3D Immersive Experiences

Explore spatial relationships from new perspectives

Find the right solution
3D aerial view of city and water port, with gradient blue to red tall buildings and white translucent square overlayed

Analyse and explore spatial data through interactive experiences

Increase engagement and interaction with advanced 3D capabilities and seamless game engine integrations. ArcGIS supports 3D and XR experiences that allow users to explore and analyse spatial relationships in an intuitive way across a variety of devices, dashboards, and applications.

Immersive exploration and analysis

ArcGIS offers advanced 3D capabilities and seamless integrations allowing users to engage with data in virtual or augmented reality environments.

Seamless interactions

Access and interact with 3D content across devices. Easily transition between mapping tools and immersive experiences, all in one platform.

Simulate scenarios and analyse impacts

ArcGIS enables users to visualise scenarios, identify risk, and understand spatial impacts, leading to effective planning and development.

3D model of downtown in a large city with the ground all blue and realistically colored 3D buildings
Women with short brown hair wearing a white t-shirt and large white XR goggles over her eyes

Immerse, engage, and interact

ArcGIS is compatible with industry-leading technology for virtual and augmented realities—both standalone and tethered.

Explore, analyse, and interact effortlessly with XR

Enhance workflows through immersive experiences with real-time visualisation and the analysis of geospatial data to aid in decision-making, navigation, asset management, and training.

Site assessment and planning

Conduct site assessments or plan field operations and allow virtual exploration of the site in a realistic 3D representation. Identify potential challenges, visualise infrastructure, and make informed decisions about the best approach for the task at hand.

GIF zooming in on a 3D model of Boston sitting on a round table in XR

Navigation and wayfinding

Assist in the navigation of complex environments. Visualise terrain, buildings, and other spatial features in 3D to better understand surroundings and plan efficient routes for emergency response or utility maintenance.

: View of cars driving down a road lined with stores, with virtual renderings of storm pipes and their numerical measurements

Asset management and inspection

Visualise and assess assets in a realistic 3D environment. Identify maintenance needs, evaluate asset conditions, and plan repair or replacement activities.

Hands holding an iPad outdoors that shows a construction site to visualize the spatial context

Field data collection

Visualise and analyse geospatial data directly in the field. By working in a 3D environment, you can better understand the spatial context of the data being collected, which improves data quality and accuracy.

Virtual representation of scanning a building model and seeing a 3D representation formed in XR

Training and simulation

Train staff in various scenarios. Create virtual simulations of field operations and practice and familiarise yourself with different tasks and environments to improve safety, efficiency, and preparedness.

Virtual representation of a base in the desert with 3D gray and beige buildings, a helicopter, and a purple line

Empowering organisations with 3D visualisation capabilities

ArcGIS provides powerful visualisation tools to gain enhanced comprehension, make informed decisions, analyse spatial relationships accurately, and monitor changes over time. This can help improve communication and collaboration for more effective decision-making processes.

  • Utilities and energy

    Electricity, water, and gas providers can use 3D experiences to enhance their work in the field. Overlay real-time data and instruction views to optimise maintenance, inspections, and repairs to improve response times, reduce errors, and enhance worker safety.

  • Environmental and natural resource management

    Forestry, wildlife conservation, and land surveying can use virtual reality technology to visualise and analyse environmental data, conduct surveys, and monitor ecosystems. This supports better data collection, analysis, and decision-making for more effective environmental management.

  • Emergency response and disaster management

    Virtual reality (VR) and augmented reality (AR) technologies help responders simulate emergency scenarios, strategise evacuation routes, and coordinate rescue efforts. This enhances preparedness, optimises training, and boosts situational awareness during critical incidents.

  • Architecture, engineering, and construction (AEC)

    VR and AR technologies allow users to visualise and interact with 3D models of construction sites, building plans, and equipment. These technologies help support enhanced project planning, on-site collaboration, and real-time problem-solving.

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How to interact with immersive experiences

Explore and analyse spatial relationships in an intuitive way across devices, applications, and game engine integrations.

  • Web-based applications

    360 VR is Esri’s lightweight, all-in-one solution for creating and viewing 360-degree panoramic VR experiences. The experiences are shared to users on ArcGIS Online and can be viewed in a web browser on XR devices, mobile devices, and desktop computers.

    Explore 360 VR

  • Mobile apps

    ArcGIS Earth Mobile is a free and easy-to-use application that allows users to view and explore geospatial content on an interactive 3D globe. 3D scenes can be brought to life with tabletop AR mode.

    Download ArcGIS Earth
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