Capacitor Network Plugin

Capacitor plugin to access network information.

Features

The Capacitor Network plugin is one of the most complete network information solutions for Capacitor apps. Here are some of the key features:

• 📶 Network status: Read whether the device is connected and how (Wi-Fi, cellular, ethernet, VPN).
• 🌍 Internet reachability: Detect whether the connection has verified access to the internet (Android).
• 💸 Data saving & cost: Detect whether the connection is constrained (Data Saver or Low Data Mode) or expensive (metered).
• 🛰️ Satellite networks: Detect satellite transport on Android 15+ and ultra-constrained connections on iOS 26+.
• ✈️ Airplane mode: Read whether the airplane mode is enabled (Android).
• 👂 Change events: Listen for changes to the network status.
• 🌐 Web support: Read the network status on the web.
• 🤝 Compatibility: Works alongside the Wifi plugin.
• 📦 CocoaPods & SPM: Supports CocoaPods and Swift Package Manager for iOS.
• 🔁 Up-to-date: Always supports the latest Capacitor version.

Missing a feature? Just open an issue and we'll take a look!

Use Cases

The Network plugin is typically used whenever an app needs to react to the device's connectivity, for example:

• Offline detection: Show an offline banner or disable network-dependent features when the connection is lost.
• Conditional downloads: Only download large files when the device is connected via Wi-Fi instead of a cellular network.
• Reliable syncing: On Android, check whether the connection has verified internet access before starting a sync, avoiding false positives caused by captive portals or VPNs.
• Airplane mode hints: On Android, detect that airplane mode is enabled and inform the user why no connection is available.

Compatibility

Guides

• How to Detect the Network Status in Capacitor: Check the connection type, listen for changes, and handle offline and metered connections.
• How to Detect Satellite Networks in Capacitor: Detect satellite and ultra-constrained networks on Android 15+ and iOS 26 and adapt to limited bandwidth.

Installation

You can use our AI-Assisted Setup to install the plugin. Add the Capawesome Skills to your AI tool using the following command:

npx skills add capawesome-team/skills --skill capacitor-plugins

Then use the following prompt:

 Use the `capacitor-plugins` skill from `capawesome-team/skills` to install the `@capawesome/capacitor-network` plugin in my project.

If you prefer Manual Setup, install the plugin by running the following commands and follow the platform-specific instructions below:

npm install @capawesome/capacitor-network
npx cap sync

On Android, the plugin declares the ACCESS_NETWORK_STATE permission in its manifest, so no additional configuration is required.

Configuration

No configuration required for this plugin.

Usage

The following examples show how to get the current network status, check whether airplane mode is enabled, and listen for changes to the network status.

Get the current network status

Read whether the device is currently connected, the type of the connection (e.g. Wi-Fi or cellular) and, on Android, whether the connection has verified access to the internet:

import { Network } from '@capawesome/capacitor-network';

const getStatus = async () => {
  const status = await Network.getStatus();
  return status;
};

Detect satellite networks

Read whether the device is connected via a satellite network. Only available on Android:

import { ConnectionType, Network } from '@capawesome/capacitor-network';

const isSatellite = async () => {
  const { connectionType } = await Network.getStatus();
  return connectionType === ConnectionType.Satellite;
};

Android only uses constrained satellite networks for apps that identify themselves as optimized for them. If your app is optimized for extremely limited bandwidth and variable latency, add the following element to the application element in your AndroidManifest.xml:

<meta-data
  android:name="android.telephony.PROPERTY_SATELLITE_DATA_OPTIMIZED"
  android:value="PACKAGE_NAME"
/>

Replace PACKAGE_NAME with your app's package name. This plugin does not add this element automatically, because each app must decide whether it is suitable for constrained satellite access. Push notifications must additionally be sent with the bandwidth_constrained_ok flag to be delivered on such a network. See Constrained satellite networks for more information.

On iOS, carrier-provided satellite connections are reported as CELLULAR with ultraConstrained set to true, because Apple does not expose satellite as a connection type.

Detect ultra-constrained networks

Read whether the connection is severely limited in bandwidth, such as a carrier-provided satellite network. Only available on Android and iOS 26+:

import { Network } from '@capawesome/capacitor-network';

const isUltraConstrained = async () => {
  const { ultraConstrained } = await Network.getStatus();
  return ultraConstrained;
};

On Android, this is true on satellite networks and on networks that the system reports as bandwidth-constrained. Satellite networks are always reported as ultra-constrained, while bandwidth-constraint detection requires Android 16+ (API level 36) or U Extensions 16+, which can be present on eligible devices running Android 14 or later.

On iOS, detecting this state requires no entitlement. However, if your app wants to transfer data over such a network, it must allow this per request (see allowsUltraConstrainedNetworkAccess) and may need the com.apple.developer.networking.carrier-constrained.appcategory entitlement to be allowed on all carriers. This plugin neither adds entitlements nor modifies your URLSession or NWParameters configuration. See Configuring your app for ultra-constrained networks for more information.

Check whether airplane mode is enabled

Read whether the airplane mode is currently enabled. Only available on Android:

import { Network } from '@capawesome/capacitor-network';

const isAirplaneModeEnabled = async () => {
  const { enabled } = await Network.isAirplaneModeEnabled();
  return enabled;
};

Listen for changes to the network status

Get notified whenever the network status of the device changes. The device is only observed while at least one listener is attached:

import { Network } from '@capawesome/capacitor-network';

const addNetworkStatusChangeListener = async () => {
  await Network.addListener('networkStatusChange', status => {
    console.log('Network status changed:', status);
  });
};

When you no longer need updates, remove all listeners:

import { Network } from '@capawesome/capacitor-network';

const removeAllListeners = async () => {
  await Network.removeAllListeners();
};

API

• getStatus()
• isAirplaneModeEnabled()
• addListener('networkStatusChange', ...)
• removeAllListeners()
• Interfaces
• Enums

getStatus()

getStatus() => Promise<GetStatusResult>

Get the current network status of the device.

Only available on Android, iOS and Web.

Returns: Promise<GetStatusResult>

Since: 0.1.0

isAirplaneModeEnabled()

isAirplaneModeEnabled() => Promise<IsAirplaneModeEnabledResult>

Get whether the airplane mode is currently enabled.

Only available on Android.

Returns: Promise<IsAirplaneModeEnabledResult>

Since: 0.1.0

addListener('networkStatusChange', ...)

addListener(eventName: 'networkStatusChange', listenerFunc: (event: GetStatusResult) => void) => Promise<PluginListenerHandle>

Listen for changes to the network status of the device.

The device is only observed while at least one listener is attached.

Only available on Android, iOS and Web.

Returns: Promise<PluginListenerHandle>

Since: 0.1.0

removeAllListeners()

removeAllListeners() => Promise<void>

Remove all listeners for this plugin.

Since: 0.1.0

Interfaces

GetStatusResult

IsAirplaneModeEnabledResult

PluginListenerHandle

Enums

ConnectionType

Network Information

Keep the following platform differences in mind when accessing network information:

• Android: The network status is read from the ConnectivityManager. The internetReachable property reflects the NET_CAPABILITY_VALIDATED capability, which fixes false positives when a VPN or captive portal is active.
• iOS: The network status is read from the NWPathMonitor of the Network framework. The internetReachable property is always null because iOS cannot distinguish validated internet access from mere connectivity. VPN connections are reported as UNKNOWN. The isAirplaneModeEnabled() method is not available because there is no public API for it.
• Web: The network status is read from navigator.onLine and the Network Information API (where supported). The internetReachable property is always null. The isAirplaneModeEnabled() method is not available.

FAQ

How is this plugin different from other similar plugins?

It reports connectivity and the connection type (Wi-Fi, cellular, ethernet, or VPN) on Android, iOS, and the web, and on Android it adds verified internet reachability that avoids false positives from captive portals or VPNs, plus an airplane-mode check. You can read the status once or listen for change events, with the device observed only while a listener is attached, all through a fully typed API with typed connection-type enums. It supports both CocoaPods and Swift Package Manager on iOS, is honest about platform limits by returning null where reachability cannot be validated, and is actively maintained against the latest Capacitor and OS versions.

What is the difference between connected and internetReachable?

The connected property tells you whether the device is connected to any network, while internetReachable tells you whether that connection has verified access to the internet. A device can be connected to a network without actually reaching the internet, for example behind a captive portal or when a VPN is active. The internetReachable property is only available on Android, where it reflects the NET_CAPABILITY_VALIDATED capability of the connection.

Why is internetReachable always null on iOS and Web?

iOS and the Web platform cannot distinguish validated internet access from mere network connectivity, so the plugin returns null instead of a potentially misleading value. On these platforms, being connected to a network does not guarantee that the internet is reachable. See the Network Information section for the platform-specific details.

What is the difference between the SATELLITE connection type and ultraConstrained?

The SATELLITE connection type tells you what the connection is, while ultraConstrained tells you that it is severely limited in bandwidth. Satellite is only reported as a connection type on Android, because iOS exposes this condition as a property of the connection instead. The two do not always match: a satellite network is not necessarily reported as bandwidth-constrained, and a bandwidth-constrained network is not necessarily a satellite network.

Can I check whether airplane mode is enabled on iOS or Web?

No, the isAirplaneModeEnabled() method is only available on Android. On iOS, there is no public API to read the airplane mode state, and the Web platform does not expose this information either.

Do I need any permissions to use this plugin?

No, the plugin works without any additional configuration. On Android, the plugin already declares the required ACCESS_NETWORK_STATE permission in its own manifest, see the Installation section.

Why is a VPN connection reported as UNKNOWN on iOS?

On iOS, the network status is read from the NWPathMonitor of the Network framework, and VPN connections are reported as UNKNOWN. The VPN connection type is only reported on platforms that can detect it, such as Android. See the Network Information section for more platform differences.

Can I use this plugin with Ionic, React, Vue or Angular?

Yes, the plugin is framework-agnostic. It works in any Capacitor app regardless of the web framework, including Ionic with Angular, React, or Vue, as well as plain JavaScript projects.

Related Plugins

• Battery: Access battery information of the device.
• Bluetooth Low Energy: Communicate with Bluetooth Low Energy (BLE) devices in the central and peripheral role.
• NFC: Read, write, and emulate NFC tags with advanced features like HCE and raw command handling.
• Sim: Read SIM card and carrier information.
• Wifi: Manage Wi-Fi connectivity, including adding, connecting, and disconnecting networks.

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Changelog

See CHANGELOG.md.

License

See LICENSE.