Types of offline apps | Documentation

You can create different types of offline apps with ArcGIS Maps SDKs for Native AppsArcGIS Maps SDKs for Native Apps, previously known as ArcGIS Runtime SDKs, are developer products for building mapping and spatial analysis applications for native devices.Learn more. This section provides an overview of partially offline apps, fully offline apps, and a comparison below.

Partially offline apps

Partially offline appsA partially offline app is a type of offline app built with ArcGIS Maps SDKs for Native Apps that is designed to work where network connectivity is unreliable.Learn more are offline appsAn offline application, also known as offline app, is an application that runs on a phone, tablet, laptop or desktop device with limited or no network connection. Offline applications are built with ArcGIS Maps SDKs for Native Apps.Learn more designed for situations where network connectivity may be unreliable. This is ideal for when users can access the network but cannot guarantee constant connectivity. This type of application is able to easily handle transitions between connected and disconnected states.

There are two scenarios for using partially offline apps:

Online-first: You download maps and synchronize data in a connected environment before going offline. This strategy is well-suited for a field worker who wants to be prepared for periods of limited or no connectivity.
Offline-first: You use the app with data you already have locally and access online capabilities when connected to a network, such as using hosted layersA hosted layer is an item in a portal that contains the properties and settings for a hosted data service or a layer in a hosted data service.Learn more.

Fully offline apps

Fully offline appsA fully offline app is a type of offline app built with ArcGIS Maps SDKs for Native Apps that is designed to work where network connectivity is entirely absent.Learn more are offline appsAn offline application, also known as offline app, is an application that runs on a phone, tablet, laptop or desktop device with limited or no network connection. Offline applications are built with ArcGIS Maps SDKs for Native Apps.Learn more designed for situations where network connectivity is entirely absent. They are also used when you have a large amount of data and it is impractical to transfer the data over the network. This type of application stores all of the data it needs to work locally, allowing it to function without network connectivity.

Offline app comparison

Capabilities

The following table compares the capabilities of a partially offline app and a fully offline app:

	Partially offline app	Fully offline app
Use 2D maps
Use 3D scenes
Partial network connectivity
No network connectivity
Use online services
Edit while offline
Synchronize offline edits with online source
Offline geocoding	¹	¹
Offline routing	¹	¹
Offline spatial analysis	¹	¹

Full supportPartial supportNo support

1. Mobile packages only

Use cases

The following table shows common use cases and their corresponding types of offline applications.

Use case	Solution
You are a mobile worker who wants to view and edit 2D maps or 3D scenes in areas without network connectivity.	Partially offline app or fully offline app
You want to prepare data in advance for fieldwork in remote areas.	Partially offline app
You want to access maps and data in areas where network access is restricted for security reasons.	Fully offline app
You want to use online services alongside local data when network is available, such as accessing weather or traffic information.	Partially offline app
You want to collect field data without network access.	Partially offline app or fully offline app
You want to synchronize field data collected offline with the online feature service upon returning to the office.	Partially offline app
You want to search for an address without network access.	Partially offline app or fully offline app
You want to plan routes in areas without network access.	Partially offline app or fully offline app
You want to analyze terrain data in a 3D scene and provide viewshed, line-of-sight, and interactive distance measurement capabilities using the device's GPU.	Partially offline app and fully offline app