Technology

We build ArcGIS, the leading geospatial technology for mapping and spatial analytics

ArcGIS is powerful geographic information system (GIS) technology that provides tools to capture, view, edit, manage, analyze, and share data in the context of location. It includes access to thousands of curated datasets and maps that can be explored and leveraged for analysis and insight. ArcGIS can be used in the cloud, on mobile devices, and on desktops to create maps, apps, dashboards, 3D scenes and models, and data science notebooks.

A satellite orbiting Earth, representing the role of geospatial technology in mapping and spatial analysis

Satellites in orbit

Mapping isn't limited to the earth's surface. Location technology helps us understand things that are underwater, underground, or even in space.

ArcGIS is an enterprise technology

ArcGIS is a comprehensive geospatial technology software platform. It offers flexible licensing and deployment options, a suite of ready-to-use apps, authoritative data, developer tools, a vibrant user community, and robust training and technical support options to fully equip your organization.

Scalable

As usage needs scale, ArcGIS scales to meet demand, supporting organizations as data increases in size, complexity, and velocity.

Secure and private

Trusted by even the most regulated industries, Esri embeds security, privacy, and compliance into the core of ArcGIS.

Integrative and flexible

ArcGIS integrates into key enterprise systems and workflows. It runs in your infrastructure or on cloud providers such as AWS or Microsoft Azure.

About ArcGIS
Drone flying over snowy mountainous terrain to capture imagery for geospatial technology workflows

Drone mapping a ski slope

Planning a drone flight before takeoff helps operators confirm consistent altitude and inspect difficult or impossible to reach terrain.

Capabilities of Esri technology

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  • Colorful arcing lines showing air traffic flow on a world map created with geospatial technology

    Mapping

    Spot spatial patterns in your data, facilitate collaboration, and make better decisions. Create, use, and share maps on any device.

  • A map of electric substations transmission lines in Boston created with GIS software

    Field operations

    Improve coordination and operational efficiency in field workforce activities. Reduce or eliminate reliance on paper.

  • Digital map of a dam showing how geospatial technology analyzes drone data to show elevation measurements

    Spatial analysis and data science

    Connect the seemingly disconnected with the most comprehensive set of analytical methods and spatial algorithms available.

  • Heat map of car accident locations in Munich, Germany created with GIS software

    Real-time visualization and analytics

    Accelerate response times, optimize safety, and improve operational awareness by monitoring any type of sensor or device.

  • Detailed 3D digital model of a mountain rendered with geospatial technology

    3D visualization and analytics

    Bring real-world context to your maps and data. Instantly transform your data into smart 3D models and visualizations.

  • Colorful landsat imagery of a desert area analyzed with geospatial technology

    Imagery and remote sensing

    Manage and extract answers from imagery and remotely sensed data. Access the world's largest imagery collection.

  • Map with blue color blocks showing where people who are age 60 or older are below the poverty level

    Data management

    Collect, store, maintain, prepare, and share your data. Integrate data from business systems and geoenable any data from any source.

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We invest in innovation

Thirty percent of Esri's annual revenue—more than twice the industry standard—is reinvested into research and development. We stay at the forefront of geospatial technology advances, rapidly evolving our software so you can do more with it.

How do you gain location intelligence (LI)?

By adding layers of geographic data—such as demographics, traffic, and weather—to a smart map or dashboard, organizations can use intelligence tools to identify where an event has taken place, understand why it is happening, and gain insight into what caused it.

Learn more about LI
Map of the San Francisco Bay Area showing the locations of customers by zip code relative to shopping areas

What can you do with artificial intelligence?

With location data as the connective thread, companies use artificial intelligence (AI) to automate processes, improve predictive modeling, and gain business advantages.

Learn more about AI
Map showing features automatically identified using a deep learning model

How do you discover the value of data?

Most digitally savvy executives use data-driven insights to propel faster decision-making. But the most competitive organizations and industries are transforming core business practices by tapping into location technology.

Explore digital transformation
Map with color blocks showing how the average age of retail shoppers varies by location

What is the full potential of IoT?

IoT-generated data's value is not intrinsic; it flows from what is done with it. Companies can use location technology to distill massive amounts of data and real-time data into actionable intelligence.

Learn more about IoT
Map of IoT device hotspots in Virginia

How do you create a digital twin?

Geospatial technology interconnects systems, models, and behaviors with spatial context, creating holistic digital representations of environments, assets, networks, and cities. Digital twins help decision-makers predict how something will perform and identify potential problems before beginning a project.

Learn more about digital twins
Digital twin of rail infrastructure with parts of the structure highlighted in green

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