ArcGIS Earth
Overview
Geographic Information Systems (GIS) have moved from fixed workstations to field-ready mobile deployments. Esri’s ArcGIS Earth is a mobile 3D spatial visualization platform that connects enterprise GIS infrastructures with distributed field personnel. Built on Esri's runtime architecture, the application renders digital surface twins, multi-layered cartographic data, and high-resolution terrain meshes directly on mobile hardware.
A core technical strength of ArcGIS Earth is its broad support for both open and enterprise spatial formats. The application natively consumes and renders Web Scenes, Map Services, Image Services, Feature Services, and 3D Tiles hosted on ArcGIS Online and ArcGIS Enterprise portals. For disconnected operations in remote areas, the client processes Mobile Scene Packages, Tile Packages, Vector Tile Packages, Scene Layer Packages, Open Geospatial Consortium (OGC) GeoPackages, and standard KML/KMZ files.
Beyond static map viewing, ArcGIS Earth supports on-device spatial analytics. Field teams can execute interactive 2D and 3D geometric measurements, calculate surface elevations, perform 3D line-of-sight visibility assessments, and generate viewsheds across digital elevation models. The application also integrates with device GNSS hardware, recording 3D spatial tracks with embedded Z-value vertical elevations, capturing geotagged media placemarks, and generating tour paths that can be exported as KMZ files or uploaded directly to enterprise portals.
Using Google's ARCore framework, ArcGIS Earth includes an Augmented Reality (AR) mode. This feature allows field operators to project 3D spatial models, planned subsurface utilities, or urban building envelopes onto physical flat surfaces for collaborative review during engineering inspections and site assessments.
Pros & Cons
Broad support for enterprise and open geospatial formats, including MSPK, SLPK, KML/KMZ, and GeoPackages.
Advanced on-device spatial analytics, featuring 3D line-of-sight, viewshed calculation, and elevation measurement tools.
Direct integration with secure enterprise ArcGIS Online and ArcGIS Enterprise portal environments.
Augmented Reality mode for visualizing 3D spatial models in physical environments using ARCore.
Complete offline usability through pre-packaged mobile scene datasets and local raster caches.
High-precision GNSS tracking with native support for elevation data recording and tour exports.
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Requires an active, licensed ArcGIS Named User account to access proprietary enterprise layers.
- ✕
Generates significant GPU load and battery drain during sustained navigation of complex 3D scenes.
- ✕
Interface complexity presents a steep learning curve for non-GIS operators.
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FAQs
Can ArcGIS Earth be used without an active Esri ArcGIS paid subscription?
Yes. Users can freely explore public datasets, view open basemaps, and load local KML, KMZ, and GeoPackage files without logging into an account.
Which offline file packages are supported for field operations?
The app supports Mobile Scene Packages (.mspk), Tile Packages (.tpk/.tpkx), Vector Tile Packages (.vtpk), Scene Layer Packages (.slpk), and GeoPackages (.gpkg).
How does the Augmented Reality (AR) mode function in the application?
Using ARCore, the app detects horizontal surfaces through the device's camera and projects 3D spatial terrain models for interactive scale inspections.
Can field personnel record tracks with altitude data?
Yes. The integrated GNSS tracker records three-dimensional spatial coordinates, capturing longitude, latitude, and Z-value elevation metrics.
How are collected field drawings and spatial placemarks shared?
Field placemarks, annotations, and routes can be packaged and exported as KMZ files or published directly to an ArcGIS Enterprise portal.
Hot Reviews
Summarized from Google Play reviews and community discussions.
GIS analysts note that ArcGIS Earth handles dense spatial layers and complex scene packages effectively on mobile devices.
Surveyors appreciate the app's offline functionality, which allows them to inspect Mobile Scene Packages and capture GNSS tracks without network coverage.
Some enterprise users report intermittent sign-in challenges and authentication drops when connecting to complex enterprise portals.
Reviews highlight that rendering massive 3D urban meshes can cause thermal throttling and rapid battery drain on older mobile processors.