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Amplitude iOS SDK Installation & Quick Start


SDK Installation


  • Add dependency to Podfile.
pod 'Amplitude', '~> 8.3.0'
  • Run pod install in the project directory to download dependency.

Swift Package Manager

  • File -> Swift Package Manager -> Add Package Dependency
  • Type in when choosing package repo.
  • It will automatically resolve it and located to the latest version.
  • After successfully being added, it will show up as a dependency.


  • Please add the following line to your Cartfile.
github "amplitude/Amplitude-iOS" ~> 7.2.0

Usage & Examples


Import Amplitude into any file that uses it.

#import <Amplitude/Amplitude.h>
import Amplitude


Initialization is necessary before any instrumentation is done. The API key for your Amplitude project is required. Usually, you can initialize the SDK in the application:didFinishLaunchingWithOptions: method of your YourAppAppDelegate.m file

- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions {
  // Enable sending automatic session events
  [Amplitude instance].trackingSessionEvents = YES;
  // Initialize SDK
  [[Amplitude instance] initializeApiKey:@"API_KEY"];
  // Set userId
  [[Amplitude instance] setUserId:@"userId"];
  // Log an event
  [[Amplitude instance] logEvent:@"app_start"];
  return YES;
func application(_ application: UIApplication, didFinishLaunchingWithOptions launchOptions: [UIApplication.LaunchOptionsKey: Any]?) -> Bool {
  // Enable sending automatic session events
  Amplitude.instance().trackingSessionEvents = true
  // Initialize SDK
  // Set userId
  // Log an event
  return true

EU Data Residency

Sending data to Amplitude's EU servers, you need to configure the serverURL property after initializing the client.

[[Amplitude instance] setServerUrl: @""];
Amplitude.instance().serverUrl = ""

Sending Events

Basic Events

Events represent how users interact with your application. For example, “Button Clicked” may be an action you want to note.

[[Amplitude instance] logEvent:@"Button Clicked"];
Amplitude.instance().logEvent("Button Click")

Events with Properties

Events can also contain properties. They provide context about the event taken. For example, “hover time” may be a relevant event property to “button click”.

NSMutableDictionary *eventProperties = [NSMutableDictionary dictionary];
[eventProperties setValue:@"100ms" forKey:@"Hover Time"];
[[Amplitude instance] logEvent:@"Button Clicked" withEventProperties:eventProperties];
Amplitude.instance().logEvent("Button Clicked", withEventProperties: ["Hover Time": "100ms"] )

User Properties

User properties help you understand your users at the time they performed some action within your app such as their device details, their preferences, or language. Amplitude-iOS's AMPIdentity class manages these features.


Please be sure to not track any user data that may be against your privacy terms.

Setting a User Property


set sets the value of a user property. You can also chain together multiple identify calls.

AMPIdentify *identify = [[[AMPIdentify identify] set:@"gender" value:@"female"] set:@"age"
    value:[NSNumber numberWithInt:20]];
[[Amplitude instance] identify:identify];
let identify = AMPIdentify()
    .set("gender", value: "female")
    .set("age",value: NSNumber(value: 20))


setOnce sets the value of a user property only once. Subsequent calls using setOnce will be ignored.

AMPIdentify *identify1 = [[AMPIdentify identify] setOnce:@"sign_up_date" value:@"2015-08-24"];
[[Amplitude instance] identify:identify1];

AMPIdentify *identify2 = [[AMPIdentify identify] setOnce:@"sign_up_date" value:@"2015-09-14"];
[[Amplitude instance] identify:identify2]; // Is ignored
let identify1 = AMPIdentify().setOnce("sign_up_date", value: "2015-08-24")

let identify2 = AMPIdentify().setOnce("sign_up_date", value: "2015-09-14")
Amplitude.instance().identify(identify2) // Is ignored


add increments a user property by some numerical value. If the user property does not have a value set yet, it will be initialized to 0 before being incremented.

AMPIdentify *identify = [[[AMPIdentify identify] add:@"karma" value:[NSNumber numberWithFloat:0.123]]
    add:@"friends" value:[NSNumber numberWithInt:1]];
[[Amplitude instance] identify:identify];
let identify = AMPIdentify()
    .add("karma", value: NSNumber(value: 0.123))
    .add("friends",value: NSNumber(value: 1))

Setting Multiple User Properties

You can use setUserProperties as a shorthand to set multiple user properties at once. This method is simply a wrapper around Identify.set and identify.

NSMutableDictionary *userProperties = [NSMutableDictionary dictionary];
[userProperties setValue:@"VALUE" forKey:@"KEY"];
[userProperties setValue:@"OTHER_VALUE" forKey:@"OTHER_KEY"];
[[Amplitude instance] setUserProperties:userProperties];
var userProperties: [AnyHashable : Any] = [:]
userProperties["KEY"] = "VALUE"
userProperties["OTHER_KEY"] = "OTHER_VALUE"
Amplitude.instance().userProperties = userProperties

Arrays in User Properties

Arrays can be used as user properties. You can directly set arrays or use append to generate an array.

NSMutableArray *colors = [NSMutableArray array];
[colors addObject:@"rose"];
[colors addObject:@"gold"];
NSMutableArray *numbers = [NSMutableArray array];
[numbers addObject:[NSNumber numberWithInt:4]];
[numbers addObject:[NSNumber numberWithInt:5]];
AMPIdentify *identify = [[[[AMPIdentify identify] set:@"colors" value:colors] append:@"ab-tests"
    value:@"campaign_a"] append:@"existing_list" value:numbers];
[[Amplitude instance] identify:identify];
var colors: [AnyHashable] = []
var numbers: [AnyHashable] = []
numbers.append(NSNumber(value: 4))
numbers.append(NSNumber(value: 5))
let identify = AMPIdentify().set("colors", value: colors)
    .append("ab-tests", value: "campaign_a")
    .append("existing_list",value: numbers)


  • append will append a value or values to a user property array.
  • prepend will prepend a value or values to a user property.

If the user property does not have a value set yet, it will be initialized to an empty list before the new values are added. If the user property has an existing value and it is not a list, it will be converted into a list with the new value added.


append and prepend does not check for duplicates. Please see preInsert and postInsert for that.

NSMutableArray *array = [NSMutableArray array];
[array addObject:@"some_string"];
[array addObject:[NSNumber numberWithInt:56]];
AMPIdentify *identify = [[[AMPIdentify identify] append:@"ab-tests" value:@"new-user-test"]
    append:@"some_list" value:array];
[[Amplitude instance] identify:identify];
var array: [AnyHashable] = []
array.append(NSNumber(value: 56))
let identify = AMPIdentify()
    .append("ab-tests", value: "new-user-test")
    .append("some_list",value: array)


  • preInsert will insert a value or values to the front of a user property array if it does not exist in the array yet.
  • postInsert will insert a value or values to the end of a user property array if it does not exist in the array yet.

If the user property does not exist, it will be initialized to an empty list before the new values are pre-inserted. If the user property has an existing value, there will be no operation.

NSMutableArray *array = [NSMutableArray array];
[array addObject:@"some_string"];
[array addObject:[NSNumber numberWithInt:56]];
AMPIdentify *identify = [[[AMPIdentify identify] preInsert:@"ab-tests" value:@"new-user-test"]
    preInsert:@"some_list" value:array];
[[Amplitude instance] identify:identify];
var array: [AnyHashable] = []
array.append(NSNumber(value: 56))
let identify = AMPIdentify()
    .preInsert("ab-tests", value: "new-user-test")
    .preInsert("some_list",value: array)

Removing User Properties

Clearing All User Properties

clearUserProperties will wipe all of the current user's user properties.


The result is irreversible! Amplitude will not be able to sync the user's user property values before the wipe to any future events that the user triggers as they

[[Amplitude instance] clearUserProperties];


remove will remove a value or values to a user property, if it does exist in the user property. Remove means remove the existing value(s) from the given list. If the item does not exist in the user property, there will be no operation.

NSMutableArray *array = [NSMutableArray array];
[array addObject:@"some_string"];
[array addObject:[NSNumber numberWithInt:56]];
AMPIdentify *identify = [[[AMPIdentify identify] remove:@"ab-tests" value:@"new-user-test"]
    remove:@"some_list" value:array];
[[Amplitude instance] identify:identify];
var array: [AnyHashable] = []
array.append(NSNumber(value: 56))
let identify = AMPIdentify()
    .remove("ab-tests", value: "new-user-test")
    .remove("some_list", value: array)

Setting User Groups


This feature is only available for Growth customers who have purchased the Accounts add-on.

Amplitude supports assigning users to groups and performing queries such as Count by Distinct on those groups. An example would be if you want to group your users based on what organization they are in by using an 'orgId'. You can designate Joe to be in 'orgId' '10' while Sue is in 'orgId' '15'. When performing a query in our Event Segmentation chart, you can then select "..performed by" 'orgId' to query the number of different organizations that have performed a specific event. As long as at least one member of that group has performed the specific event, that group will be included in the count.

When setting groups, you will need to define a groupType and groupName(s). In the above example, 'orgId' is the groupType and the values '10' and '15' are groupName(s). Another example of a groupType could be 'sport' with groupName(s) like 'tennis' and 'baseball'. You can use setGroup(groupType, groupName) to designate which groups a user belongs to. Note: This will also set the 'groupType:groupName' as a user property. This will overwrite any existing groupName value set for that user's groupType, as well as the corresponding user property value. groupType is a string and groupName can be either a string or an array of strings to indicate a user being in multiple groups (for example, if Joe is in 'orgId' '10' and '16', then the groupName would be '[10, 16]'). Here is what your code might look like:

[[Amplitude instance] setGroup:@"orgId" groupName:[NSNumber numberWithInt:15]];
[[Amplitude instance] setGroup:@"sport" groupName:[NSArray arrayWithObjects: @"tennis", @"soccer", nil];
Amplitude.instance().setGroup("orgId", groupName: NSNumber(value: 15))
        Amplitude.instance().setGroup("sport", groupName: NSArray(objects: "tennis", "soccer"))

You can also use logEventWithGroups to set event-level groups, meaning the group designation only applies for the specific event being logged and does not persist on the user unless you explicitly set it with setGroup:

NSDictionary *eventProperties = [NSDictionary dictionaryWithObjectsAndKeys: @"value", @"key", nil];
NSDictionary *groups = [NSDictionary dictionaryWithObjectsAndKeys:[NSNumber numberWithInt:10],
    @"orgId", @"soccer", @"sport", nil];
[[Amplitude instance] logEvent:@"initialize_game" withEventProperties:eventProperties withGroups:groups];
let eventProperties: [String: Any] = ["key": "value"]
let groups: [String: Any] = ["orgId": 10]
Amplitude.instance().logEvent("initialize_game", withEventProperties: eventProperties, withGroups: groups)

Group Identify

(Enterprise only) This feature is only available to Growth and Enterprise customers who have purchased the Accounts add-on.

Use the Group Identify API to set or update properties of particular groups. However, these updates will only affect events going forward.

The groupIdentifyWithGroupType method accepts a group type string parameter and group name object parameter, as well as an Identify object that will be applied to the group.

NSString *groupType = @"plan";
NSObject *groupName = @"enterprese";
AMPIdentify *identify = [[AMPIdentify identify] set:@"key" value:@"value"];
[[Amplitude instance] groupIdentifyWithGroupType:groupType groupName:groupName groupIdentify:identify];
let identify = AMPIdentify()
    .set("key", value: "value")
Amplitude.instance().groupIdentifyWithGroupType("plan", groupName:NSString(string:"enterprise"), groupIdentify:identify)

An optional outOfSession boolean input can be supplied as fourth argument to groupIdentifyWithGroupType

Tracking Revenue

Instances of AMPRevenue storesrevenue transactions and defines special revenue properties (such as revenueType) used in Amplitude's Event Segmentation and Revenue LTV charts. Each instance is passed to Amplitude.logRevenueV2. This allows us to automatically display data relevant to revenue in Amplitude.

To track revenue from a user, call logRevenueV2 each time a user generates revenue. Here is an example:

AMPRevenue *revenue = [[[AMPRevenue revenue] setProductIdentifier:@"productIdentifier"] setQuantity:3];
[revenue setPrice:[NSNumber numberWithDouble:3.99]];
[[Amplitude instance] logRevenueV2:revenue];
let revenue = AMPRevenue().setProductIdentifier("productIdentifier").quantity = 3
revenue?.price = NSNumber(value: 3.99)

Calling logRevenueV2 will generate up to 2 different event types in the platform:

  • '[Amplitude] Revenue': This event is logged for all revenue events, regardless of whether or not verification is turned on.
  • '[Amplitude] Revenue (Verified/Unverified)': These revenue events will contain the actual '$revenue' property.

You cannot change the default names given to these client-side revenue events in the raw data but you do have the option to modify the display name. To learn more about tracking revenue, see our documentation here.


Amplitude currently does not support currency conversion. All revenue data should be normalized to your currency of choice before being sent.

Each revenue event has fields available, and each field has a corresponding set method (such as price and setPrice). See the API docs for AMPRevenue for a full list of fields.

Like logEvent, event properties can also be attached for each call to logRevenueV2 . However, these event properties will only appear in the Event Segmentation chart and not in the Revenue charts.

productId (optional)NSStringAn identifier for the product. We recommend something like the Google Play Store product ID.null
quantity (required)NSIntegerThe quantity of products purchased. Note: revenue = quantity * price1
price (required)NSNumberThe price of the products purchased, and this can be negative. Note: revenue = quantity * pricenull
revenueType (optional)NSStringThe type of revenue (e.g. tax, refund, income).null
receipt (optional, *required for revenue verification)NSDataThis is required if you want to verify the revenue event.null
eventProperties (optional)NSDictionaryA NSDictionary of event properties to include in the revenue event.null


Price can be negative, which may be useful for tracking revenue lost (such as refunds or costs)

User Sessions

A session is a period of time that a user has the app in the foreground. Events that are logged within the same session will have the same session_id. Sessions are handled automatically so you do not have to manually call an API like startSession() or endSession().

You can adjust the time window for which sessions are extended by changing the variable minTimeBetweenSessionsMillis.

Amplitude groups events together by session. A session represents a single period of user activity, with a start and end time. Different SDKs will track sessions differently, depending on the requirements of the platform. The minimum duration of a session can be configured within the SDK.

[Amplitude instance].trackingSessionEvents = YES;
[[Amplitude instance].minTimeBetweenSessionsMillis = 10 * 60 * 1000; // 10 minutes
[[Amplitude instance] initializeApiKey:@"API_KEY"];
Amplitude.instance().trackingSessionEvents = true
Amplitude.instance().minTimeBetweenSessionsMillis = 10 * 60 * 1000 // 10 minutes

You can also log events as out-of-session. Out-of-session events have a session_id of -1 and are not considered part of the current session, meaning they do not extend the current session. This might be useful if you are logging events triggered by push notifications, for example. You can log events as out-of-session by setting the input parameter outOfSession to true when calling logEvent

[[Amplitude instance] logEvent:@"EVENT_TYPE" withEventProperties:nil outOfSession:YES];
Amplitude.instance().logEvent("Push Notification", withEventProperties: nil, outOfSession: true)

You can also log identify events as out-of-session, which is useful if you are updating user properties in the background and do not want to start a new session. You can do this by setting the input parameter outOfSession to true when calling identify.

AMPIdentify *identify = [[AMPIdentify identify] set:@"key" value:@"value"];
[[Amplitude instance] identify:identify outOfSession:YES];
let identify = AMPIdentify()
    .set("key", value: "value")
Amplitude.instance().identify(identify, outOfSession: true)

You can use the helper method getSessionId to get the value of the current sessionId.

long long sessionId = [[Amplitude instance] getSessionId];

Set Custom User ID

If your app has its own login system that you want to track users with, you can call setUserId at any time.

[[Amplitude] instance] setUserId:@"USER_ID"];

You can also add the User ID as an argument to the init call.

[[Amplitude] instance] initializeApiKey:@"API_KEY" userId:@"USER_ID"];
Amplitude.instance().initializeApiKey("API_KEY", userId: "USER_ID")

You should not assign users a User ID that could change as each unique User ID is interpreted as a unique user in Amplitude. Please see our article on how we identify and count unique users for further information.

Debug Logging

By default, only critical errors are logged to console. To enable debug logging in iOS, change AMPLITUDE_DEBUG from 0 to 1 at the top of the Objective-C file you wish to examine. Error messages are printed by default. To disable error logging, change AMPLITUDE_LOG_ERRORS from 1 to 0 in Amplitude.m.

Log Out and Anonymous Users

A user's data will be merged on the backend so that any events up to that point from the same browser will be tracked under the same user. If a user logs out or you want to log the events under an anonymous user, you will need to:

  1. Set the userId to null.
  2. Regenerate a new deviceId.

After doing that, events coming from the current user/device will appear as a brand new user in Amplitude. Note: If you choose to do this, you will not be able to see that the two users were using the same device.

[[Amplitude instance] setUserId:nil]; // not string nil
[[Amplitude instance] regenerateDeviceId];

Advanced Topics

Logging Events to Multiple Projects

If you want to log events to multiple Amplitude projects, then you will need to have separate instances for each Amplitude project. As mentioned earlier, each instance will allow for completely independent apiKeys, userIds, deviceIds, and settings.

You will need to assign a name to each Amplitude project/instance and use that name consistently when fetching that instance to call functions.

IMPORTANT NOTE: Once you have chosen a name for that instance you cannot change it.

Choose your instance names wisely because every instance's data and settings are tied to its name, and you will need to continue using that instance name for all future versions of your project to maintain data continuity. These names do not need to be the names of your projects in the Amplitude platform, but they will need to remain consistent throughout your code. You also need to be sure that each instance is initialized with the correct apiKey.

Instance names must be non-null and non-empty strings. Names are case insensitive, and you can fetch each instance name by calling.

Each new instance created will have its own apiKey, userId, deviceId, and settings.

The following is an example of how to set up and log events to two separate projects:

// existing project, existing settings, and existing API key
[[Amplitude instance] initializeApiKey:@"12345"];
[[Amplitude instanceWithName:@"new_project"] initializeApiKey:@"67890"]; // new project, new API key

[[Amplitude instanceWithName:@"new_project"] setUserId:@"[email protected]"]; // need to reconfigure new project
[[Amplitude instanceWithName:@"new_project"] logEvent:@"Clicked"];

AMPIdentify *identify = [[AMPIdentify identify] add:@"karma" value:[NSNumber numberWithInt:1]];
[[Amplitude instance] identify:identify];
[[Amplitude instance] logEvent:@"Viewed Home Page"];

Disable Tracking

By default the iOS SDK will track several user properties such as carrier, city, country, ip_address, language, platform, etc. You can use the provided AMPTrackingOptions interface to customize and disable individual fields.
Note: Each operation on the AMPTrackingOptions object returns the same instance which allows you to chain multiple operations together.

To use the AMPTrackingOptions interface, you will first need to include the header:

#import "AMPTrackingOptions.h"

Before initializing the SDK with your apiKey, create a AMPTrackingOptions instance with your configuration and set it on the SDK instance

AMPTrackingOptions *options = [[[[AMPTrackingOptions options] disableCity] disableIPAddress] disablePlatform];
[[Amplitude instance] setTrackingOptions:options];

Each field can be individually disabled and has a corresponding disable method (for example, disableCountry, disableLanguage, etc.). This table describes the different methods:

disableCarrierDisable tracking of device's carrier
disableCityDisable tracking of user's city
disableCountryDisable tracking of user's country
disableDeviceManufacturerDisable tracking of device manufacturer
disableDeviceModelDisable tracking of device model
disableDMADisable tracking of user's DMA
disableIDFADisable tracking of user's IDFA
disableIDFVDisable tracking of user's IDFV
disableIPAddressDisable tracking of user's IP address
disableLanguageDisable tracking of device's language
disableLatLngDisable tracking of user's current lattitude and longitude coordinates
disableOSNameDisable tracking of device's OS Name
disableOSVersionDisable tracking of device's OS Version
disablePlatformDisable tracking of device's platform
disableRegionDisable tracking of user's couregiontry
disableVersionNameDisable tracking of your app's version name


Important Note

The AMPTrackingOptions will only prevent default properties from being tracked on newly created projects, where data has not yet been sent. If you have a project with existing data that you would like to stop collecting the default properties for, please contact our Support team at Note that the existing data will not be deleted.

COPPA Control

COPPA (Children's Online Privacy Protection Act) restrictions on IDFA, IDFV, city, IP address and location tracking can be enabled or disabled all at once. Remember that apps asking for information from children under 13 years of age must comply with COPPA.

[[Amplitude instance] enableCoppaControl];

Advertising Id

Advertiser ID (also referred to as IDFA) is a unique identifier provided by the iOS and Google Play stores. As it is unique to every person and not just their devices, it is useful for mobile attribution. Mobile attribution is the attribution of an installation of a mobile app to its original source (e.g. ad campaign, app store search). Mobile apps need permission to ask for IDFA, and apps targeted to children cannot track at all. Consider IDFV, device id, or an email login system as alternatives when IDFA is not available.

amplitude.adSupportBlock = ^{
    return [[[ASIdentifierManager sharedManager] advertisingIdentifier] UUIDString];
//  Converted to Swift 5.3 by Swiftify v5.3.22312 -
amplitude.adSupportBlock = {
    return ASIdentifierManager.shared().advertisingIdentifier.uuidString

Note that you need to also add AdSupport.framework to your project

Set Idfa As Device Id

After you set up the logic to fetch idfa, you can also call this useAdvertisingIdForDeviceId API to set the idfa as your device Id.

Location Tracking

Amplitude converts the IP of a user event into a location (GeoIP lookup) by default. This information may be overridden by an app’s own tracking solution or user data.

Carrier Information

Amplitude-iOS can help report carrier information

If you want to enable SDK to report this information from devices, please add CoreTelephony.framework as a dependency.

Dynamic Configuration

Android SDK allows users to configure their apps to use dynamic configuration. This feature will find the best server url automatically based on app users' geo location.

  • If you have your own proxy server and use setServerUrl API, please leave this OFF.
  • If you have users in China Mainland, we suggest you turn this on.
  • By default, this feature is OFF. So you need to explicitly set it to ON to use it.
[Amplitude instance].useDynamicConfig = YES;
Amplitude.instance().useDynamicConfig = true

SSL Pinning

SSL Pinning is a technique that we use in the client side to avoid man-in-the-middle attack by validating the server certificates again even after SSL handshaking.

It is typically not needed unless you have a specific need. Please contact Amplitude support before you ship any products with SSL pinning enabled so that we are aware of it.

  • If you installed the SDK using CocoaPods, you will need to enable the preprocessor macro via your Podfile by adding this post install hook:
post_install do |installer_representation|
   installer_representation.pods_project.targets.each do |target|
      target.build_configurations.each do |config|
         config.build_settings['GCC_PREPROCESSOR_DEFINITIONS'] ||= ['$(inherited)', 'AMPLITUDE_SSL_PINNING=1']
  • If you installed the SDK directly from the source or Swift Package Manager, you can enable SSL pinning by adding the following preprocessor macro. View here to see how to add preprocessor macro.

Opt Out of Tracking

Users may wish to opt out of tracking entirely, which means no events and no records of their browsing history. setOptOut provides a way to fulfill certain users’ requests for privacy.

[[Amplitude instance] setOptOut:YES]; // disables instrumentation
[[Amplitude instance] setOptOut:NO]; // enables instrumentation
Amplitude.instance().optOut = true // disables instrumentation
Amplitude.instance().optOut = false // enables instrumentation

tvOS and watchOS

This SDK will work with tvOS and watch OS apps. To begin, follow the same setup instructions for iOS apps.

Note: tvOS apps do not have persistent storage (they only have temporary storage), so for tvOS the SDK is configured to upload events immediately as they are logged. This means eventUploadThreshold is set to 1 by default for tvOS. It is assumed that Apple TV devices have a stable internet connection and as a result, uploading events immediately is reasonable. If you wish to revert back to the iOS batching behavior, you can do so by changing eventUploadThreshold (this is set by default to 30 for iOS):

[[Amplitude instance] setEventUploadThreshold:30];

iOS Extensions

The SDK allows for tracking in iOS extensions. To set up tracking in iOS extensions, you should follow the same setup instructions. In step six. The only difference is to initialize the SDK in your extension's viewDidLoad method instead from application:didFinishLaunchingWithOptions:.

Here are a couple of things to note:

  • The viewDidLoad method will get called every time your extension is opened. This means that our SDK's initializeApiKey method will get called every single time. However, this is okay since it will safely ignore subsequent calls after the first one. If you wish to, you can protect the initialization with something like a dispatch_once block.
  • Our definition of sessions was intended for an app use case. Depending on your expected extension use case, you might not want to enable trackingSessionEvents, or you may want to extend the minTimeBetweenSessionsMillis to be longer than five minutes. You should experiment with these two settings to get your desired session definition.
  • In addition, you may want to decrease eventUploadPeriodSeconds to something shorter than 30 seconds to upload events at shorter intervals if you do not expect users to keep your extension open that long. You can also manually call [[Amplitude instance] uploadEvents]; to manually force an upload.
    Here is a simple demo application showing how to instrument the iOS SDK in an extension.

Here is a simple demo application showing how to instrument the iOS SDK in an extension.

App Clips

The SDK also allows for tracking in App Clips. To set up tracking in App Clips, you need to install Amplitude-iOS under your App Clip target. Make sure the amplitude-iOS SDK is installed on your main app first.


  • After creating an App Clip target, open your project Podfile and append the following code
target 'appClipTarget' do
  # Comment the next line if you don't want to use dynamic frameworks
  pod 'Amplitude', :git => ''
  • Save the Podfile and run pod install

Swift Package Manager

  • Open your App Clip target in Xcode. And click the + button under Framework, Libraries, and Embedded Content section
  • Select Amplitude under Amplitude Package and click add button

Push Notification Events

Push notification events should not be sent client-side via the iOS SDK because a user must open the app to initialize the Amplitude SDK in order for the SDK to send the event. Therefore, if push notification events are tracked client-side then there can be data delays as the push notification event will not be sent to Amplitude's servers until the next time the user opens the app.

You can use our mobile marketing automation partners or our HTTP API V2 to send push notification events to Amplitude.

Need Help?

If you have any problems or issues over our SDK, feel free to create a github issue or submit a request on Amplitude Help.

Updated 21 days ago


Amplitude iOS SDK Installation & Quick Start

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