

See spatial data management in action

Powered by ArcGIS, this web app shows examples of real data management workflows. The app was made with products and development tools from the comprehensive ArcGIS platform.

Get more from your spatial data with ArcGIS

Use an all-in-one system for greater efficiency, productivity, and returns.

DATA INTEGRATION

Connect data without added complexity

ArcGIS works with your data wherever it lives, with flexible integration options that fit your existing workflows, technical expertise, and business requirements.

  • Direct connections: Connect to your existing data sources in place, without moving or duplicating anything.
  • No-code integration: Link to cloud data stores, APIs, and hundreds of other sources and formats without writing code.
  • Extensibility options: Build custom data feeds to connect to virtually any source, no native support or duplication required.

DATA EDITING

Make editing easier and reduce errors

Create accurate spatial data and edit it from any device using streamlined data editing processes.

  • Edit spatial data on the go with mobile-friendly tools 
  • Support multiuser editing with conflict management
  • Automate data quality assurance processes with apps and built-in checks

DATA PREPARATION

Get data ready with less effort

ArcGIS includes powerful tools to clean, transform, and prepare spatial data—reducing manual effort and accelerating time to insight.

  • Simplify ETL workflows with built-in tools including no-code solutions for cleaning, formatting, and integrating datasets
  • Automate complex data preparation tasks with scripting and modeling tools

DATA SCALABILITY

Adapt quickly, scale with ease

ArcGIS scales to meet your organization’s evolving needs, whether that’s adding more users or analyzing massive amounts of spatial data.

  • Grow with a modular storage system that scales with changing capacity and organizational needs
  • Easily configure access and permissions to support more users with flexible data access
  • Scale with a fully managed SaaS or self-hosted options including cloud-native software on Kubernetes, VMs in the cloud, or on-premises servers

A person using a laptop work with large amounts of spatial data

DATA SHARING

Store data securely, collaborate effortlessly

ArcGIS stores data securely and enables teams to share spatial data across departments and systems, fostering collaboration while delivering control over access and integrity.

  • Meet enterprise-grade security and compliance standards
  • Configure data access with fine-grained permissions
  • Share data securely with other organizations

A sharing interface appears over a map of building footprints in Scene Viewer—a dedicated web app for visualizing geospatial data in 3D

Work with the platforms you already use

ArcGIS connects to and manages your data across databases, data warehouses, data lakes, cloud stores, APIs, and more. These are just a few of the platforms ArcGIS supports out of the box.

Cloud data warehouses

Query and analyze warehouse data directly, without duplicating it.

  • Amazon Redshift

  • Google BigQuery

  • Snowflake

  • Databricks

Cloud storage

Integrate imagery and other file-based data from common cloud object storage solutions.

  • Amazon S3

  • Google Cloud Storage

  • Microsoft Azure Storage

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Database services

Connect to managed cloud databases as easily as on-premises ones.

  • Amazon Aurora

  • Google Cloud SQL for PostgreSQL

  • Microsoft Azure SQL Database

  • Oracle Autonomous Databases

  • SAP HANA Cloud

Ready to try ArcGIS?

ArcGIS adapts to the way you work. Talk with someone about options for getting started with spatial data management.

ArcGIS is built for spatial data management

Esri’s ArcGIS is a comprehensive geospatial platform than can meet the spatial data management needs of large and small organizations.

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Elevate spatial data management workflows with expert resources

Access to ArcGIS includes much more than spatial data management software. Tutorials, certifications, technical support, and community help you succeed with spatial data management.

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Frequently asked questions

Spatial data management involves collecting, storing, editing, integrating, maintaining, and sharing spatial data to support informed decisions. Spatial data management is a form of data management tailored to meeting the needs of spatial data, also known as geospatial data, location data, and GIS data. Spatial data management serves as a foundation for data workflows, providing a centralized location for working with an organization’s data even when it originates in other systems.

With ArcGIS you can manage virtually any data type or file format. Some examples of data that are supported by ArcGIS include:

  • Vector data: Points, lines, and polygons represent features with specific locations or areas, such as buildings, roads, rivers, or incidents.
  • Raster data: Raster datasets map continuous phenomena such as imagery, elevation data, and scanned maps.
  • 3D data: Industries like urban planning, government, and AEC use 3D data—including meshes, lidar, CAD, and BIM—to make informed decisions. ArcGIS efficiently renders large-scale 3D content on desktop, web, and mobile platforms.
  • Nonspatial data: Data such as addresses or postal codes reference locations but aren’t inherently spatial. These include tabular formats (CSV, Excel, database tables) and unstructured text (JSON, XML, document-based files). They can be linked to ArcGIS and enhanced with location details for better analysis.
  • Real-time data feeds: ArcGIS supports the ingestion of high-velocity observation data from Internet of Things (IoT) platforms, sensors, and other streaming sources. These feeds are processed and analyzed in real time to enable dynamic situational awareness, immediate decision-making, and actionable insights across spatial and temporal contexts.
  • Graph data: ArcGIS models relationships between entities, both spatial and nonspatial, to facilitate semantic search and network analysis.

ArcGIS offers flexibility regarding database type and deployment options. Databases may be deployed on-premises, hosted and managed by Esri, or managed by third-party providers. Spatial database solutions are available for various storage requirements. Users can connect to existing databases and share data for mapping and analysis purposes. If no database exists, ArcGIS Enterprise and ArcGIS Online provide spatial databases designed to store and scale data as needed.

Yes. ArcGIS is designed to integrate with enterprise business systems, databases, data warehouses, cloud services, APIs, web services, and more, allowing users to access, query, visualize, and analyze data directly without unnecessary data movement or duplication.

ArcGIS supports integrating data from:

  • Relational databases, including Microsoft SQL Server, Oracle, PostgreSQL, SAP HANA, and IBM Db2
  • Document databases, including Elasticsearch and OpenSearch
  • Cloud data warehouses, including Snowflake, Google BigQuery, and Amazon Redshift
  • Cloud object stores, including Amazon S3, Microsoft Azure Storage, and Google Cloud Storage

To learn more about how to enable these integrations, visit the ArcGIS Architecture Center.

 

Yes. ArcGIS supports live, direct connections to major cloud services including Amazon Redshift, Databricks, Google BigQuery, and Snowflake, as well as numerous database services. Learn more about these connection and integration approaches.

No, you do not have to copy your Snowflake, Google BigQuery, or Amazon Redshift data into ArcGIS. Users can visualize, query, analyze, and share their data directly in ArcGIS without unnecessary data copying, movement, ETL workflows, or duplicate storage.

Let’s talk about your data strategy

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